Piecemeal cold snare polypectomy was effective and safe for sessile, serrated colon polyps larger than 10 mm in a series from the University of Sydney.

Endoscopic mucosal resection (EMR) is the usual choice for lesions that size, but it comes with the risks of electrocautery, including delayed bleeding in perhaps 10% of patients. The Sydney investigators took a gamble to see if cold snare polypectomy, a technique usually reserved for smaller sessile, serrated polyps (SSPs), worked as well as EMR for larger ones, but without the risks. That seemed to be the case in their pilot study; 41 SSPs with no endoscopic evidence of dysplasia were completely removed by piecemeal cold snare polypectomy (pCSP) in 34 patients. The median lesion size was 15 mm, and ranged from 10 to 35 mm. The procedure took a median of 4.5 minutes, much quicker than EMR, and didn’t require submucosal lifting injections. There were no perforations, deep injuries to the colon wall, or intraprocedural bleeding. There were no significant adverse events at 2 weeks, including no delayed bleeding or postpolypectomy syndrome.

Most importantly, there was no evidence of recurrence in the 15 lesions that had surveillance colonoscopy by press time at a median of 6 months. “We suggest, cautiously, that this is related to the wide margin of [normal] tissue [2-3 mm] removed during the initial procedures and the meticulous examination of the defect and margin for residual tissue,” said investigators led by David Tate, MD, of the University of Sydney.

“We have demonstrated the safety and feasibility of pCSP in a tertiary referral cohort of patients referred for the removal of large SSPs. There is potential for pCSP to become the standard of care for nondysplastic SSPs. This could reduce the burden of removing SSPs on patients and health care systems, particularly by avoidance of clinically significant postendoscopic bleeding,” the investigators wrote.

“Because SSPs commonly lack high-grade histology, have a long dwell time prior to developing dysplasia, and recur less frequently than conventional adenomas, they represent comparatively indolent disease and are excellent targets for piecemeal mucosal resection,” the researchers said.

Resection was performed with a stiff thin-wire snare (TeleMed 10-mm hexagonal, TeleMed Systems). “A thin-wire snare is paramount, both to aid tissue capture and to create a crisp resection margin that can be examined for residual serrated tissue. Each progressive resection utilizes this margin to ensure snare purchase and avoid tissue islands,” the researchers said.

It took a median of three cuts to remove an SSP; complete resection was achieved in all cases.

The team used high-definition endoscopic imaging to assess the lesion and margins before the procedure, and again to assess the defect margin to ensure the absence of residual serrated tissue. “We did not use submucosal injection or a chromic dye. While we acknowledge their utility for delineation of serrated tissue, we found that high-definition imaging was sufficient for this purpose and for detecting residual serrated tissue at the resection margin,” they said.

Patients were a mean age of 69 years old; almost 80% were women. About two-thirds of the lesions were proximal to the transverse colon.

The work was supported by the Cancer Institute New South Wales. The investigators had no conflicts of interest.

[email protected]

SOURCE: Tate DJ, et al. Endoscopy. 2017 Nov 23. doi: 10.1055/s-0043-121219.

Piecemeal cold snare polypectomy was effective and safe for sessile, serrated colon polyps larger than 10 mm in a series from the University of Sydney.

Endoscopic mucosal resection (EMR) is the usual choice for lesions that size, but it comes with the risks of electrocautery, including delayed bleeding in perhaps 10% of patients. The Sydney investigators took a gamble to see if cold snare polypectomy, a technique usually reserved for smaller sessile, serrated polyps (SSPs), worked as well as EMR for larger ones, but without the risks. That seemed to be the case in their pilot study; 41 SSPs with no endoscopic evidence of dysplasia were completely removed by piecemeal cold snare polypectomy (pCSP) in 34 patients. The median lesion size was 15 mm, and ranged from 10 to 35 mm. The procedure took a median of 4.5 minutes, much quicker than EMR, and didn’t require submucosal lifting injections. There were no perforations, deep injuries to the colon wall, or intraprocedural bleeding. There were no significant adverse events at 2 weeks, including no delayed bleeding or postpolypectomy syndrome.

Most importantly, there was no evidence of recurrence in the 15 lesions that had surveillance colonoscopy by press time at a median of 6 months. “We suggest, cautiously, that this is related to the wide margin of [normal] tissue [2-3 mm] removed during the initial procedures and the meticulous examination of the defect and margin for residual tissue,” said investigators led by David Tate, MD, of the University of Sydney.

“We have demonstrated the safety and feasibility of pCSP in a tertiary referral cohort of patients referred for the removal of large SSPs. There is potential for pCSP to become the standard of care for nondysplastic SSPs. This could reduce the burden of removing SSPs on patients and health care systems, particularly by avoidance of clinically significant postendoscopic bleeding,” the investigators wrote.

“Because SSPs commonly lack high-grade histology, have a long dwell time prior to developing dysplasia, and recur less frequently than conventional adenomas, they represent comparatively indolent disease and are excellent targets for piecemeal mucosal resection,” the researchers said.

Resection was performed with a stiff thin-wire snare (TeleMed 10-mm hexagonal, TeleMed Systems). “A thin-wire snare is paramount, both to aid tissue capture and to create a crisp resection margin that can be examined for residual serrated tissue. Each progressive resection utilizes this margin to ensure snare purchase and avoid tissue islands,” the researchers said.

It took a median of three cuts to remove an SSP; complete resection was achieved in all cases.

The team used high-definition endoscopic imaging to assess the lesion and margins before the procedure, and again to assess the defect margin to ensure the absence of residual serrated tissue. “We did not use submucosal injection or a chromic dye. While we acknowledge their utility for delineation of serrated tissue, we found that high-definition imaging was sufficient for this purpose and for detecting residual serrated tissue at the resection margin,” they said.

Patients were a mean age of 69 years old; almost 80% were women. About two-thirds of the lesions were proximal to the transverse colon.

The work was supported by the Cancer Institute New South Wales. The investigators had no conflicts of interest.

[email protected]

SOURCE: Tate DJ, et al. Endoscopy. 2017 Nov 23. doi: 10.1055/s-0043-121219.

Piecemeal cold snare polypectomy was effective and safe for sessile, serrated colon polyps larger than 10 mm in a series from the University of Sydney.

Endoscopic mucosal resection (EMR) is the usual choice for lesions that size, but it comes with the risks of electrocautery, including delayed bleeding in perhaps 10% of patients. The Sydney investigators took a gamble to see if cold snare polypectomy, a technique usually reserved for smaller sessile, serrated polyps (SSPs), worked as well as EMR for larger ones, but without the risks. That seemed to be the case in their pilot study; 41 SSPs with no endoscopic evidence of dysplasia were completely removed by piecemeal cold snare polypectomy (pCSP) in 34 patients. The median lesion size was 15 mm, and ranged from 10 to 35 mm. The procedure took a median of 4.5 minutes, much quicker than EMR, and didn’t require submucosal lifting injections. There were no perforations, deep injuries to the colon wall, or intraprocedural bleeding. There were no significant adverse events at 2 weeks, including no delayed bleeding or postpolypectomy syndrome.

Most importantly, there was no evidence of recurrence in the 15 lesions that had surveillance colonoscopy by press time at a median of 6 months. “We suggest, cautiously, that this is related to the wide margin of [normal] tissue [2-3 mm] removed during the initial procedures and the meticulous examination of the defect and margin for residual tissue,” said investigators led by David Tate, MD, of the University of Sydney.

“We have demonstrated the safety and feasibility of pCSP in a tertiary referral cohort of patients referred for the removal of large SSPs. There is potential for pCSP to become the standard of care for nondysplastic SSPs. This could reduce the burden of removing SSPs on patients and health care systems, particularly by avoidance of clinically significant postendoscopic bleeding,” the investigators wrote.

“Because SSPs commonly lack high-grade histology, have a long dwell time prior to developing dysplasia, and recur less frequently than conventional adenomas, they represent comparatively indolent disease and are excellent targets for piecemeal mucosal resection,” the researchers said.

Resection was performed with a stiff thin-wire snare (TeleMed 10-mm hexagonal, TeleMed Systems). “A thin-wire snare is paramount, both to aid tissue capture and to create a crisp resection margin that can be examined for residual serrated tissue. Each progressive resection utilizes this margin to ensure snare purchase and avoid tissue islands,” the researchers said.

It took a median of three cuts to remove an SSP; complete resection was achieved in all cases.

The team used high-definition endoscopic imaging to assess the lesion and margins before the procedure, and again to assess the defect margin to ensure the absence of residual serrated tissue. “We did not use submucosal injection or a chromic dye. While we acknowledge their utility for delineation of serrated tissue, we found that high-definition imaging was sufficient for this purpose and for detecting residual serrated tissue at the resection margin,” they said.

Patients were a mean age of 69 years old; almost 80% were women. About two-thirds of the lesions were proximal to the transverse colon.

The work was supported by the Cancer Institute New South Wales. The investigators had no conflicts of interest.

[email protected]

SOURCE: Tate DJ, et al. Endoscopy. 2017 Nov 23. doi: 10.1055/s-0043-121219.

To the Editor:

A 69-year-old white man presented with a skin lesion on the back of 1 to 2 weeks’ duration. The patient stated he was unaware of it, but his wife had recently noticed the new spot. He denied any bleeding, pain, pruritus, or other associated symptoms with the lesion. He also denied any prior treatment to the area. The patient’s medical history was remarkable for severe psoriasis involving more than 80% body surface area, psoriatic arthritis, rheumatoid arthritis, ankylosing spondylitis, coronary artery disease, squamous cell carcinoma, and actinic keratoses. He had been on multiple treatment regimens over the last 20 years for control of psoriasis including topical corticosteroids, psoralen plus UVA and UVB phototherapy, gold injections, acitretin, prednisone, efalizumab, ustekinumab, and alefacept upon evaluation of this new skin lesion. Utilization of immunosuppressive agents also provided an additional benefit of controlling the patient’s inflammatory arthritic disease.

On physical examination a 0.6×0.7-cm, pink to erythematous, pearly papule with superficial telangiectases was noted on the right side of the dorsal thorax (Figure 1). Multiple well-demarcated erythematous plaques with silvery scale and areas of secondary excoriation were noted on the trunk and both legs consistent with the patient’s history of psoriasis.

A shave biopsy was performed on the skin lesion on the right side of the dorsal thorax with a suspected clinical diagnosis of basal cell carcinoma. Two weeks later the patient returned for a discussion of the pathology report, which revealed nodules of basaloid cells with tightly packed vesicular nuclei and scant cytoplasm in sheets within the superficial dermis, as well as areas of nuclear molding, numerous mitotic figures, and areas of focal necrosis (Figure 2). In addition, immunostaining was positive for cytokeratin (CK) 20 antibodies with a characteristic paranuclear dot uptake of the antibody. These findings were consistent with a diagnosis of Merkel cell carcinoma (MCC). At that time, alefacept was discontinued and he was referred to a tertiary referral center for further evaluation and treatment.

The patient subsequently underwent wide excision with 1-cm margins of the MCC, with intraoperative lymphatic mapping/sentinel lymph node biopsy (SLNB) of the right axillary nodal basin 1 month later, which he tolerated well without any associated complications. Further histopathologic examination revealed the deep, medial, and lateral surgical margins to be negative of residual neoplasm. However, one sentinel lymph node indicated positivity for micrometastatic MCC, consistent with stage IIIA disease progression.

He underwent a second procedure the following month for complete right axillary lymph node dissection. Histopathologic examination of the right axillary contents included 28 lymph nodes, which were negative for carcinoma. He continued to do well without any signs of clinical recurrence or distant metastasis at subsequent follow-up visits.

Approximately 2.5 years after the second procedure, the patient began to develop right upper quadrant abdominal pain of an unclear etiology. Computed tomography of the abdomen and pelvis was performed, revealing areas of calcification and findings consistent with malignant lymphadenopathy. Multiple hepatic lesions also were noted including a 9-cm lesion in the posterior right hepatic lobe. Computed tomography–guided biopsy of the liver lesion was performed and the findings were consistent with metastatic MCC, indicating progression to stage IV disease.

The patient was subsequently started on combination chemotherapeutic treatment with carboplatin and VP-16, with a planned treatment course of 4 to 6 cycles. He was able to complete a total of 6 cycles over a 4-month period, tolerating the treatment regimen fairly well. Follow-up positron emission tomography–computed tomography was within normal limits with no evidence of any hypermetabolic activity noted, indicating a complete radiographic remission of MCC. He was seen approximately 1 month after completion of treatment for clinical follow-up and monthly thereafter.

While on chemotherapy, the patient experienced a notable improvement in the psoriasis and psoriatic joint disease. Upon completion of chemotherapy, he was restarted on the same treatment plan that was utilized prior to surgery including topical corticosteroids, calcitriol, intramuscular steroid injections, and UVB phototherapy, which provided substantial control of psoriasis and arthritic joint disease. The patient later died, likely due to his multiple comorbidities.

Merkel cells are slow-responding mechanoreceptors located within the basal layer of the epidermis and are the source of a rare aggressive cutaneous malignancy.¹ Merkel cell carcinoma was first noted in 1972 and termed trabecular carcinoma of the skin, and it accounts for less than 1% of all nonmelanoma skin cancer.^2,3 This primary neuroendocrine carcinoma has remarkable metastatic potential (34%–75%) and can invade regional lymph nodes, as well as distant metastasis most commonly to the liver, lungs, bones, and brain.² Approximately 25% of patients present with palpable lymphadenopathy and 5% with distant metastasis at the time of diagnosis. This frequency of metastasis at diagnosis as well as the recurrence after treatment contributes to the poor prognosis of MCC. Local recurrence rates have been reported at 25% with lymph node involvement in 52% and metastasis in 34%, with most recurrences occurring within 2 years of diagnosis. Patient mortality is dependent on the aggressiveness of the tumor, with 5-year survival rates of 83.3% without lymph node involvement, 58.3% with lymph node involvement, and 31.3% in those with metastatic disease.⁴

The tumor classically presents as a red to violaceous, painless nodule with a smooth shiny surface most often on the head and neck region.^4-6 Approximately 50% of MCC cases present in the head and neck region, 32% to 38% on the extremities, and 12% to 14% on the trunk.¹ This nonspecific presentation may lead to diagnostic uncertainty and a consequent delay in treatment. Definitive diagnosis of MCC is achieved with a skin biopsy and allows for distinction from other clinically similar–appearing neoplasms. Merkel cell carcinoma presents histologically as small round basophilic cells penetrating through the dermis in 3 histologic patterns: the trabecular, intermediate (80% of cases), and small cell type.⁵ It may be differentiated immunohistochemically from other neoplasms, as it displays CK20 positivity (showing paranuclear dotlike depositions in the cytoplasm or cell membrane) and is negative for CK7. Chromagranin and synaptophysin positivity also may provide further histologic confirmation. In addition, absence of peripheral palisading, retraction artifact, and a fibromyxoid stroma allow for distinction from cutaneous basal cell carcinoma, which may display these features histologically. Other immunohistochemical markers that may be of value include thyroid transcription factor 1, which is typically positive in cutaneous metastasis of neuroendocrine carcinoma of the lung; S-100 and human melanoma black 45, which are positive in melanoma; and leukocyte common antigen (CD45), which can be positive in lymphoma. These stains are classically negative in MCC.³

Merkel cell carcinoma is commonly associated with the presence of Merkel cell polyomavirus (MCPyV) in tumor specimens, with a prevalence of 70% to 80% in all cases. Merkel cell polyomavirus is a class 2A carcinogen (ie, a probable carcinogen to humans) and is classified among a group of viruses that encode T antigens (ie, an antigen coded by a viral genome associated with transformation of infected cells by tumor viruses), which can lead to initiation of tumorigenesis through interference with cellular tumor suppressing proteins such as p53.⁵ In addition, several risk factors have been associated with the development of MCC including immunosuppression, older age (>50 years), and UV-exposed fair skin.⁷ One explanation for this phenomenon is the increase in MCPyV small T antigen transcripts induced by UV irradiation.⁵ In addition, as with other cancers induced by viruses, host immunity can impede tumor progression and development. Therefore, impairment of normal immune function likely creates a higher risk for MCC development and potential for a worse prognosis.³Although the exact incidence of MCC in immunosuppressed patients appears unclear, chronic immunosuppressive therapy may play a notable role in the pathogenesis of the tumor.³

Although each of these factors was observed in our patient, it also was possible that his associated comorbidities further contributed to disease presentation. In particular, rheumatoid arthritis has been shown to carry an increased risk for the development of MCC.⁸ In addition, inflammatory monocytes infected with MCPyV, as evidenced in a patient with a history of chronic psoriasis prior to diagnosis of MCC, also may contribute to the pathogenesis of MCC by traveling to inflammatory skin lesions, such as those seen in psoriasis, releasing MCPyV locally and infecting Merkel cells.⁹ Although MCPyV testing was never performed in our patient, it certainly would be prudent as well as further studies determining the correlation of MCC to these disease processes.

Although regression is rare, multiple cases have documented spontaneous regression of MCC after biopsy of these lesions.^4,6,10 The exact mechanism is unclear, but apoptosis induced by T-cell immunity is suspected to play a role. Programmed cell death 1 protein (PD-1)–positive cells play a role. The PD-1 receptor is an inhibitory receptor expressed by T cells and in approximately half of tumor-infiltrating cells in MCC. It was found that in a regressed case of MCC there was a notably lower percentage of PD-1 positivity compared to cases with no apparent regression, suggesting that PD-1–positive cells suppress tumor immunity to MCC and that significant reduction in these cells may induce clinical regression.¹⁰ Additional investigation would be beneficial to examine the relationship of this phenomenon to tumor regression.

Initial evaluation of these patients should include a meticulous clinical examination with an emphasis on detection of cutaneous, lymph node, and distant metastasis. Due to the risk of metastatic potential, regional lymph node ultrasonography and computed tomography of the chest, abdomen, and pelvis typically are recommended at baseline. Other imaging modalities may be warranted based on clinical findings.³ Treatment modalities include various approaches, with surgical excision of the primary tumor with more than 1-cm margin to the fascial plane being the primary modality for uncomplicated cases.^1,3,7 In addition, SLNB also should be performed at the time of the procedure. In the case of a positive SLNB or suspected regional lymph node involvement upon initial examination, radical regional lymph node dissection also is recommended.³ Although some authorities advocate postsurgical radiation therapy to minimize the risk of local recurrence, there does not appear to be a clear benefit in survival rate.^3,5 However, radiation treatment as monotherapy has been advocated in certain instances, particularly in cases of unresectable tumors or patients who are poor surgical candidates.^5,7 Cases of distant metastasis (stage IV disease) may include management with surgery, radiation, and/or chemotherapy. Although none of these modalities have consistently shown to improve survival, there appears to be up to a 60% response with chemotherapy in these patients.³

Because MCC tends to affect an older population, often with other notable comorbidities, important considerations involving a treatment plan include the cost, side effects, and convenience for patients. The combination of carboplatin and VP-16 (etoposide) was utilized and tolerated well in our patient, and it has been successful in achieving complete radiologic and clinical remission of his metastatic disease. This combination appears to prolong survival in patients with distant metastasis, as compared to those patients not receiving chemotherapy.¹ Our patient has since died, but in these high-risk patients, close clinical monitoring is essential to help optimize their prognosis.

Merkel cell carcinoma is a rare aggressive cutaneous neoplasm that most commonly affects the elderly, immunosuppressed, and those with chronic UV sun damage. An association between the oncogenesis of MCC and infection with MCPyV has been documented, but other underlying diseases also may play a role in this process including rheumatoid arthritis and psoriasis. Although these risk factors were associated with our patient, his history of chronic immunosuppressive therapy for treatment of his psoriasis and inflammatory joint disease likely played a role in the pathogenesis of the tumor and should be an important point of discussion with any patient requiring this type of long-term management for disease control. Our unique clinical case highlights a patient with substantial comorbidities who developed metastatic MCC and achieved complete clinical and radiologic remission after treatment with surgery and chemotherapy.

To the Editor:

A 69-year-old white man presented with a skin lesion on the back of 1 to 2 weeks’ duration. The patient stated he was unaware of it, but his wife had recently noticed the new spot. He denied any bleeding, pain, pruritus, or other associated symptoms with the lesion. He also denied any prior treatment to the area. The patient’s medical history was remarkable for severe psoriasis involving more than 80% body surface area, psoriatic arthritis, rheumatoid arthritis, ankylosing spondylitis, coronary artery disease, squamous cell carcinoma, and actinic keratoses. He had been on multiple treatment regimens over the last 20 years for control of psoriasis including topical corticosteroids, psoralen plus UVA and UVB phototherapy, gold injections, acitretin, prednisone, efalizumab, ustekinumab, and alefacept upon evaluation of this new skin lesion. Utilization of immunosuppressive agents also provided an additional benefit of controlling the patient’s inflammatory arthritic disease.

On physical examination a 0.6×0.7-cm, pink to erythematous, pearly papule with superficial telangiectases was noted on the right side of the dorsal thorax (Figure 1). Multiple well-demarcated erythematous plaques with silvery scale and areas of secondary excoriation were noted on the trunk and both legs consistent with the patient’s history of psoriasis.

A shave biopsy was performed on the skin lesion on the right side of the dorsal thorax with a suspected clinical diagnosis of basal cell carcinoma. Two weeks later the patient returned for a discussion of the pathology report, which revealed nodules of basaloid cells with tightly packed vesicular nuclei and scant cytoplasm in sheets within the superficial dermis, as well as areas of nuclear molding, numerous mitotic figures, and areas of focal necrosis (Figure 2). In addition, immunostaining was positive for cytokeratin (CK) 20 antibodies with a characteristic paranuclear dot uptake of the antibody. These findings were consistent with a diagnosis of Merkel cell carcinoma (MCC). At that time, alefacept was discontinued and he was referred to a tertiary referral center for further evaluation and treatment.

The patient subsequently underwent wide excision with 1-cm margins of the MCC, with intraoperative lymphatic mapping/sentinel lymph node biopsy (SLNB) of the right axillary nodal basin 1 month later, which he tolerated well without any associated complications. Further histopathologic examination revealed the deep, medial, and lateral surgical margins to be negative of residual neoplasm. However, one sentinel lymph node indicated positivity for micrometastatic MCC, consistent with stage IIIA disease progression.

He underwent a second procedure the following month for complete right axillary lymph node dissection. Histopathologic examination of the right axillary contents included 28 lymph nodes, which were negative for carcinoma. He continued to do well without any signs of clinical recurrence or distant metastasis at subsequent follow-up visits.

Approximately 2.5 years after the second procedure, the patient began to develop right upper quadrant abdominal pain of an unclear etiology. Computed tomography of the abdomen and pelvis was performed, revealing areas of calcification and findings consistent with malignant lymphadenopathy. Multiple hepatic lesions also were noted including a 9-cm lesion in the posterior right hepatic lobe. Computed tomography–guided biopsy of the liver lesion was performed and the findings were consistent with metastatic MCC, indicating progression to stage IV disease.

The patient was subsequently started on combination chemotherapeutic treatment with carboplatin and VP-16, with a planned treatment course of 4 to 6 cycles. He was able to complete a total of 6 cycles over a 4-month period, tolerating the treatment regimen fairly well. Follow-up positron emission tomography–computed tomography was within normal limits with no evidence of any hypermetabolic activity noted, indicating a complete radiographic remission of MCC. He was seen approximately 1 month after completion of treatment for clinical follow-up and monthly thereafter.

While on chemotherapy, the patient experienced a notable improvement in the psoriasis and psoriatic joint disease. Upon completion of chemotherapy, he was restarted on the same treatment plan that was utilized prior to surgery including topical corticosteroids, calcitriol, intramuscular steroid injections, and UVB phototherapy, which provided substantial control of psoriasis and arthritic joint disease. The patient later died, likely due to his multiple comorbidities.

Merkel cells are slow-responding mechanoreceptors located within the basal layer of the epidermis and are the source of a rare aggressive cutaneous malignancy.¹ Merkel cell carcinoma was first noted in 1972 and termed trabecular carcinoma of the skin, and it accounts for less than 1% of all nonmelanoma skin cancer.^2,3 This primary neuroendocrine carcinoma has remarkable metastatic potential (34%–75%) and can invade regional lymph nodes, as well as distant metastasis most commonly to the liver, lungs, bones, and brain.² Approximately 25% of patients present with palpable lymphadenopathy and 5% with distant metastasis at the time of diagnosis. This frequency of metastasis at diagnosis as well as the recurrence after treatment contributes to the poor prognosis of MCC. Local recurrence rates have been reported at 25% with lymph node involvement in 52% and metastasis in 34%, with most recurrences occurring within 2 years of diagnosis. Patient mortality is dependent on the aggressiveness of the tumor, with 5-year survival rates of 83.3% without lymph node involvement, 58.3% with lymph node involvement, and 31.3% in those with metastatic disease.⁴

The tumor classically presents as a red to violaceous, painless nodule with a smooth shiny surface most often on the head and neck region.^4-6 Approximately 50% of MCC cases present in the head and neck region, 32% to 38% on the extremities, and 12% to 14% on the trunk.¹ This nonspecific presentation may lead to diagnostic uncertainty and a consequent delay in treatment. Definitive diagnosis of MCC is achieved with a skin biopsy and allows for distinction from other clinically similar–appearing neoplasms. Merkel cell carcinoma presents histologically as small round basophilic cells penetrating through the dermis in 3 histologic patterns: the trabecular, intermediate (80% of cases), and small cell type.⁵ It may be differentiated immunohistochemically from other neoplasms, as it displays CK20 positivity (showing paranuclear dotlike depositions in the cytoplasm or cell membrane) and is negative for CK7. Chromagranin and synaptophysin positivity also may provide further histologic confirmation. In addition, absence of peripheral palisading, retraction artifact, and a fibromyxoid stroma allow for distinction from cutaneous basal cell carcinoma, which may display these features histologically. Other immunohistochemical markers that may be of value include thyroid transcription factor 1, which is typically positive in cutaneous metastasis of neuroendocrine carcinoma of the lung; S-100 and human melanoma black 45, which are positive in melanoma; and leukocyte common antigen (CD45), which can be positive in lymphoma. These stains are classically negative in MCC.³

Merkel cell carcinoma is commonly associated with the presence of Merkel cell polyomavirus (MCPyV) in tumor specimens, with a prevalence of 70% to 80% in all cases. Merkel cell polyomavirus is a class 2A carcinogen (ie, a probable carcinogen to humans) and is classified among a group of viruses that encode T antigens (ie, an antigen coded by a viral genome associated with transformation of infected cells by tumor viruses), which can lead to initiation of tumorigenesis through interference with cellular tumor suppressing proteins such as p53.⁵ In addition, several risk factors have been associated with the development of MCC including immunosuppression, older age (>50 years), and UV-exposed fair skin.⁷ One explanation for this phenomenon is the increase in MCPyV small T antigen transcripts induced by UV irradiation.⁵ In addition, as with other cancers induced by viruses, host immunity can impede tumor progression and development. Therefore, impairment of normal immune function likely creates a higher risk for MCC development and potential for a worse prognosis.³Although the exact incidence of MCC in immunosuppressed patients appears unclear, chronic immunosuppressive therapy may play a notable role in the pathogenesis of the tumor.³

Although each of these factors was observed in our patient, it also was possible that his associated comorbidities further contributed to disease presentation. In particular, rheumatoid arthritis has been shown to carry an increased risk for the development of MCC.⁸ In addition, inflammatory monocytes infected with MCPyV, as evidenced in a patient with a history of chronic psoriasis prior to diagnosis of MCC, also may contribute to the pathogenesis of MCC by traveling to inflammatory skin lesions, such as those seen in psoriasis, releasing MCPyV locally and infecting Merkel cells.⁹ Although MCPyV testing was never performed in our patient, it certainly would be prudent as well as further studies determining the correlation of MCC to these disease processes.

Although regression is rare, multiple cases have documented spontaneous regression of MCC after biopsy of these lesions.^4,6,10 The exact mechanism is unclear, but apoptosis induced by T-cell immunity is suspected to play a role. Programmed cell death 1 protein (PD-1)–positive cells play a role. The PD-1 receptor is an inhibitory receptor expressed by T cells and in approximately half of tumor-infiltrating cells in MCC. It was found that in a regressed case of MCC there was a notably lower percentage of PD-1 positivity compared to cases with no apparent regression, suggesting that PD-1–positive cells suppress tumor immunity to MCC and that significant reduction in these cells may induce clinical regression.¹⁰ Additional investigation would be beneficial to examine the relationship of this phenomenon to tumor regression.

Initial evaluation of these patients should include a meticulous clinical examination with an emphasis on detection of cutaneous, lymph node, and distant metastasis. Due to the risk of metastatic potential, regional lymph node ultrasonography and computed tomography of the chest, abdomen, and pelvis typically are recommended at baseline. Other imaging modalities may be warranted based on clinical findings.³ Treatment modalities include various approaches, with surgical excision of the primary tumor with more than 1-cm margin to the fascial plane being the primary modality for uncomplicated cases.^1,3,7 In addition, SLNB also should be performed at the time of the procedure. In the case of a positive SLNB or suspected regional lymph node involvement upon initial examination, radical regional lymph node dissection also is recommended.³ Although some authorities advocate postsurgical radiation therapy to minimize the risk of local recurrence, there does not appear to be a clear benefit in survival rate.^3,5 However, radiation treatment as monotherapy has been advocated in certain instances, particularly in cases of unresectable tumors or patients who are poor surgical candidates.^5,7 Cases of distant metastasis (stage IV disease) may include management with surgery, radiation, and/or chemotherapy. Although none of these modalities have consistently shown to improve survival, there appears to be up to a 60% response with chemotherapy in these patients.³

Because MCC tends to affect an older population, often with other notable comorbidities, important considerations involving a treatment plan include the cost, side effects, and convenience for patients. The combination of carboplatin and VP-16 (etoposide) was utilized and tolerated well in our patient, and it has been successful in achieving complete radiologic and clinical remission of his metastatic disease. This combination appears to prolong survival in patients with distant metastasis, as compared to those patients not receiving chemotherapy.¹ Our patient has since died, but in these high-risk patients, close clinical monitoring is essential to help optimize their prognosis.

Merkel cell carcinoma is a rare aggressive cutaneous neoplasm that most commonly affects the elderly, immunosuppressed, and those with chronic UV sun damage. An association between the oncogenesis of MCC and infection with MCPyV has been documented, but other underlying diseases also may play a role in this process including rheumatoid arthritis and psoriasis. Although these risk factors were associated with our patient, his history of chronic immunosuppressive therapy for treatment of his psoriasis and inflammatory joint disease likely played a role in the pathogenesis of the tumor and should be an important point of discussion with any patient requiring this type of long-term management for disease control. Our unique clinical case highlights a patient with substantial comorbidities who developed metastatic MCC and achieved complete clinical and radiologic remission after treatment with surgery and chemotherapy.

To the Editor:

A 69-year-old white man presented with a skin lesion on the back of 1 to 2 weeks’ duration. The patient stated he was unaware of it, but his wife had recently noticed the new spot. He denied any bleeding, pain, pruritus, or other associated symptoms with the lesion. He also denied any prior treatment to the area. The patient’s medical history was remarkable for severe psoriasis involving more than 80% body surface area, psoriatic arthritis, rheumatoid arthritis, ankylosing spondylitis, coronary artery disease, squamous cell carcinoma, and actinic keratoses. He had been on multiple treatment regimens over the last 20 years for control of psoriasis including topical corticosteroids, psoralen plus UVA and UVB phototherapy, gold injections, acitretin, prednisone, efalizumab, ustekinumab, and alefacept upon evaluation of this new skin lesion. Utilization of immunosuppressive agents also provided an additional benefit of controlling the patient’s inflammatory arthritic disease.

On physical examination a 0.6×0.7-cm, pink to erythematous, pearly papule with superficial telangiectases was noted on the right side of the dorsal thorax (Figure 1). Multiple well-demarcated erythematous plaques with silvery scale and areas of secondary excoriation were noted on the trunk and both legs consistent with the patient’s history of psoriasis.

A shave biopsy was performed on the skin lesion on the right side of the dorsal thorax with a suspected clinical diagnosis of basal cell carcinoma. Two weeks later the patient returned for a discussion of the pathology report, which revealed nodules of basaloid cells with tightly packed vesicular nuclei and scant cytoplasm in sheets within the superficial dermis, as well as areas of nuclear molding, numerous mitotic figures, and areas of focal necrosis (Figure 2). In addition, immunostaining was positive for cytokeratin (CK) 20 antibodies with a characteristic paranuclear dot uptake of the antibody. These findings were consistent with a diagnosis of Merkel cell carcinoma (MCC). At that time, alefacept was discontinued and he was referred to a tertiary referral center for further evaluation and treatment.

The patient subsequently underwent wide excision with 1-cm margins of the MCC, with intraoperative lymphatic mapping/sentinel lymph node biopsy (SLNB) of the right axillary nodal basin 1 month later, which he tolerated well without any associated complications. Further histopathologic examination revealed the deep, medial, and lateral surgical margins to be negative of residual neoplasm. However, one sentinel lymph node indicated positivity for micrometastatic MCC, consistent with stage IIIA disease progression.

He underwent a second procedure the following month for complete right axillary lymph node dissection. Histopathologic examination of the right axillary contents included 28 lymph nodes, which were negative for carcinoma. He continued to do well without any signs of clinical recurrence or distant metastasis at subsequent follow-up visits.

Approximately 2.5 years after the second procedure, the patient began to develop right upper quadrant abdominal pain of an unclear etiology. Computed tomography of the abdomen and pelvis was performed, revealing areas of calcification and findings consistent with malignant lymphadenopathy. Multiple hepatic lesions also were noted including a 9-cm lesion in the posterior right hepatic lobe. Computed tomography–guided biopsy of the liver lesion was performed and the findings were consistent with metastatic MCC, indicating progression to stage IV disease.

The patient was subsequently started on combination chemotherapeutic treatment with carboplatin and VP-16, with a planned treatment course of 4 to 6 cycles. He was able to complete a total of 6 cycles over a 4-month period, tolerating the treatment regimen fairly well. Follow-up positron emission tomography–computed tomography was within normal limits with no evidence of any hypermetabolic activity noted, indicating a complete radiographic remission of MCC. He was seen approximately 1 month after completion of treatment for clinical follow-up and monthly thereafter.

While on chemotherapy, the patient experienced a notable improvement in the psoriasis and psoriatic joint disease. Upon completion of chemotherapy, he was restarted on the same treatment plan that was utilized prior to surgery including topical corticosteroids, calcitriol, intramuscular steroid injections, and UVB phototherapy, which provided substantial control of psoriasis and arthritic joint disease. The patient later died, likely due to his multiple comorbidities.

Merkel cells are slow-responding mechanoreceptors located within the basal layer of the epidermis and are the source of a rare aggressive cutaneous malignancy.¹ Merkel cell carcinoma was first noted in 1972 and termed trabecular carcinoma of the skin, and it accounts for less than 1% of all nonmelanoma skin cancer.^2,3 This primary neuroendocrine carcinoma has remarkable metastatic potential (34%–75%) and can invade regional lymph nodes, as well as distant metastasis most commonly to the liver, lungs, bones, and brain.² Approximately 25% of patients present with palpable lymphadenopathy and 5% with distant metastasis at the time of diagnosis. This frequency of metastasis at diagnosis as well as the recurrence after treatment contributes to the poor prognosis of MCC. Local recurrence rates have been reported at 25% with lymph node involvement in 52% and metastasis in 34%, with most recurrences occurring within 2 years of diagnosis. Patient mortality is dependent on the aggressiveness of the tumor, with 5-year survival rates of 83.3% without lymph node involvement, 58.3% with lymph node involvement, and 31.3% in those with metastatic disease.⁴

The tumor classically presents as a red to violaceous, painless nodule with a smooth shiny surface most often on the head and neck region.^4-6 Approximately 50% of MCC cases present in the head and neck region, 32% to 38% on the extremities, and 12% to 14% on the trunk.¹ This nonspecific presentation may lead to diagnostic uncertainty and a consequent delay in treatment. Definitive diagnosis of MCC is achieved with a skin biopsy and allows for distinction from other clinically similar–appearing neoplasms. Merkel cell carcinoma presents histologically as small round basophilic cells penetrating through the dermis in 3 histologic patterns: the trabecular, intermediate (80% of cases), and small cell type.⁵ It may be differentiated immunohistochemically from other neoplasms, as it displays CK20 positivity (showing paranuclear dotlike depositions in the cytoplasm or cell membrane) and is negative for CK7. Chromagranin and synaptophysin positivity also may provide further histologic confirmation. In addition, absence of peripheral palisading, retraction artifact, and a fibromyxoid stroma allow for distinction from cutaneous basal cell carcinoma, which may display these features histologically. Other immunohistochemical markers that may be of value include thyroid transcription factor 1, which is typically positive in cutaneous metastasis of neuroendocrine carcinoma of the lung; S-100 and human melanoma black 45, which are positive in melanoma; and leukocyte common antigen (CD45), which can be positive in lymphoma. These stains are classically negative in MCC.³

Merkel cell carcinoma is commonly associated with the presence of Merkel cell polyomavirus (MCPyV) in tumor specimens, with a prevalence of 70% to 80% in all cases. Merkel cell polyomavirus is a class 2A carcinogen (ie, a probable carcinogen to humans) and is classified among a group of viruses that encode T antigens (ie, an antigen coded by a viral genome associated with transformation of infected cells by tumor viruses), which can lead to initiation of tumorigenesis through interference with cellular tumor suppressing proteins such as p53.⁵ In addition, several risk factors have been associated with the development of MCC including immunosuppression, older age (>50 years), and UV-exposed fair skin.⁷ One explanation for this phenomenon is the increase in MCPyV small T antigen transcripts induced by UV irradiation.⁵ In addition, as with other cancers induced by viruses, host immunity can impede tumor progression and development. Therefore, impairment of normal immune function likely creates a higher risk for MCC development and potential for a worse prognosis.³Although the exact incidence of MCC in immunosuppressed patients appears unclear, chronic immunosuppressive therapy may play a notable role in the pathogenesis of the tumor.³

Although each of these factors was observed in our patient, it also was possible that his associated comorbidities further contributed to disease presentation. In particular, rheumatoid arthritis has been shown to carry an increased risk for the development of MCC.⁸ In addition, inflammatory monocytes infected with MCPyV, as evidenced in a patient with a history of chronic psoriasis prior to diagnosis of MCC, also may contribute to the pathogenesis of MCC by traveling to inflammatory skin lesions, such as those seen in psoriasis, releasing MCPyV locally and infecting Merkel cells.⁹ Although MCPyV testing was never performed in our patient, it certainly would be prudent as well as further studies determining the correlation of MCC to these disease processes.

Although regression is rare, multiple cases have documented spontaneous regression of MCC after biopsy of these lesions.^4,6,10 The exact mechanism is unclear, but apoptosis induced by T-cell immunity is suspected to play a role. Programmed cell death 1 protein (PD-1)–positive cells play a role. The PD-1 receptor is an inhibitory receptor expressed by T cells and in approximately half of tumor-infiltrating cells in MCC. It was found that in a regressed case of MCC there was a notably lower percentage of PD-1 positivity compared to cases with no apparent regression, suggesting that PD-1–positive cells suppress tumor immunity to MCC and that significant reduction in these cells may induce clinical regression.¹⁰ Additional investigation would be beneficial to examine the relationship of this phenomenon to tumor regression.

Initial evaluation of these patients should include a meticulous clinical examination with an emphasis on detection of cutaneous, lymph node, and distant metastasis. Due to the risk of metastatic potential, regional lymph node ultrasonography and computed tomography of the chest, abdomen, and pelvis typically are recommended at baseline. Other imaging modalities may be warranted based on clinical findings.³ Treatment modalities include various approaches, with surgical excision of the primary tumor with more than 1-cm margin to the fascial plane being the primary modality for uncomplicated cases.^1,3,7 In addition, SLNB also should be performed at the time of the procedure. In the case of a positive SLNB or suspected regional lymph node involvement upon initial examination, radical regional lymph node dissection also is recommended.³ Although some authorities advocate postsurgical radiation therapy to minimize the risk of local recurrence, there does not appear to be a clear benefit in survival rate.^3,5 However, radiation treatment as monotherapy has been advocated in certain instances, particularly in cases of unresectable tumors or patients who are poor surgical candidates.^5,7 Cases of distant metastasis (stage IV disease) may include management with surgery, radiation, and/or chemotherapy. Although none of these modalities have consistently shown to improve survival, there appears to be up to a 60% response with chemotherapy in these patients.³

Because MCC tends to affect an older population, often with other notable comorbidities, important considerations involving a treatment plan include the cost, side effects, and convenience for patients. The combination of carboplatin and VP-16 (etoposide) was utilized and tolerated well in our patient, and it has been successful in achieving complete radiologic and clinical remission of his metastatic disease. This combination appears to prolong survival in patients with distant metastasis, as compared to those patients not receiving chemotherapy.¹ Our patient has since died, but in these high-risk patients, close clinical monitoring is essential to help optimize their prognosis.

Merkel cell carcinoma is a rare aggressive cutaneous neoplasm that most commonly affects the elderly, immunosuppressed, and those with chronic UV sun damage. An association between the oncogenesis of MCC and infection with MCPyV has been documented, but other underlying diseases also may play a role in this process including rheumatoid arthritis and psoriasis. Although these risk factors were associated with our patient, his history of chronic immunosuppressive therapy for treatment of his psoriasis and inflammatory joint disease likely played a role in the pathogenesis of the tumor and should be an important point of discussion with any patient requiring this type of long-term management for disease control. Our unique clinical case highlights a patient with substantial comorbidities who developed metastatic MCC and achieved complete clinical and radiologic remission after treatment with surgery and chemotherapy.

As physicians, we find that preventive health is, frankly, really difficult. It requires thinking about a changing list of recommendations unprompted by the symptoms for which patients present. Compounding that challenge is that, in doing preventive health well, we need to have personalized discussions with our patients and this requires they come into the office, which doesn’t always happen on a regular basis. Furthermore, when patients do come in, they usually are presenting for an acute care visit, so there is little time set aside to discuss preventive health.

For all these reasons and many others, the data suggest that we are not particularly good at performing preventive health maintenance. We are much better at figuring out diagnostic dilemmas and choosing among competing medications or procedures to most effectively address acute and chronic medical problems. Let’s examine the data to see if there is a shred of truth in what we are saying; then let’s look at a potential solution to the dilemma of preventive health that we all believe in and that we carry out less frequently than any of us would like.

First, let’s look at recent data on cancer screening reported by the CDC¹:

• Mammography: 72% of women aged 50–74 years reported having had a mammogram within the past 2 years.
• Pap test: 83% of women reported being up to date with cervical cancer screening.
• Colorectal cancer screening: 62% of men and women reported colorectal cancer screening test use consistent with USPSTF recommendations.

Of note, colorectal cancer screening has improved dramatically over he last 15 years, while screening for breast and cervical cancer has largely plateaued.¹

Our success with cancer screening – or lack thereof depending upon one’s perspective – looks quite good next to national vaccination rates for adults. The immunization rate for commonly recommended vaccines are as follows²:

• The Tdap vaccination rate is 20%.
• The tetanus-diphtheria vaccination rate is 62%.
• The herpes zoster vaccination rate is 28%.
• The influenza vaccination rate is 43%.
• The pneumococcal vaccination rate among high-risk persons aged 19-64 years is 20% and among adults aged greater than or equal to 65 years is 61%.

Of adults who had health insurance and at least 10 physician contacts within the past year, 23.8%-88.8% reported not having received vaccinations that were recommended.

In the business literature there is a great deal of disagreement about the value of the “middleman.” The term middleman describes someone who brings the product from the producer, or factory, to the consumer. On the one hand, if the factory can sell the product directly to the consumer, the consumer can save money and the factory can make more money. On the other hand, if the middleman can help the consumer make a better choice among the variety of products available, then the middleman provides value and the consumer benefits.³

Traditionally, clinicians have served the role of the middleman for preventive health activities, knowing what to recommend to patients and informing them of the correct preventive health choices that fit their needs. The problem with this concept is that preventive health recommendations are largely demographically based, are tied to population-based risk assessment, and usually require very little individual judgment.

We as physicians are good at – and I believe truly enjoy – exercising judgment. We love thinking things through and helping the person in front of us. We are not as good at remembering unprompted information in the middle of busy visits that are often made for unrelated reasons. Most of the people who have not had a colonoscopy or pneumococcal vaccine have not decided against the procedure after a detailed discussion with their physician. On the contrary, the service was never recommended, or it was recommended, but the patient did not follow up to have the procedure performed.

Let’s now imagine another approach. You’re a patient and once a year you click on an email that shows up in your inbox from your doctor with the words “Preventive Health” in the subject line. The EHR – based on your gender, age, and a query of what has been documented in your chart – has determined the preventive health activities that are recommended for you. You can choose to pursue, opt out, or get more information for each of the recommended preventive services as you read through them.

If you choose to have more information, it is provided in a structured format that allows you to drill down to the level of detail that you desire. In all probability, you will find a greater level of detail and accuracy of information about each preventive service than could possibly be provided during a routine office visit. Specifics about the risks and benefits of the procedure will also be more extensive, as it is unlikely your care providers are able to keep all of the details and risk ratios in their heads. If desired, you as a patient can take your time to read and digest the information, sleep on it, and come back to it to make an informed decision. This is not something you can do during a routine office visit.

If you choose to opt out of the procedure, just click the “declined” box. Otherwise, when you’ve made all of your decisions and indicate that you’re done, the necessary prescriptions for blood work and x-rays, as well as referrals to the appropriate specialists, will print out. An entry will also be made in the electronic record showing you’ve been provided preventive health recommendations that are appropriate for your age and sex and made your preferred choices. At any point, if you feel you’d like further discussion with your physician, you can make an appointment electronically through the interface.

The hurdles for implementing such a system are real, but they are solvable, and the development of such an approach is inevitable, enviable, and will ultimately be good for both patients and their providers. Patients will get more predictable and complete recommendations for preventive care and providers will have more time to do what we enjoy and are most skilled at – talking with patients to clarify diagnoses, decide upon treatment, and clarify questions that come up about preventive health recommendations.
 

Dr. Skolnik is a professor of family and community medicine at Jefferson Medical College, Philadelphia, and an associate director of the family medicine residency program at Abington (Pa.) Jefferson Health. Dr. Notte is a family physician and clinical informaticist for Abington (Pa.) Memorial Hospital. He is a partner in EHR Practice Consultants, a firm that aids physicians in adopting electronic health records.

References

1. White A et al. Cancer screening test use – United States, 2015. MMWR Morb Mortal Wkly Rep. 2017 Mar 3;66(8):201-6.

2. Williams WW et al. Surveillance of vaccination coverage among adult populations – United States, 2014. MMWR Surveill Summ. 2016 Feb 5;65(1):1-36.

3. Conerly B. Don’t eliminate the middleman – He’s much too valuable. Forbes. Oct 28, 2015.
 

As physicians, we find that preventive health is, frankly, really difficult. It requires thinking about a changing list of recommendations unprompted by the symptoms for which patients present. Compounding that challenge is that, in doing preventive health well, we need to have personalized discussions with our patients and this requires they come into the office, which doesn’t always happen on a regular basis. Furthermore, when patients do come in, they usually are presenting for an acute care visit, so there is little time set aside to discuss preventive health.

For all these reasons and many others, the data suggest that we are not particularly good at performing preventive health maintenance. We are much better at figuring out diagnostic dilemmas and choosing among competing medications or procedures to most effectively address acute and chronic medical problems. Let’s examine the data to see if there is a shred of truth in what we are saying; then let’s look at a potential solution to the dilemma of preventive health that we all believe in and that we carry out less frequently than any of us would like.

First, let’s look at recent data on cancer screening reported by the CDC¹:

• Mammography: 72% of women aged 50–74 years reported having had a mammogram within the past 2 years.
• Pap test: 83% of women reported being up to date with cervical cancer screening.
• Colorectal cancer screening: 62% of men and women reported colorectal cancer screening test use consistent with USPSTF recommendations.

Of note, colorectal cancer screening has improved dramatically over he last 15 years, while screening for breast and cervical cancer has largely plateaued.¹

Our success with cancer screening – or lack thereof depending upon one’s perspective – looks quite good next to national vaccination rates for adults. The immunization rate for commonly recommended vaccines are as follows²:

• The Tdap vaccination rate is 20%.
• The tetanus-diphtheria vaccination rate is 62%.
• The herpes zoster vaccination rate is 28%.
• The influenza vaccination rate is 43%.
• The pneumococcal vaccination rate among high-risk persons aged 19-64 years is 20% and among adults aged greater than or equal to 65 years is 61%.

Of adults who had health insurance and at least 10 physician contacts within the past year, 23.8%-88.8% reported not having received vaccinations that were recommended.

In the business literature there is a great deal of disagreement about the value of the “middleman.” The term middleman describes someone who brings the product from the producer, or factory, to the consumer. On the one hand, if the factory can sell the product directly to the consumer, the consumer can save money and the factory can make more money. On the other hand, if the middleman can help the consumer make a better choice among the variety of products available, then the middleman provides value and the consumer benefits.³

Traditionally, clinicians have served the role of the middleman for preventive health activities, knowing what to recommend to patients and informing them of the correct preventive health choices that fit their needs. The problem with this concept is that preventive health recommendations are largely demographically based, are tied to population-based risk assessment, and usually require very little individual judgment.

We as physicians are good at – and I believe truly enjoy – exercising judgment. We love thinking things through and helping the person in front of us. We are not as good at remembering unprompted information in the middle of busy visits that are often made for unrelated reasons. Most of the people who have not had a colonoscopy or pneumococcal vaccine have not decided against the procedure after a detailed discussion with their physician. On the contrary, the service was never recommended, or it was recommended, but the patient did not follow up to have the procedure performed.

Let’s now imagine another approach. You’re a patient and once a year you click on an email that shows up in your inbox from your doctor with the words “Preventive Health” in the subject line. The EHR – based on your gender, age, and a query of what has been documented in your chart – has determined the preventive health activities that are recommended for you. You can choose to pursue, opt out, or get more information for each of the recommended preventive services as you read through them.

If you choose to have more information, it is provided in a structured format that allows you to drill down to the level of detail that you desire. In all probability, you will find a greater level of detail and accuracy of information about each preventive service than could possibly be provided during a routine office visit. Specifics about the risks and benefits of the procedure will also be more extensive, as it is unlikely your care providers are able to keep all of the details and risk ratios in their heads. If desired, you as a patient can take your time to read and digest the information, sleep on it, and come back to it to make an informed decision. This is not something you can do during a routine office visit.

If you choose to opt out of the procedure, just click the “declined” box. Otherwise, when you’ve made all of your decisions and indicate that you’re done, the necessary prescriptions for blood work and x-rays, as well as referrals to the appropriate specialists, will print out. An entry will also be made in the electronic record showing you’ve been provided preventive health recommendations that are appropriate for your age and sex and made your preferred choices. At any point, if you feel you’d like further discussion with your physician, you can make an appointment electronically through the interface.

The hurdles for implementing such a system are real, but they are solvable, and the development of such an approach is inevitable, enviable, and will ultimately be good for both patients and their providers. Patients will get more predictable and complete recommendations for preventive care and providers will have more time to do what we enjoy and are most skilled at – talking with patients to clarify diagnoses, decide upon treatment, and clarify questions that come up about preventive health recommendations.
 

Dr. Skolnik is a professor of family and community medicine at Jefferson Medical College, Philadelphia, and an associate director of the family medicine residency program at Abington (Pa.) Jefferson Health. Dr. Notte is a family physician and clinical informaticist for Abington (Pa.) Memorial Hospital. He is a partner in EHR Practice Consultants, a firm that aids physicians in adopting electronic health records.

References

1. White A et al. Cancer screening test use – United States, 2015. MMWR Morb Mortal Wkly Rep. 2017 Mar 3;66(8):201-6.

2. Williams WW et al. Surveillance of vaccination coverage among adult populations – United States, 2014. MMWR Surveill Summ. 2016 Feb 5;65(1):1-36.

3. Conerly B. Don’t eliminate the middleman – He’s much too valuable. Forbes. Oct 28, 2015.
 

As physicians, we find that preventive health is, frankly, really difficult. It requires thinking about a changing list of recommendations unprompted by the symptoms for which patients present. Compounding that challenge is that, in doing preventive health well, we need to have personalized discussions with our patients and this requires they come into the office, which doesn’t always happen on a regular basis. Furthermore, when patients do come in, they usually are presenting for an acute care visit, so there is little time set aside to discuss preventive health.

For all these reasons and many others, the data suggest that we are not particularly good at performing preventive health maintenance. We are much better at figuring out diagnostic dilemmas and choosing among competing medications or procedures to most effectively address acute and chronic medical problems. Let’s examine the data to see if there is a shred of truth in what we are saying; then let’s look at a potential solution to the dilemma of preventive health that we all believe in and that we carry out less frequently than any of us would like.

First, let’s look at recent data on cancer screening reported by the CDC¹:

• Mammography: 72% of women aged 50–74 years reported having had a mammogram within the past 2 years.
• Pap test: 83% of women reported being up to date with cervical cancer screening.
• Colorectal cancer screening: 62% of men and women reported colorectal cancer screening test use consistent with USPSTF recommendations.

Of note, colorectal cancer screening has improved dramatically over he last 15 years, while screening for breast and cervical cancer has largely plateaued.¹

Our success with cancer screening – or lack thereof depending upon one’s perspective – looks quite good next to national vaccination rates for adults. The immunization rate for commonly recommended vaccines are as follows²:

• The Tdap vaccination rate is 20%.
• The tetanus-diphtheria vaccination rate is 62%.
• The herpes zoster vaccination rate is 28%.
• The influenza vaccination rate is 43%.
• The pneumococcal vaccination rate among high-risk persons aged 19-64 years is 20% and among adults aged greater than or equal to 65 years is 61%.

Of adults who had health insurance and at least 10 physician contacts within the past year, 23.8%-88.8% reported not having received vaccinations that were recommended.

In the business literature there is a great deal of disagreement about the value of the “middleman.” The term middleman describes someone who brings the product from the producer, or factory, to the consumer. On the one hand, if the factory can sell the product directly to the consumer, the consumer can save money and the factory can make more money. On the other hand, if the middleman can help the consumer make a better choice among the variety of products available, then the middleman provides value and the consumer benefits.³

Traditionally, clinicians have served the role of the middleman for preventive health activities, knowing what to recommend to patients and informing them of the correct preventive health choices that fit their needs. The problem with this concept is that preventive health recommendations are largely demographically based, are tied to population-based risk assessment, and usually require very little individual judgment.

We as physicians are good at – and I believe truly enjoy – exercising judgment. We love thinking things through and helping the person in front of us. We are not as good at remembering unprompted information in the middle of busy visits that are often made for unrelated reasons. Most of the people who have not had a colonoscopy or pneumococcal vaccine have not decided against the procedure after a detailed discussion with their physician. On the contrary, the service was never recommended, or it was recommended, but the patient did not follow up to have the procedure performed.

Let’s now imagine another approach. You’re a patient and once a year you click on an email that shows up in your inbox from your doctor with the words “Preventive Health” in the subject line. The EHR – based on your gender, age, and a query of what has been documented in your chart – has determined the preventive health activities that are recommended for you. You can choose to pursue, opt out, or get more information for each of the recommended preventive services as you read through them.

If you choose to have more information, it is provided in a structured format that allows you to drill down to the level of detail that you desire. In all probability, you will find a greater level of detail and accuracy of information about each preventive service than could possibly be provided during a routine office visit. Specifics about the risks and benefits of the procedure will also be more extensive, as it is unlikely your care providers are able to keep all of the details and risk ratios in their heads. If desired, you as a patient can take your time to read and digest the information, sleep on it, and come back to it to make an informed decision. This is not something you can do during a routine office visit.

If you choose to opt out of the procedure, just click the “declined” box. Otherwise, when you’ve made all of your decisions and indicate that you’re done, the necessary prescriptions for blood work and x-rays, as well as referrals to the appropriate specialists, will print out. An entry will also be made in the electronic record showing you’ve been provided preventive health recommendations that are appropriate for your age and sex and made your preferred choices. At any point, if you feel you’d like further discussion with your physician, you can make an appointment electronically through the interface.

The hurdles for implementing such a system are real, but they are solvable, and the development of such an approach is inevitable, enviable, and will ultimately be good for both patients and their providers. Patients will get more predictable and complete recommendations for preventive care and providers will have more time to do what we enjoy and are most skilled at – talking with patients to clarify diagnoses, decide upon treatment, and clarify questions that come up about preventive health recommendations.
 

Dr. Skolnik is a professor of family and community medicine at Jefferson Medical College, Philadelphia, and an associate director of the family medicine residency program at Abington (Pa.) Jefferson Health. Dr. Notte is a family physician and clinical informaticist for Abington (Pa.) Memorial Hospital. He is a partner in EHR Practice Consultants, a firm that aids physicians in adopting electronic health records.

References

1. White A et al. Cancer screening test use – United States, 2015. MMWR Morb Mortal Wkly Rep. 2017 Mar 3;66(8):201-6.

2. Williams WW et al. Surveillance of vaccination coverage among adult populations – United States, 2014. MMWR Surveill Summ. 2016 Feb 5;65(1):1-36.

3. Conerly B. Don’t eliminate the middleman – He’s much too valuable. Forbes. Oct 28, 2015.
 

Longer duration of second-line therapy is strongly linked to improved 1-year overall survival in patients with relapsed and refractory multiple myeloma, according to findings from a real-world analysis.

The retrospective, observational study evaluated outcomes in 628 patients with multiple myeloma who relapsed after initial treatment. Parameswaran Hari, MD, of the Medical College of Wisconsin in Milwaukee and his colleagues sought to test the growing consensus that prolonged therapy is the best approach in a cohort of patients who received care in a routine setting and were older and had more comorbidities than patients in clinical trials.

Nephron/Wikimedia Commons

“Despite substantial heterogeneity in patient and disease characteristics and treatment patterns, the clinical benefit of continued longer-term therapy at relapse appears to be generalizable to patients receiving care in the routine care settings,” the researchers wrote.

Takeda funded the study and four of the authors are Takeda employees. Dr. Hari reported fees from Takeda and several other pharmaceutical companies.

[email protected]

SOURCE: Hari P et al. Clin Lymphoma Myeloma Leuk. 2018 Jan 5. doi: 10.1016/j.clml.2017.12.012.

Longer duration of second-line therapy is strongly linked to improved 1-year overall survival in patients with relapsed and refractory multiple myeloma, according to findings from a real-world analysis.

The retrospective, observational study evaluated outcomes in 628 patients with multiple myeloma who relapsed after initial treatment. Parameswaran Hari, MD, of the Medical College of Wisconsin in Milwaukee and his colleagues sought to test the growing consensus that prolonged therapy is the best approach in a cohort of patients who received care in a routine setting and were older and had more comorbidities than patients in clinical trials.

Nephron/Wikimedia Commons

“Despite substantial heterogeneity in patient and disease characteristics and treatment patterns, the clinical benefit of continued longer-term therapy at relapse appears to be generalizable to patients receiving care in the routine care settings,” the researchers wrote.

Takeda funded the study and four of the authors are Takeda employees. Dr. Hari reported fees from Takeda and several other pharmaceutical companies.

[email protected]

SOURCE: Hari P et al. Clin Lymphoma Myeloma Leuk. 2018 Jan 5. doi: 10.1016/j.clml.2017.12.012.

Longer duration of second-line therapy is strongly linked to improved 1-year overall survival in patients with relapsed and refractory multiple myeloma, according to findings from a real-world analysis.

The retrospective, observational study evaluated outcomes in 628 patients with multiple myeloma who relapsed after initial treatment. Parameswaran Hari, MD, of the Medical College of Wisconsin in Milwaukee and his colleagues sought to test the growing consensus that prolonged therapy is the best approach in a cohort of patients who received care in a routine setting and were older and had more comorbidities than patients in clinical trials.

Nephron/Wikimedia Commons

“Despite substantial heterogeneity in patient and disease characteristics and treatment patterns, the clinical benefit of continued longer-term therapy at relapse appears to be generalizable to patients receiving care in the routine care settings,” the researchers wrote.

Takeda funded the study and four of the authors are Takeda employees. Dr. Hari reported fees from Takeda and several other pharmaceutical companies.

[email protected]

SOURCE: Hari P et al. Clin Lymphoma Myeloma Leuk. 2018 Jan 5. doi: 10.1016/j.clml.2017.12.012.

The Food and Drug Administration has approved an additional indication for plecanatide (Trulance) as a 3-mg, once-daily treatment for irritable bowel syndrome with constipation (IBS-C).

Plecanatide had previously been approved to treat adults with chronic idiopathic constipation (CIC).

Plecanatide was approved on the findings of two randomized, double-blind, 12-week, placebo-controlled clinical trials. More than 2,100 adult patients across both trials received either a 3-mg or 6-mg once-daily tablet of plecanatide, or a placebo. The primary endpoints of both studies were greater than 30% reduction in worst abdominal pain and an increase of at least one complete spontaneous bowel movement (CSBM) for at least half of the 12 treatment weeks.

Plecanatide met both of its primary endpoints, with reductions in abdominal pain in both studies, compared with placebo (30.2% vs. 17.8% in study 1, P < .001; 21.5% vs. 14.2% in study 2, P = .009).

Plecanatide is the only prescription, once-daily medication that treats both CIC and IBS-C in adults. The drug should be available in the first quarter of 2018.

[email protected]

AGA offers free patient education materials to help your patients better understand how to live with and manage their IBS. Visit www.gastro.org/ibs.

The Food and Drug Administration has approved an additional indication for plecanatide (Trulance) as a 3-mg, once-daily treatment for irritable bowel syndrome with constipation (IBS-C).

Plecanatide had previously been approved to treat adults with chronic idiopathic constipation (CIC).

Plecanatide was approved on the findings of two randomized, double-blind, 12-week, placebo-controlled clinical trials. More than 2,100 adult patients across both trials received either a 3-mg or 6-mg once-daily tablet of plecanatide, or a placebo. The primary endpoints of both studies were greater than 30% reduction in worst abdominal pain and an increase of at least one complete spontaneous bowel movement (CSBM) for at least half of the 12 treatment weeks.

Plecanatide met both of its primary endpoints, with reductions in abdominal pain in both studies, compared with placebo (30.2% vs. 17.8% in study 1, P < .001; 21.5% vs. 14.2% in study 2, P = .009).

Plecanatide is the only prescription, once-daily medication that treats both CIC and IBS-C in adults. The drug should be available in the first quarter of 2018.

[email protected]

AGA offers free patient education materials to help your patients better understand how to live with and manage their IBS. Visit www.gastro.org/ibs.

The Food and Drug Administration has approved an additional indication for plecanatide (Trulance) as a 3-mg, once-daily treatment for irritable bowel syndrome with constipation (IBS-C).

Plecanatide had previously been approved to treat adults with chronic idiopathic constipation (CIC).

Plecanatide was approved on the findings of two randomized, double-blind, 12-week, placebo-controlled clinical trials. More than 2,100 adult patients across both trials received either a 3-mg or 6-mg once-daily tablet of plecanatide, or a placebo. The primary endpoints of both studies were greater than 30% reduction in worst abdominal pain and an increase of at least one complete spontaneous bowel movement (CSBM) for at least half of the 12 treatment weeks.

Plecanatide met both of its primary endpoints, with reductions in abdominal pain in both studies, compared with placebo (30.2% vs. 17.8% in study 1, P < .001; 21.5% vs. 14.2% in study 2, P = .009).

Plecanatide is the only prescription, once-daily medication that treats both CIC and IBS-C in adults. The drug should be available in the first quarter of 2018.

[email protected]

AGA offers free patient education materials to help your patients better understand how to live with and manage their IBS. Visit www.gastro.org/ibs.

CASE Managing pain associated with prolapse and SUI surgery

A 46-year-old woman (G4P4) described 3 years of worsening symptoms related to recurrent stage-3 palpable uterine prolapse. She had associated symptomatic stress urinary incontinence. She had been treated for uterine prolapse 5 years ago with vaginal hysterectomy, bilateral salpingectomy, and high uterosacral-ligament suspension.

After consultation, the patient elected to undergo laparoscopic sacral colpopexy, a mid-urethral sling, and possible anterior and posterior colporrhaphy. Appropriate discussion about the risks and benefits of mesh was provided preoperatively. The surgical team judged her to be highly motivated; she wanted same-day outpatient surgery so that she could go home and then return to work. She had excellent support at home.

How would you counsel this patient about expected postoperative pain? Which medications would you administer to her preoperatively and perioperatively? Which ones would you prescribe for her to manage pain postoperatively?

Adverse impact of prescription opioids in the United States

Although fewer than 5% of the world’s population live in the United States, nearly 80% of the world’s opioids are written for them.¹ In 2012, 259 million prescriptions were written for opioids in the United States—more than enough to give every American adult their own bottle of pills.² Sadly, drug overdose is now a leading cause of accidental death in the United States, with 52,404 lethal drug overdoses in 2015. A startling statistic is that prescription opioid abuse is driving this epidemic, with 20,101 overdose deaths related to prescription pain relievers and 12,990 overdose deaths related to heroin in 2015.³

It is likely that there are multiple reasons prescribing of opioids is epidemic. Surgical pain is a common indication for opioid prescriptions; fewer than half of patients who undergo surgery report adequate postoperative pain relief.⁴ Recognition of these deficits in pain management has inspired national campaigns to improve patients’ experience with pain and aggressively address pain with drugs such as opioids.⁵

At the same time, marketing efforts by the pharmaceutical industry sought to reassure the medical community that patients would not become addicted to prescription opioid pain relievers if physical pain was the indication for such prescriptions. In response, health care providers began to prescribe opioids at a greater rate. As providers were encouraged to increase prescriptions, opioid medications began to be misused—and only then did it become clear that these medications are, in fact, highly addictive.⁶ Opioid abuse and overdose rates began to increase; in 2015, more than 33,000 Americans died because of an opioid overdose, including prescription opioids and heroin⁷ (FIGURE). In fact, although most people recognize the threat posed by illegal heroin, most of the 2 million who abused opioids in 2015 in the United States suffered from prescription abuse; only about a quarter, or about 600,000, abused heroin.⁸ In addition, more than 80% of people who abuse heroin initially abused prescription opioids.⁹

Read about medications and strategies for multimodal pain management.

Multimodal approach to pain management

The goals of postsurgical pain treatment are to relieve suffering, optimize bodily functioning after surgery, limit length of the stay, and optimize patient satisfaction. Pain-control regimens should consider the specific surgical procedure and the patient’s medical, psychological, and physical conditions; age; level of fear or anxiety; personal preference; and response to previous treatments.¹⁰

Optimally, postsurgical pain management starts well before the day of surgery. Employing such strategies as Enhanced Recovery after Surgery (ERAS) protocols does not necessarily mean providing the same care for every patient, every time. Rather, ERAS serves as a checklist to ensure that all applicable categories of pain medication and pain-control strategies are considered, selected, and dosed according to individual needs.¹¹ (See “Preoperative management of pain expectations.”)

Opioids

Opioids have been employed to treat pain for 700 years.¹² They are powerful pain relievers because they target central mechanisms involved in the perception of pain. Regrettably, because of their central action, opioids have many adverse effects in addition to being highly addictive.

Nonopioid alternatives

Expert consensus, including recommendations of the World Health Organization,¹¹ favors using nonopioids as first-line medications to address surgical pain. Nonopioid analgesic options are acetaminophen, nonsteroidal anti-inflammatory drugs (NSAIDs), and adjuvant medications. In addition, nonanalgesic medications such as sedatives, sleep aids, and muscle relaxants can relieve postsurgical pain. Optimal use of these nonopioid medications can significantly reduce or eliminate the need for opioid medications to treat pain. Goals are to 1) reserve opioids for the most severe pain and 2) minimize the number of doses/pills of opioids required to control postsurgical pain.

Acetaminophen. At dosages of 325 to 1,000 mg orally every 4 to 6 hours, to a maximum dosage of 4,000 mg/d, acetaminophen can be used to treat mild pain and, in combination with other medications, moderate-to-severe pain. The drug also can be administered intravenously (IV), although use of the IV route is limited in many hospitals because of its significantly higher expense compared to the oral form.

The mechanism of action of acetaminophen is unique among pain relievers; it can therefore be used in combination with other pain relievers to more effectively treat pain with fewer concerns about medication-induced adverse effects or opioid overdose. However, keep in mind when considering combining analgesics, that acetaminophen is an active ingredient in hundreds of over-the-counter (OTC) and prescription formulations, and that a combination of more than one acetaminophen-containing product can create the risk of overdose.

Acetaminophen should be used with caution in patients with liver disease. That being said, multiple trials have documented safe use in normal body weight adults who do not have hepatic disease, at dosages as high as 4,000 mg over a 24-hour period.¹³

NSAIDs. A combination of an NSAID and acetaminophen has been documented to reduce the amount of opioid medications required to treat postsurgical pain. In most circumstances, especially for minor surgery, acetaminophen and NSAIDS can be administered just before surgery starts. This preoperative treatment, called “preventive analgesia” or “preemptive analgesia,” has been demonstrated in multiple clinical trials to reduce postoperative pain.¹⁴

Adjuvant pain medications. Antidepressants, antiepileptic agents, and muscle relaxants—agents that have a primary indication for a condition (or conditions) other than pain and do not directly provide analgesia—have been used as adjuvant pain medications. When employed with traditional analgesics, they have been demonstrated to reduce postsurgical pain scores and the amount of opioids required. These medications need to be used cautiously because some are associated with serious sedation and vertigo (TABLE). Take caution when using adjuvant pain medications in patients older than 65 years; guidance on their use in older patients has been outlined by the American Geriatrics Society and other professional organizations.¹⁵

Case Continued

The patient was given the expectation that the 11-mm left lower-quadrant port site would likely be the most bothersome site of pain—a rating of 4 or 5 on a visual analogue scale of 1 to 10, on postoperative day 1, while standing. The other 3 (5-mm) laparoscopic ports, she was told, would, typically, be less bothersome. The patient was educated regarding the role of analgesics and adjuvant medications and cautioned not to exceed 4,000 mg of acetaminophen in any 24-hour period. She was told that gabapentin may make her feel sedated or dizzy, or both; she was encouraged to hold this medication if she found these adverse effects bothersome or limiting.

The following multimodal pain management was established.

Preoperatively, the patient was given:

• Acetaminophen 1.5 g orally (as a liquid, 45 mL of a suspension of 500 mg/15 mL liquid), 2 to 3 hours preoperatively; the surgical suite did not stock IV acetaminophen.
• Gabapentin 600 mg orally, with a sip of water, the morning of surgery.
• Celecoxib 100 mg orally, with a sip of water, the morning of surgery.

Prescriptions for home postoperative pain management were provided preoperatively:

• OTC acetaminophen 1,000 mg (as 2 500-mgtablets) taken as a scheduled dose every 8 hours for the first 48 hours postoperatively.
• Meloxicam 15 mg daily as the NSAID, taken as a scheduled dose once per day for the first 48 hours postoperatively, then as needed.
• Gabapentin 300 mg (in addition to the preoperative dose, above), taken as a scheduled dose every 8 hours for the first 48 hours postoperatively, then as needed.
• Oxycodone 5 mg (without acetaminophen) for breakthrough pain.

Intraoperatively:

• Meticulous attention was paid to patient positioning, to reduce the possibility of back and upper- and lower-extremity injury postoperatively.
• A corticosteroid (dexamethasone 8 mg IV) was administered to minimize postoperative nausea and vomiting and as an adjuvant medication for postoperative pain control.
• Careful attention was paid to limit residual CO₂ gas and intraoperative intra-abdominal pressures.
• All laparoscopic port sites were injected with 30 mL of 0.25% bupivacaine with epinephrine, extending to subcutaneous, fascial, and peritoneal layers.

Read about why a multimodal approach is best for postsurgical pain.

Why a multimodal plan to treat pain?

Pain following laparoscopy has been associated with many variables, including patient positioning, port size and placement, amount of port manipulation, and gas retention. After a laparoscopic surgical procedure, patients report pain in the abdomen, back, and shoulders.

Postsurgical pain has 3 components:

• Shoulder pain, thought to result from phrenic nerve irritation caused by lingering CO₂ in the abdominal cavity.
• Visceral pain, occurring secondary to stretching of the abdominal cavity.
• Somatic pain, caused by the surgical incision; of the 3 components to pain, somatic pain can have the least impact because laparoscopic incisions are small.

For our patient, prior to the incisions being made, she received local anesthesia intraoperatively to the laparoscopic port sites to include the subcutaneous, fascial, and peritoneal layers. Involving these layers allows for more of a block. An ultrasonography-guided transversus abdominis plane (TAP) block, if available, is highly effective at decreasing postoperative pain, but its efficacy is dependent on the anatomy and the skill of the physician (whether anesthesiologist, gynecologist, or surgeon) who is placing it.¹⁶

We used dexamethasone 8 mg IV, intraoperatively because this single dose has been shown to decrease the perception of pain postoperatively. Dexamethasone also has been shown to decrease consumption of oxycodone during the 24 hours after laparoscopic gynecologic surgery.¹⁷

CO₂ used to insufflate the patient’s abdomen can take as long as 2 days to fully resorb, resulting in increased pain. This discomfort has been described as delayed; the patient might not notice it until she goes home. In a study, 70% of patients had shoulder discomfort following laparoscopy 24 hours after their procedure.¹⁸ For this reason, we employed several techniques to reduce this effect:

• We reduced the intra-abdominal pressure limit to 10 mm Hg (from 15 mm Hg) once dissection was complete.
• At the end of the procedure, careful attention was paid to removing as much intra-abdominal gas as possible, including placing the patient in the Trendelenburg position and having the anesthesiologist induce a Valsalva maneuver. This action has been shown to significantly improve pain control compared to placebo intervention.¹⁹
• We used humidified CO₂, which has been demonstrated to reduce pain in laparoscopic surgery.²⁰

Preemptively, we provided this patient with acetaminophen, celecoxib, and gabapentin, which have been demonstrated to be effective in gynecologic patients to decrease the need for postoperative opioids.²¹ Also, our patient received counseling, with specific expectations for what to expect following the surgical procedure.

CASE Resolved

Our patient did exceptionally well following surgery. She used only one of the oxycodone pills and did not require unplanned interventions. She took gabapentin, acetaminophen, and meloxicam at their scheduled doses for 2 days. She continued to use meloxicam for 4 more days for mild abdominal pain, then discontinued all medications.She flushed her 9 unused oxycodone pills down the toilet. (See “A word about disposal of ‘excess’ opioids”²²) The patient returned to her administrative duties at work 2 weeks after the procedure and reported that she was “very satisfied” with her surgical experience.

In conclusion

Postoperative pain is a complex entity that must be considered to require individualized strategies and, possibly, multiple interventions. Optimally, thorough education, including pain management options, is provided to the patient prior to surgery. Given the current state of opioid abuse in the United States, all gynecologic surgeons should be familiar with multimodal pain therapy and how to employ nonmedical techniques to reduce postsurgical pain without relying solely on opioids. (See “Online resources for pain management”.)

Share your thoughts! Send your Letter to the Editor to [email protected]. Please include your name and the city and state in which you practice.

CASE Managing pain associated with prolapse and SUI surgery

A 46-year-old woman (G4P4) described 3 years of worsening symptoms related to recurrent stage-3 palpable uterine prolapse. She had associated symptomatic stress urinary incontinence. She had been treated for uterine prolapse 5 years ago with vaginal hysterectomy, bilateral salpingectomy, and high uterosacral-ligament suspension.

After consultation, the patient elected to undergo laparoscopic sacral colpopexy, a mid-urethral sling, and possible anterior and posterior colporrhaphy. Appropriate discussion about the risks and benefits of mesh was provided preoperatively. The surgical team judged her to be highly motivated; she wanted same-day outpatient surgery so that she could go home and then return to work. She had excellent support at home.

How would you counsel this patient about expected postoperative pain? Which medications would you administer to her preoperatively and perioperatively? Which ones would you prescribe for her to manage pain postoperatively?

Adverse impact of prescription opioids in the United States

Although fewer than 5% of the world’s population live in the United States, nearly 80% of the world’s opioids are written for them.¹ In 2012, 259 million prescriptions were written for opioids in the United States—more than enough to give every American adult their own bottle of pills.² Sadly, drug overdose is now a leading cause of accidental death in the United States, with 52,404 lethal drug overdoses in 2015. A startling statistic is that prescription opioid abuse is driving this epidemic, with 20,101 overdose deaths related to prescription pain relievers and 12,990 overdose deaths related to heroin in 2015.³

It is likely that there are multiple reasons prescribing of opioids is epidemic. Surgical pain is a common indication for opioid prescriptions; fewer than half of patients who undergo surgery report adequate postoperative pain relief.⁴ Recognition of these deficits in pain management has inspired national campaigns to improve patients’ experience with pain and aggressively address pain with drugs such as opioids.⁵

At the same time, marketing efforts by the pharmaceutical industry sought to reassure the medical community that patients would not become addicted to prescription opioid pain relievers if physical pain was the indication for such prescriptions. In response, health care providers began to prescribe opioids at a greater rate. As providers were encouraged to increase prescriptions, opioid medications began to be misused—and only then did it become clear that these medications are, in fact, highly addictive.⁶ Opioid abuse and overdose rates began to increase; in 2015, more than 33,000 Americans died because of an opioid overdose, including prescription opioids and heroin⁷ (FIGURE). In fact, although most people recognize the threat posed by illegal heroin, most of the 2 million who abused opioids in 2015 in the United States suffered from prescription abuse; only about a quarter, or about 600,000, abused heroin.⁸ In addition, more than 80% of people who abuse heroin initially abused prescription opioids.⁹

Read about medications and strategies for multimodal pain management.

Multimodal approach to pain management

The goals of postsurgical pain treatment are to relieve suffering, optimize bodily functioning after surgery, limit length of the stay, and optimize patient satisfaction. Pain-control regimens should consider the specific surgical procedure and the patient’s medical, psychological, and physical conditions; age; level of fear or anxiety; personal preference; and response to previous treatments.¹⁰

Optimally, postsurgical pain management starts well before the day of surgery. Employing such strategies as Enhanced Recovery after Surgery (ERAS) protocols does not necessarily mean providing the same care for every patient, every time. Rather, ERAS serves as a checklist to ensure that all applicable categories of pain medication and pain-control strategies are considered, selected, and dosed according to individual needs.¹¹ (See “Preoperative management of pain expectations.”)

Opioids

Opioids have been employed to treat pain for 700 years.¹² They are powerful pain relievers because they target central mechanisms involved in the perception of pain. Regrettably, because of their central action, opioids have many adverse effects in addition to being highly addictive.

Nonopioid alternatives

Expert consensus, including recommendations of the World Health Organization,¹¹ favors using nonopioids as first-line medications to address surgical pain. Nonopioid analgesic options are acetaminophen, nonsteroidal anti-inflammatory drugs (NSAIDs), and adjuvant medications. In addition, nonanalgesic medications such as sedatives, sleep aids, and muscle relaxants can relieve postsurgical pain. Optimal use of these nonopioid medications can significantly reduce or eliminate the need for opioid medications to treat pain. Goals are to 1) reserve opioids for the most severe pain and 2) minimize the number of doses/pills of opioids required to control postsurgical pain.

Acetaminophen. At dosages of 325 to 1,000 mg orally every 4 to 6 hours, to a maximum dosage of 4,000 mg/d, acetaminophen can be used to treat mild pain and, in combination with other medications, moderate-to-severe pain. The drug also can be administered intravenously (IV), although use of the IV route is limited in many hospitals because of its significantly higher expense compared to the oral form.

The mechanism of action of acetaminophen is unique among pain relievers; it can therefore be used in combination with other pain relievers to more effectively treat pain with fewer concerns about medication-induced adverse effects or opioid overdose. However, keep in mind when considering combining analgesics, that acetaminophen is an active ingredient in hundreds of over-the-counter (OTC) and prescription formulations, and that a combination of more than one acetaminophen-containing product can create the risk of overdose.

Acetaminophen should be used with caution in patients with liver disease. That being said, multiple trials have documented safe use in normal body weight adults who do not have hepatic disease, at dosages as high as 4,000 mg over a 24-hour period.¹³

NSAIDs. A combination of an NSAID and acetaminophen has been documented to reduce the amount of opioid medications required to treat postsurgical pain. In most circumstances, especially for minor surgery, acetaminophen and NSAIDS can be administered just before surgery starts. This preoperative treatment, called “preventive analgesia” or “preemptive analgesia,” has been demonstrated in multiple clinical trials to reduce postoperative pain.¹⁴

Adjuvant pain medications. Antidepressants, antiepileptic agents, and muscle relaxants—agents that have a primary indication for a condition (or conditions) other than pain and do not directly provide analgesia—have been used as adjuvant pain medications. When employed with traditional analgesics, they have been demonstrated to reduce postsurgical pain scores and the amount of opioids required. These medications need to be used cautiously because some are associated with serious sedation and vertigo (TABLE). Take caution when using adjuvant pain medications in patients older than 65 years; guidance on their use in older patients has been outlined by the American Geriatrics Society and other professional organizations.¹⁵

Case Continued

The patient was given the expectation that the 11-mm left lower-quadrant port site would likely be the most bothersome site of pain—a rating of 4 or 5 on a visual analogue scale of 1 to 10, on postoperative day 1, while standing. The other 3 (5-mm) laparoscopic ports, she was told, would, typically, be less bothersome. The patient was educated regarding the role of analgesics and adjuvant medications and cautioned not to exceed 4,000 mg of acetaminophen in any 24-hour period. She was told that gabapentin may make her feel sedated or dizzy, or both; she was encouraged to hold this medication if she found these adverse effects bothersome or limiting.

The following multimodal pain management was established.

Preoperatively, the patient was given:

• Acetaminophen 1.5 g orally (as a liquid, 45 mL of a suspension of 500 mg/15 mL liquid), 2 to 3 hours preoperatively; the surgical suite did not stock IV acetaminophen.
• Gabapentin 600 mg orally, with a sip of water, the morning of surgery.
• Celecoxib 100 mg orally, with a sip of water, the morning of surgery.

Prescriptions for home postoperative pain management were provided preoperatively:

• OTC acetaminophen 1,000 mg (as 2 500-mgtablets) taken as a scheduled dose every 8 hours for the first 48 hours postoperatively.
• Meloxicam 15 mg daily as the NSAID, taken as a scheduled dose once per day for the first 48 hours postoperatively, then as needed.
• Gabapentin 300 mg (in addition to the preoperative dose, above), taken as a scheduled dose every 8 hours for the first 48 hours postoperatively, then as needed.
• Oxycodone 5 mg (without acetaminophen) for breakthrough pain.

Intraoperatively:

• Meticulous attention was paid to patient positioning, to reduce the possibility of back and upper- and lower-extremity injury postoperatively.
• A corticosteroid (dexamethasone 8 mg IV) was administered to minimize postoperative nausea and vomiting and as an adjuvant medication for postoperative pain control.
• Careful attention was paid to limit residual CO₂ gas and intraoperative intra-abdominal pressures.
• All laparoscopic port sites were injected with 30 mL of 0.25% bupivacaine with epinephrine, extending to subcutaneous, fascial, and peritoneal layers.

Read about why a multimodal approach is best for postsurgical pain.

Why a multimodal plan to treat pain?

Pain following laparoscopy has been associated with many variables, including patient positioning, port size and placement, amount of port manipulation, and gas retention. After a laparoscopic surgical procedure, patients report pain in the abdomen, back, and shoulders.

Postsurgical pain has 3 components:

• Shoulder pain, thought to result from phrenic nerve irritation caused by lingering CO₂ in the abdominal cavity.
• Visceral pain, occurring secondary to stretching of the abdominal cavity.
• Somatic pain, caused by the surgical incision; of the 3 components to pain, somatic pain can have the least impact because laparoscopic incisions are small.

For our patient, prior to the incisions being made, she received local anesthesia intraoperatively to the laparoscopic port sites to include the subcutaneous, fascial, and peritoneal layers. Involving these layers allows for more of a block. An ultrasonography-guided transversus abdominis plane (TAP) block, if available, is highly effective at decreasing postoperative pain, but its efficacy is dependent on the anatomy and the skill of the physician (whether anesthesiologist, gynecologist, or surgeon) who is placing it.¹⁶

We used dexamethasone 8 mg IV, intraoperatively because this single dose has been shown to decrease the perception of pain postoperatively. Dexamethasone also has been shown to decrease consumption of oxycodone during the 24 hours after laparoscopic gynecologic surgery.¹⁷

CO₂ used to insufflate the patient’s abdomen can take as long as 2 days to fully resorb, resulting in increased pain. This discomfort has been described as delayed; the patient might not notice it until she goes home. In a study, 70% of patients had shoulder discomfort following laparoscopy 24 hours after their procedure.¹⁸ For this reason, we employed several techniques to reduce this effect:

• We reduced the intra-abdominal pressure limit to 10 mm Hg (from 15 mm Hg) once dissection was complete.
• At the end of the procedure, careful attention was paid to removing as much intra-abdominal gas as possible, including placing the patient in the Trendelenburg position and having the anesthesiologist induce a Valsalva maneuver. This action has been shown to significantly improve pain control compared to placebo intervention.¹⁹
• We used humidified CO₂, which has been demonstrated to reduce pain in laparoscopic surgery.²⁰

Preemptively, we provided this patient with acetaminophen, celecoxib, and gabapentin, which have been demonstrated to be effective in gynecologic patients to decrease the need for postoperative opioids.²¹ Also, our patient received counseling, with specific expectations for what to expect following the surgical procedure.

CASE Resolved

Our patient did exceptionally well following surgery. She used only one of the oxycodone pills and did not require unplanned interventions. She took gabapentin, acetaminophen, and meloxicam at their scheduled doses for 2 days. She continued to use meloxicam for 4 more days for mild abdominal pain, then discontinued all medications.She flushed her 9 unused oxycodone pills down the toilet. (See “A word about disposal of ‘excess’ opioids”²²) The patient returned to her administrative duties at work 2 weeks after the procedure and reported that she was “very satisfied” with her surgical experience.

In conclusion

Postoperative pain is a complex entity that must be considered to require individualized strategies and, possibly, multiple interventions. Optimally, thorough education, including pain management options, is provided to the patient prior to surgery. Given the current state of opioid abuse in the United States, all gynecologic surgeons should be familiar with multimodal pain therapy and how to employ nonmedical techniques to reduce postsurgical pain without relying solely on opioids. (See “Online resources for pain management”.)

Share your thoughts! Send your Letter to the Editor to [email protected]. Please include your name and the city and state in which you practice.

CASE Managing pain associated with prolapse and SUI surgery

A 46-year-old woman (G4P4) described 3 years of worsening symptoms related to recurrent stage-3 palpable uterine prolapse. She had associated symptomatic stress urinary incontinence. She had been treated for uterine prolapse 5 years ago with vaginal hysterectomy, bilateral salpingectomy, and high uterosacral-ligament suspension.

After consultation, the patient elected to undergo laparoscopic sacral colpopexy, a mid-urethral sling, and possible anterior and posterior colporrhaphy. Appropriate discussion about the risks and benefits of mesh was provided preoperatively. The surgical team judged her to be highly motivated; she wanted same-day outpatient surgery so that she could go home and then return to work. She had excellent support at home.

How would you counsel this patient about expected postoperative pain? Which medications would you administer to her preoperatively and perioperatively? Which ones would you prescribe for her to manage pain postoperatively?

Adverse impact of prescription opioids in the United States

Although fewer than 5% of the world’s population live in the United States, nearly 80% of the world’s opioids are written for them.¹ In 2012, 259 million prescriptions were written for opioids in the United States—more than enough to give every American adult their own bottle of pills.² Sadly, drug overdose is now a leading cause of accidental death in the United States, with 52,404 lethal drug overdoses in 2015. A startling statistic is that prescription opioid abuse is driving this epidemic, with 20,101 overdose deaths related to prescription pain relievers and 12,990 overdose deaths related to heroin in 2015.³

It is likely that there are multiple reasons prescribing of opioids is epidemic. Surgical pain is a common indication for opioid prescriptions; fewer than half of patients who undergo surgery report adequate postoperative pain relief.⁴ Recognition of these deficits in pain management has inspired national campaigns to improve patients’ experience with pain and aggressively address pain with drugs such as opioids.⁵

At the same time, marketing efforts by the pharmaceutical industry sought to reassure the medical community that patients would not become addicted to prescription opioid pain relievers if physical pain was the indication for such prescriptions. In response, health care providers began to prescribe opioids at a greater rate. As providers were encouraged to increase prescriptions, opioid medications began to be misused—and only then did it become clear that these medications are, in fact, highly addictive.⁶ Opioid abuse and overdose rates began to increase; in 2015, more than 33,000 Americans died because of an opioid overdose, including prescription opioids and heroin⁷ (FIGURE). In fact, although most people recognize the threat posed by illegal heroin, most of the 2 million who abused opioids in 2015 in the United States suffered from prescription abuse; only about a quarter, or about 600,000, abused heroin.⁸ In addition, more than 80% of people who abuse heroin initially abused prescription opioids.⁹

Read about medications and strategies for multimodal pain management.

Multimodal approach to pain management

The goals of postsurgical pain treatment are to relieve suffering, optimize bodily functioning after surgery, limit length of the stay, and optimize patient satisfaction. Pain-control regimens should consider the specific surgical procedure and the patient’s medical, psychological, and physical conditions; age; level of fear or anxiety; personal preference; and response to previous treatments.¹⁰

Optimally, postsurgical pain management starts well before the day of surgery. Employing such strategies as Enhanced Recovery after Surgery (ERAS) protocols does not necessarily mean providing the same care for every patient, every time. Rather, ERAS serves as a checklist to ensure that all applicable categories of pain medication and pain-control strategies are considered, selected, and dosed according to individual needs.¹¹ (See “Preoperative management of pain expectations.”)

Opioids

Opioids have been employed to treat pain for 700 years.¹² They are powerful pain relievers because they target central mechanisms involved in the perception of pain. Regrettably, because of their central action, opioids have many adverse effects in addition to being highly addictive.

Nonopioid alternatives

Expert consensus, including recommendations of the World Health Organization,¹¹ favors using nonopioids as first-line medications to address surgical pain. Nonopioid analgesic options are acetaminophen, nonsteroidal anti-inflammatory drugs (NSAIDs), and adjuvant medications. In addition, nonanalgesic medications such as sedatives, sleep aids, and muscle relaxants can relieve postsurgical pain. Optimal use of these nonopioid medications can significantly reduce or eliminate the need for opioid medications to treat pain. Goals are to 1) reserve opioids for the most severe pain and 2) minimize the number of doses/pills of opioids required to control postsurgical pain.

Acetaminophen. At dosages of 325 to 1,000 mg orally every 4 to 6 hours, to a maximum dosage of 4,000 mg/d, acetaminophen can be used to treat mild pain and, in combination with other medications, moderate-to-severe pain. The drug also can be administered intravenously (IV), although use of the IV route is limited in many hospitals because of its significantly higher expense compared to the oral form.

The mechanism of action of acetaminophen is unique among pain relievers; it can therefore be used in combination with other pain relievers to more effectively treat pain with fewer concerns about medication-induced adverse effects or opioid overdose. However, keep in mind when considering combining analgesics, that acetaminophen is an active ingredient in hundreds of over-the-counter (OTC) and prescription formulations, and that a combination of more than one acetaminophen-containing product can create the risk of overdose.

Acetaminophen should be used with caution in patients with liver disease. That being said, multiple trials have documented safe use in normal body weight adults who do not have hepatic disease, at dosages as high as 4,000 mg over a 24-hour period.¹³

NSAIDs. A combination of an NSAID and acetaminophen has been documented to reduce the amount of opioid medications required to treat postsurgical pain. In most circumstances, especially for minor surgery, acetaminophen and NSAIDS can be administered just before surgery starts. This preoperative treatment, called “preventive analgesia” or “preemptive analgesia,” has been demonstrated in multiple clinical trials to reduce postoperative pain.¹⁴

Adjuvant pain medications. Antidepressants, antiepileptic agents, and muscle relaxants—agents that have a primary indication for a condition (or conditions) other than pain and do not directly provide analgesia—have been used as adjuvant pain medications. When employed with traditional analgesics, they have been demonstrated to reduce postsurgical pain scores and the amount of opioids required. These medications need to be used cautiously because some are associated with serious sedation and vertigo (TABLE). Take caution when using adjuvant pain medications in patients older than 65 years; guidance on their use in older patients has been outlined by the American Geriatrics Society and other professional organizations.¹⁵

Case Continued

The patient was given the expectation that the 11-mm left lower-quadrant port site would likely be the most bothersome site of pain—a rating of 4 or 5 on a visual analogue scale of 1 to 10, on postoperative day 1, while standing. The other 3 (5-mm) laparoscopic ports, she was told, would, typically, be less bothersome. The patient was educated regarding the role of analgesics and adjuvant medications and cautioned not to exceed 4,000 mg of acetaminophen in any 24-hour period. She was told that gabapentin may make her feel sedated or dizzy, or both; she was encouraged to hold this medication if she found these adverse effects bothersome or limiting.

The following multimodal pain management was established.

Preoperatively, the patient was given:

• Acetaminophen 1.5 g orally (as a liquid, 45 mL of a suspension of 500 mg/15 mL liquid), 2 to 3 hours preoperatively; the surgical suite did not stock IV acetaminophen.
• Gabapentin 600 mg orally, with a sip of water, the morning of surgery.
• Celecoxib 100 mg orally, with a sip of water, the morning of surgery.

Prescriptions for home postoperative pain management were provided preoperatively:

• OTC acetaminophen 1,000 mg (as 2 500-mgtablets) taken as a scheduled dose every 8 hours for the first 48 hours postoperatively.
• Meloxicam 15 mg daily as the NSAID, taken as a scheduled dose once per day for the first 48 hours postoperatively, then as needed.
• Gabapentin 300 mg (in addition to the preoperative dose, above), taken as a scheduled dose every 8 hours for the first 48 hours postoperatively, then as needed.
• Oxycodone 5 mg (without acetaminophen) for breakthrough pain.

Intraoperatively:

• Meticulous attention was paid to patient positioning, to reduce the possibility of back and upper- and lower-extremity injury postoperatively.
• A corticosteroid (dexamethasone 8 mg IV) was administered to minimize postoperative nausea and vomiting and as an adjuvant medication for postoperative pain control.
• Careful attention was paid to limit residual CO₂ gas and intraoperative intra-abdominal pressures.
• All laparoscopic port sites were injected with 30 mL of 0.25% bupivacaine with epinephrine, extending to subcutaneous, fascial, and peritoneal layers.

Read about why a multimodal approach is best for postsurgical pain.

Why a multimodal plan to treat pain?

Pain following laparoscopy has been associated with many variables, including patient positioning, port size and placement, amount of port manipulation, and gas retention. After a laparoscopic surgical procedure, patients report pain in the abdomen, back, and shoulders.

Postsurgical pain has 3 components:

• Shoulder pain, thought to result from phrenic nerve irritation caused by lingering CO₂ in the abdominal cavity.
• Visceral pain, occurring secondary to stretching of the abdominal cavity.
• Somatic pain, caused by the surgical incision; of the 3 components to pain, somatic pain can have the least impact because laparoscopic incisions are small.

For our patient, prior to the incisions being made, she received local anesthesia intraoperatively to the laparoscopic port sites to include the subcutaneous, fascial, and peritoneal layers. Involving these layers allows for more of a block. An ultrasonography-guided transversus abdominis plane (TAP) block, if available, is highly effective at decreasing postoperative pain, but its efficacy is dependent on the anatomy and the skill of the physician (whether anesthesiologist, gynecologist, or surgeon) who is placing it.¹⁶

We used dexamethasone 8 mg IV, intraoperatively because this single dose has been shown to decrease the perception of pain postoperatively. Dexamethasone also has been shown to decrease consumption of oxycodone during the 24 hours after laparoscopic gynecologic surgery.¹⁷

CO₂ used to insufflate the patient’s abdomen can take as long as 2 days to fully resorb, resulting in increased pain. This discomfort has been described as delayed; the patient might not notice it until she goes home. In a study, 70% of patients had shoulder discomfort following laparoscopy 24 hours after their procedure.¹⁸ For this reason, we employed several techniques to reduce this effect:

• We reduced the intra-abdominal pressure limit to 10 mm Hg (from 15 mm Hg) once dissection was complete.
• At the end of the procedure, careful attention was paid to removing as much intra-abdominal gas as possible, including placing the patient in the Trendelenburg position and having the anesthesiologist induce a Valsalva maneuver. This action has been shown to significantly improve pain control compared to placebo intervention.¹⁹
• We used humidified CO₂, which has been demonstrated to reduce pain in laparoscopic surgery.²⁰

Preemptively, we provided this patient with acetaminophen, celecoxib, and gabapentin, which have been demonstrated to be effective in gynecologic patients to decrease the need for postoperative opioids.²¹ Also, our patient received counseling, with specific expectations for what to expect following the surgical procedure.

CASE Resolved

Our patient did exceptionally well following surgery. She used only one of the oxycodone pills and did not require unplanned interventions. She took gabapentin, acetaminophen, and meloxicam at their scheduled doses for 2 days. She continued to use meloxicam for 4 more days for mild abdominal pain, then discontinued all medications.She flushed her 9 unused oxycodone pills down the toilet. (See “A word about disposal of ‘excess’ opioids”²²) The patient returned to her administrative duties at work 2 weeks after the procedure and reported that she was “very satisfied” with her surgical experience.

In conclusion

Postoperative pain is a complex entity that must be considered to require individualized strategies and, possibly, multiple interventions. Optimally, thorough education, including pain management options, is provided to the patient prior to surgery. Given the current state of opioid abuse in the United States, all gynecologic surgeons should be familiar with multimodal pain therapy and how to employ nonmedical techniques to reduce postsurgical pain without relying solely on opioids. (See “Online resources for pain management”.)

Share your thoughts! Send your Letter to the Editor to [email protected]. Please include your name and the city and state in which you practice.

If they’re too infrequent, alerts can delay sepsis identification and treatment. If they’re too abundant, the alerts can overwhelm providers. Finding the sweet spot for sepsis alerts, QI leaders say, can require time, technology, patience – and sometimes trial and error.

University Hospital in Salt Lake City wanted to broaden its sepsis recognition system to ensure that decompensating patients were seen and resuscitated quickly, regardless of the cause. Another hospital offered a lesson in what not to do when a staff member cautioned that a sepsis alert system based on SIRS alone had been a “total disaster” and left providers fuming. One report suggested that nearly half of all ward patients meet SIRS criteria at some point during their hospitalization, and that using the criteria for sepsis screening in hospital wards is both “time consuming and impractical.”¹

References

1. Churpek MM et al. Incidence and prognostic value of the systemic inflammatory response syndrome and organ dysfunctions in ward patients. Am J Respir Crit Care Med. 2015 Oct 15;192(8):958-64.

2. Umscheid CA et al. Development, implementation, and impact of an automated early warning and response system for sepsis. J Hosp Med. 2015 Jan;10: 26-31.

If they’re too infrequent, alerts can delay sepsis identification and treatment. If they’re too abundant, the alerts can overwhelm providers. Finding the sweet spot for sepsis alerts, QI leaders say, can require time, technology, patience – and sometimes trial and error.

University Hospital in Salt Lake City wanted to broaden its sepsis recognition system to ensure that decompensating patients were seen and resuscitated quickly, regardless of the cause. Another hospital offered a lesson in what not to do when a staff member cautioned that a sepsis alert system based on SIRS alone had been a “total disaster” and left providers fuming. One report suggested that nearly half of all ward patients meet SIRS criteria at some point during their hospitalization, and that using the criteria for sepsis screening in hospital wards is both “time consuming and impractical.”¹

References

1. Churpek MM et al. Incidence and prognostic value of the systemic inflammatory response syndrome and organ dysfunctions in ward patients. Am J Respir Crit Care Med. 2015 Oct 15;192(8):958-64.

2. Umscheid CA et al. Development, implementation, and impact of an automated early warning and response system for sepsis. J Hosp Med. 2015 Jan;10: 26-31.

If they’re too infrequent, alerts can delay sepsis identification and treatment. If they’re too abundant, the alerts can overwhelm providers. Finding the sweet spot for sepsis alerts, QI leaders say, can require time, technology, patience – and sometimes trial and error.

University Hospital in Salt Lake City wanted to broaden its sepsis recognition system to ensure that decompensating patients were seen and resuscitated quickly, regardless of the cause. Another hospital offered a lesson in what not to do when a staff member cautioned that a sepsis alert system based on SIRS alone had been a “total disaster” and left providers fuming. One report suggested that nearly half of all ward patients meet SIRS criteria at some point during their hospitalization, and that using the criteria for sepsis screening in hospital wards is both “time consuming and impractical.”¹

References

1. Churpek MM et al. Incidence and prognostic value of the systemic inflammatory response syndrome and organ dysfunctions in ward patients. Am J Respir Crit Care Med. 2015 Oct 15;192(8):958-64.

2. Umscheid CA et al. Development, implementation, and impact of an automated early warning and response system for sepsis. J Hosp Med. 2015 Jan;10: 26-31.

Follicle abnormalities were identified on the apparently healthy skin of women with acne, in a study that used confocal microscopy to evaluate skin structures in adult women with acne.

The finding was seen in women with both types of acne – diffuse and mandibular – and in patients with both inflammatory and hyperkeratinization features, wrote Louise M. Guenot, MD, of the dermatology department at CHU Nantes, France, and her coauthors. In the women with mandibular acne, there were significantly more follicle abnormalities on the mandibular area of the face, compared with the forehead area, with no acne lesions.

Obencem/Thinkstock

SOURCE: Guenot et al. Int J Dermatol. 2018 Jan 25. doi: 10.1111/ijd.13910.

Follicle abnormalities were identified on the apparently healthy skin of women with acne, in a study that used confocal microscopy to evaluate skin structures in adult women with acne.

The finding was seen in women with both types of acne – diffuse and mandibular – and in patients with both inflammatory and hyperkeratinization features, wrote Louise M. Guenot, MD, of the dermatology department at CHU Nantes, France, and her coauthors. In the women with mandibular acne, there were significantly more follicle abnormalities on the mandibular area of the face, compared with the forehead area, with no acne lesions.

Obencem/Thinkstock

SOURCE: Guenot et al. Int J Dermatol. 2018 Jan 25. doi: 10.1111/ijd.13910.

Follicle abnormalities were identified on the apparently healthy skin of women with acne, in a study that used confocal microscopy to evaluate skin structures in adult women with acne.

The finding was seen in women with both types of acne – diffuse and mandibular – and in patients with both inflammatory and hyperkeratinization features, wrote Louise M. Guenot, MD, of the dermatology department at CHU Nantes, France, and her coauthors. In the women with mandibular acne, there were significantly more follicle abnormalities on the mandibular area of the face, compared with the forehead area, with no acne lesions.

Obencem/Thinkstock

SOURCE: Guenot et al. Int J Dermatol. 2018 Jan 25. doi: 10.1111/ijd.13910.

Persistent and severe postpartum depression in mothers may be associated with behavioral problems, poor mathematics grades, and a higher risk of depression in their offspring, research published Jan. 31 in JAMA Psychiatry showed.

In the study, Elena Netsi, DPhil, and her associates presented an analysis of data from 9,848 mothers and 8,287 children enrolled in the observational Avon Longitudinal Study of Parents and Children.

This analysis revealed that postpartum depression of any severity or level of persistence was associated with a two- to fourfold increase in the risk of children showing behavioral problems at age 3.5 years. In women with marked but not persistent postpartum depression, the odds ratio for child behavioral disturbance was 1.91, in mothers with severe but not persistent depression it was 2.39, and in mothers with severe persistent depression, the odds ratio was 4.84 – all of which were highly significant (P less than .001).

However, when it came to children’s mathematics grades at age 16 and their risk of depression at age 18, only severe persistent postpartum depression in mothers appeared to have a significant adverse effect, the authors reported.

It was associated with a 2.65-fold increase in the likelihood of a child having mathematics grades of D or below (P = .01), and a more than sevenfold increase in the prevalence of depression in offspring at 18 years (P less than .001). There also was a 2.3-fold increase in depression at 18 years in the children of mothers who experienced marked but not persistent postpartum depression (P = .04).

Dr. Netsi of the department of psychiatry at the University of Oxford (England) and her coauthors noted that, in women with persistent postpartum depression, mean Edinburgh Postpartum Depression Scale scores remained relatively stable, from 21 months to 11 years, suggesting an increased risk for prolonged depression.

“Identification of women with [postpartum depression] may be associated with increased treatment costs, but the overall cost to the public sector of perinatal mental health problems is five times more than the cost of improving services, further highlighting that early intervention and effective treatment of perinatal depression are a public health priority,” they wrote.

However, they acknowledged that there were mixed findings in the literature with respect to the impact on child outcomes of treating maternal depression.

“Treatments for [postpartum depression] have been relatively brief in duration and moderate in intensity; therefore, it is perhaps unsurprising that such interventions have not shown long-term benefits for either the mother or the child,” the investigators wrote.

The Avon Longitudinal Study of Parents and Children is supported by the U.K. Medical Research Council, the Wellcome Trust, and the University of Bristol. This study was supported by the Wellcome Trust, the National Institute for Health Research Biomedical Research Centre, the University of Bristol, and the NIHR Oxford Health Biomedical Research Centre. No conflicts of interest were declared.

SOURCE: Netsi E et al. JAMA Psychiatry. 2018 Jan 31. doi: 10.1001/jamapsychiatry.2017.4363.

Persistent and severe postpartum depression in mothers may be associated with behavioral problems, poor mathematics grades, and a higher risk of depression in their offspring, research published Jan. 31 in JAMA Psychiatry showed.

In the study, Elena Netsi, DPhil, and her associates presented an analysis of data from 9,848 mothers and 8,287 children enrolled in the observational Avon Longitudinal Study of Parents and Children.

This analysis revealed that postpartum depression of any severity or level of persistence was associated with a two- to fourfold increase in the risk of children showing behavioral problems at age 3.5 years. In women with marked but not persistent postpartum depression, the odds ratio for child behavioral disturbance was 1.91, in mothers with severe but not persistent depression it was 2.39, and in mothers with severe persistent depression, the odds ratio was 4.84 – all of which were highly significant (P less than .001).

However, when it came to children’s mathematics grades at age 16 and their risk of depression at age 18, only severe persistent postpartum depression in mothers appeared to have a significant adverse effect, the authors reported.

It was associated with a 2.65-fold increase in the likelihood of a child having mathematics grades of D or below (P = .01), and a more than sevenfold increase in the prevalence of depression in offspring at 18 years (P less than .001). There also was a 2.3-fold increase in depression at 18 years in the children of mothers who experienced marked but not persistent postpartum depression (P = .04).

Dr. Netsi of the department of psychiatry at the University of Oxford (England) and her coauthors noted that, in women with persistent postpartum depression, mean Edinburgh Postpartum Depression Scale scores remained relatively stable, from 21 months to 11 years, suggesting an increased risk for prolonged depression.

“Identification of women with [postpartum depression] may be associated with increased treatment costs, but the overall cost to the public sector of perinatal mental health problems is five times more than the cost of improving services, further highlighting that early intervention and effective treatment of perinatal depression are a public health priority,” they wrote.

However, they acknowledged that there were mixed findings in the literature with respect to the impact on child outcomes of treating maternal depression.

“Treatments for [postpartum depression] have been relatively brief in duration and moderate in intensity; therefore, it is perhaps unsurprising that such interventions have not shown long-term benefits for either the mother or the child,” the investigators wrote.

The Avon Longitudinal Study of Parents and Children is supported by the U.K. Medical Research Council, the Wellcome Trust, and the University of Bristol. This study was supported by the Wellcome Trust, the National Institute for Health Research Biomedical Research Centre, the University of Bristol, and the NIHR Oxford Health Biomedical Research Centre. No conflicts of interest were declared.

SOURCE: Netsi E et al. JAMA Psychiatry. 2018 Jan 31. doi: 10.1001/jamapsychiatry.2017.4363.

Persistent and severe postpartum depression in mothers may be associated with behavioral problems, poor mathematics grades, and a higher risk of depression in their offspring, research published Jan. 31 in JAMA Psychiatry showed.

In the study, Elena Netsi, DPhil, and her associates presented an analysis of data from 9,848 mothers and 8,287 children enrolled in the observational Avon Longitudinal Study of Parents and Children.

This analysis revealed that postpartum depression of any severity or level of persistence was associated with a two- to fourfold increase in the risk of children showing behavioral problems at age 3.5 years. In women with marked but not persistent postpartum depression, the odds ratio for child behavioral disturbance was 1.91, in mothers with severe but not persistent depression it was 2.39, and in mothers with severe persistent depression, the odds ratio was 4.84 – all of which were highly significant (P less than .001).

However, when it came to children’s mathematics grades at age 16 and their risk of depression at age 18, only severe persistent postpartum depression in mothers appeared to have a significant adverse effect, the authors reported.

It was associated with a 2.65-fold increase in the likelihood of a child having mathematics grades of D or below (P = .01), and a more than sevenfold increase in the prevalence of depression in offspring at 18 years (P less than .001). There also was a 2.3-fold increase in depression at 18 years in the children of mothers who experienced marked but not persistent postpartum depression (P = .04).

Dr. Netsi of the department of psychiatry at the University of Oxford (England) and her coauthors noted that, in women with persistent postpartum depression, mean Edinburgh Postpartum Depression Scale scores remained relatively stable, from 21 months to 11 years, suggesting an increased risk for prolonged depression.

“Identification of women with [postpartum depression] may be associated with increased treatment costs, but the overall cost to the public sector of perinatal mental health problems is five times more than the cost of improving services, further highlighting that early intervention and effective treatment of perinatal depression are a public health priority,” they wrote.

However, they acknowledged that there were mixed findings in the literature with respect to the impact on child outcomes of treating maternal depression.

“Treatments for [postpartum depression] have been relatively brief in duration and moderate in intensity; therefore, it is perhaps unsurprising that such interventions have not shown long-term benefits for either the mother or the child,” the investigators wrote.

The Avon Longitudinal Study of Parents and Children is supported by the U.K. Medical Research Council, the Wellcome Trust, and the University of Bristol. This study was supported by the Wellcome Trust, the National Institute for Health Research Biomedical Research Centre, the University of Bristol, and the NIHR Oxford Health Biomedical Research Centre. No conflicts of interest were declared.

SOURCE: Netsi E et al. JAMA Psychiatry. 2018 Jan 31. doi: 10.1001/jamapsychiatry.2017.4363.

A combination of curcumin extracted from the turmeric rhizome and boswellic acid extracted from Indian frankincense root beat placebo for reducing pain-related symptoms from knee osteoarthritis in a 12-week clinical trial from Armenia with 201 patients 40-70 years old.

The combination (Curamin) also beat a standalone curcumin preparation (CuraMed), according to a report in BMC Complementary and Alternative Medicine.

©pixologicstudio/Thinkstock

[email protected]

SOURCE: Haroyan A et al. BMC Complement Altern Med. 2018 Jan 9;18:7. doi: 10.1186/s12906-017-2062-z

A combination of curcumin extracted from the turmeric rhizome and boswellic acid extracted from Indian frankincense root beat placebo for reducing pain-related symptoms from knee osteoarthritis in a 12-week clinical trial from Armenia with 201 patients 40-70 years old.

The combination (Curamin) also beat a standalone curcumin preparation (CuraMed), according to a report in BMC Complementary and Alternative Medicine.

©pixologicstudio/Thinkstock

[email protected]

SOURCE: Haroyan A et al. BMC Complement Altern Med. 2018 Jan 9;18:7. doi: 10.1186/s12906-017-2062-z

A combination of curcumin extracted from the turmeric rhizome and boswellic acid extracted from Indian frankincense root beat placebo for reducing pain-related symptoms from knee osteoarthritis in a 12-week clinical trial from Armenia with 201 patients 40-70 years old.

The combination (Curamin) also beat a standalone curcumin preparation (CuraMed), according to a report in BMC Complementary and Alternative Medicine.

©pixologicstudio/Thinkstock

[email protected]

SOURCE: Haroyan A et al. BMC Complement Altern Med. 2018 Jan 9;18:7. doi: 10.1186/s12906-017-2062-z