Geriatrics

Study Overview

Objective. To evaluate the association between long-term exercise interventions (duration ≥ 1 year) and risks of falls, injurious falls, multiple falls, fractures, hospitalization, and mortality in older adults.

Design. A systematic review of randomized controlled trials (RCTs) with preplanned meta-analysis was conducted to investigate the association between long-term exercise interventions and falls and fall-related adverse outcomes in adults older than 60 years. A literature search using electronic databases, including PubMed, Cochrane Central Register of Controlled Trials, SportDiscus, PsychInfo, and Ageline, was performed between February 20 and March 5, 2018. Studies selected were RCTs with exercise duration of 1 year or longer, where effects of exercise intervention were compared with a comparator group of participants aged 60 years or older. Articles were independently screened, abstracted, and assessed for risk of bias by 2 raters, who resolved divergences in data extraction and synthesis via in-person meetings.

Setting and participants. A total of 46 studies (22,709 participants; median of 203 participants per study) were included in the review and 40 studies (21,868 participants) were included in the meta-analysis. The participants’ mean age was 73.1 ± 7.1 years, and 66.3% (15,054 participants) were women. Studies were mostly conducted in Europe (n = 15), North America (n = 13), and Oceania (n = 10). Multicomponent training involving multiple exercises (eg, aerobic, strength and balance; 29 RCTs) was the most common intervention modality, followed by aerobic (8 RCTs) and strength (5 RCTs) training. Exercise interventions had a mean frequency of 3 times/week, with each session lasting approximately 50 minutes, and were administered at a moderate intensity. The average compliance rate with exercise training was 65%. Comparator groups were often active controls that ranged from attention controls to more intensive interventions.

Main outcome measures. The 6 binary outcomes investigated were fallers who fell at least once, multiple times, or at least twice; fractures; hospitalization; and mortality. Estimates of outcomes were combined using risk ratios (RRs) using DerSimonian and Laird’s random-effects model (Mantel-Haenszel method). Heterogeneity was evaluated using I² statistics, and trials with low rates of compliance (< 30%) with exercise intervention or high attrition (> 40%) were excluded in primary analyses.

Main results. Exercise training significantly reduced the risk of falls by 12% (n = 20 RCTs; 4420 participants; RR, 0.88; 95% confidence interval [CI], 0.79-0.98) and injurious falls by 26% (9 RCTs; 4481 participants; RR, 0.74; 95% CI, 0.62-0.88), and reduced the risk of fractures by 16% (19 RCTs; 8410 participants; RR, 0.84; 95% CI, 0.71-1.00; P = 0.05). Exercise training did not decrease the risk of multiple falls (13 RCTs; 3060 participants; RR, 0.86; 95% CI, 0.68-1.08), hospitalization (12 RCTs; 5639 participants; RR 0.94; 95% CI, 0.80-1.12), or mortality (29 RCTs; 11,441 participants; RR 0.96; 95% CI, 0.85-1.09). Sensitivity analyses yielded similar results, with the exception of the fixed-effect meta-analysis for the risk of fracture that showed a significant effect of long-term exercise training (RR, 0.84; 95% CI, 0.70-1.00; P = 0.047). Meta-regression analysis on mortality and falls suggested that exercise frequency between 2 and 3 times per week was optimal and beneficial.

Conclusion. Long-term exercise training of 1 year or longer in duration is associated with a reduction in falls, injurious falls, and fractures in older adults. Moreover, moderate intensity, multicomponent exercise training performed 2 to 3 times weekly is likely safe and effective in this vulnerable population.

Commentary

Falls are exceedingly common (1 in 3 older Americans fall each year) and are the leading cause of fatal and nonfatal injuries in persons over the age of 65 years.^1,2 While fall prevention is a public health priority and a topic of interest in many research studies, there are important gaps in knowledge regarding optimal strategies to prevent falls and fall-related injuries in this high-risk population. The study reported by de Souto Barreto and colleagues provides new insights to address several of these gaps and may have a significant impact on the clinical practice of fall prevention in geriatric medicine.

Studies show that a single exercise intervention of short- to medium-term duration can prevent falls in community-dwelling older adults.³ However, the effects of long-term exercise training (ie, intervention lasting longer than a year) on fall prevention in this population is less well characterized. This study is the first meta-analysis that aimed to evaluate the potential beneficial impact of long-term exercise training on falls and adverse fall-related outcomes in adults ≥ 60 years of age who are prone to falls. The study’s findings indicate that long-term exercise training reduces the risk of falling by 12%, injurious falls by 26%, and factures by 16%. These results are important in that they add compelling evidence that exercise training of any duration can reduce falls and some fall-related adverse outcomes. Furthermore, the positive effects of long-term exercise training appear to mitigate some of the fatal and nonfatal injuries attributable to falls—the leading cause of such injuries in older adults.

The modality (type) and dose (frequency) of exercise training are important components of “exercise prescription” for older adults. However, there is a lack of research evidence to help clearly define these exercise parameters to better guide development of consensus exercise recommendations for older patients. This gap in knowledge limits the clinicians’ ability to recommend evidence-based treatment regimens to older adults who are at higher risk for falls. Moreover, although exercise programs are rarely associated with serious adverse events, recent findings from the Lifestyle Interventions and Independence for Elders (LIFE) study found a modest and nonstatistically significant association between long-term, moderate-intensity physical activity programs and an increase in hospitalizations and mortality in older adults.^4,5 Taken together, these gaps in knowledge highlight the urgent need to better understand the optimal methods for administering exercise programs in older adults as well as the need for critical appraisals of the benefits and harms associated with long-term exercise training in this vulnerable population.

The results reported by de Souto Barreto and colleagues helped to address these questions. In this study, the authors found that long-term multicomponent training, particularly moderate intensity with balance exercises performed 2 to 3 times a week, appears to be a safe and effective intervention for reducing falls and injurious falls in older adults. Importantly, this type of long-term exercise regimen does not increase hospitalization and mortality, and thus supports the notion that exercise therapy is safe in older adults. Therefore, information gained from this meta-analysis should help to guide clinicians to devise a patient-centered exercise prescription for fall prevention.

The current study was well designed and has a number of strengths. The design of the systematic review and meta-analysis allowed aggregation of data from multiple trials, resulting in a more robust point estimate to evaluate the effects of long-term exercise training on falls and fall-related outcomes that otherwise cannot be achieved with individual trials. In addition, the emphasis on long-term exercise training in older adults in the setting of falls and adverse fall-related outcomes addresses a key area of research that currently lacks a sufficient evidence base. There are also several limitations in this study, primarily due to the nature of its meta-analysis design. For instance, the study populations included in the analysis are highly heterogeneous and range from those with dementia to healthy participants. In addition, long-term exercise training, defined as a duration ≥ 1 year, was arbitrarily established as the minimum period of intervention. Thus, potential important studies that include interventions of significant duration, but less than 1 year, may not have been captured in this analysis.

Applications for Clinical Practice

Falls in older adults are common and may lead to devastating health consequences. The implementation of a long-term, multicomponent, moderate-intensity exercise regimen performed 2 to 3 times weekly can reduce falls and injurious falls in older adults.

—Fred Ko, MD, MS

Study Overview

Objective. To evaluate the association between long-term exercise interventions (duration ≥ 1 year) and risks of falls, injurious falls, multiple falls, fractures, hospitalization, and mortality in older adults.

Design. A systematic review of randomized controlled trials (RCTs) with preplanned meta-analysis was conducted to investigate the association between long-term exercise interventions and falls and fall-related adverse outcomes in adults older than 60 years. A literature search using electronic databases, including PubMed, Cochrane Central Register of Controlled Trials, SportDiscus, PsychInfo, and Ageline, was performed between February 20 and March 5, 2018. Studies selected were RCTs with exercise duration of 1 year or longer, where effects of exercise intervention were compared with a comparator group of participants aged 60 years or older. Articles were independently screened, abstracted, and assessed for risk of bias by 2 raters, who resolved divergences in data extraction and synthesis via in-person meetings.

Setting and participants. A total of 46 studies (22,709 participants; median of 203 participants per study) were included in the review and 40 studies (21,868 participants) were included in the meta-analysis. The participants’ mean age was 73.1 ± 7.1 years, and 66.3% (15,054 participants) were women. Studies were mostly conducted in Europe (n = 15), North America (n = 13), and Oceania (n = 10). Multicomponent training involving multiple exercises (eg, aerobic, strength and balance; 29 RCTs) was the most common intervention modality, followed by aerobic (8 RCTs) and strength (5 RCTs) training. Exercise interventions had a mean frequency of 3 times/week, with each session lasting approximately 50 minutes, and were administered at a moderate intensity. The average compliance rate with exercise training was 65%. Comparator groups were often active controls that ranged from attention controls to more intensive interventions.

Main outcome measures. The 6 binary outcomes investigated were fallers who fell at least once, multiple times, or at least twice; fractures; hospitalization; and mortality. Estimates of outcomes were combined using risk ratios (RRs) using DerSimonian and Laird’s random-effects model (Mantel-Haenszel method). Heterogeneity was evaluated using I² statistics, and trials with low rates of compliance (< 30%) with exercise intervention or high attrition (> 40%) were excluded in primary analyses.

Main results. Exercise training significantly reduced the risk of falls by 12% (n = 20 RCTs; 4420 participants; RR, 0.88; 95% confidence interval [CI], 0.79-0.98) and injurious falls by 26% (9 RCTs; 4481 participants; RR, 0.74; 95% CI, 0.62-0.88), and reduced the risk of fractures by 16% (19 RCTs; 8410 participants; RR, 0.84; 95% CI, 0.71-1.00; P = 0.05). Exercise training did not decrease the risk of multiple falls (13 RCTs; 3060 participants; RR, 0.86; 95% CI, 0.68-1.08), hospitalization (12 RCTs; 5639 participants; RR 0.94; 95% CI, 0.80-1.12), or mortality (29 RCTs; 11,441 participants; RR 0.96; 95% CI, 0.85-1.09). Sensitivity analyses yielded similar results, with the exception of the fixed-effect meta-analysis for the risk of fracture that showed a significant effect of long-term exercise training (RR, 0.84; 95% CI, 0.70-1.00; P = 0.047). Meta-regression analysis on mortality and falls suggested that exercise frequency between 2 and 3 times per week was optimal and beneficial.

Conclusion. Long-term exercise training of 1 year or longer in duration is associated with a reduction in falls, injurious falls, and fractures in older adults. Moreover, moderate intensity, multicomponent exercise training performed 2 to 3 times weekly is likely safe and effective in this vulnerable population.

Commentary

Falls are exceedingly common (1 in 3 older Americans fall each year) and are the leading cause of fatal and nonfatal injuries in persons over the age of 65 years.^1,2 While fall prevention is a public health priority and a topic of interest in many research studies, there are important gaps in knowledge regarding optimal strategies to prevent falls and fall-related injuries in this high-risk population. The study reported by de Souto Barreto and colleagues provides new insights to address several of these gaps and may have a significant impact on the clinical practice of fall prevention in geriatric medicine.

Studies show that a single exercise intervention of short- to medium-term duration can prevent falls in community-dwelling older adults.³ However, the effects of long-term exercise training (ie, intervention lasting longer than a year) on fall prevention in this population is less well characterized. This study is the first meta-analysis that aimed to evaluate the potential beneficial impact of long-term exercise training on falls and adverse fall-related outcomes in adults ≥ 60 years of age who are prone to falls. The study’s findings indicate that long-term exercise training reduces the risk of falling by 12%, injurious falls by 26%, and factures by 16%. These results are important in that they add compelling evidence that exercise training of any duration can reduce falls and some fall-related adverse outcomes. Furthermore, the positive effects of long-term exercise training appear to mitigate some of the fatal and nonfatal injuries attributable to falls—the leading cause of such injuries in older adults.

The modality (type) and dose (frequency) of exercise training are important components of “exercise prescription” for older adults. However, there is a lack of research evidence to help clearly define these exercise parameters to better guide development of consensus exercise recommendations for older patients. This gap in knowledge limits the clinicians’ ability to recommend evidence-based treatment regimens to older adults who are at higher risk for falls. Moreover, although exercise programs are rarely associated with serious adverse events, recent findings from the Lifestyle Interventions and Independence for Elders (LIFE) study found a modest and nonstatistically significant association between long-term, moderate-intensity physical activity programs and an increase in hospitalizations and mortality in older adults.^4,5 Taken together, these gaps in knowledge highlight the urgent need to better understand the optimal methods for administering exercise programs in older adults as well as the need for critical appraisals of the benefits and harms associated with long-term exercise training in this vulnerable population.

The results reported by de Souto Barreto and colleagues helped to address these questions. In this study, the authors found that long-term multicomponent training, particularly moderate intensity with balance exercises performed 2 to 3 times a week, appears to be a safe and effective intervention for reducing falls and injurious falls in older adults. Importantly, this type of long-term exercise regimen does not increase hospitalization and mortality, and thus supports the notion that exercise therapy is safe in older adults. Therefore, information gained from this meta-analysis should help to guide clinicians to devise a patient-centered exercise prescription for fall prevention.

The current study was well designed and has a number of strengths. The design of the systematic review and meta-analysis allowed aggregation of data from multiple trials, resulting in a more robust point estimate to evaluate the effects of long-term exercise training on falls and fall-related outcomes that otherwise cannot be achieved with individual trials. In addition, the emphasis on long-term exercise training in older adults in the setting of falls and adverse fall-related outcomes addresses a key area of research that currently lacks a sufficient evidence base. There are also several limitations in this study, primarily due to the nature of its meta-analysis design. For instance, the study populations included in the analysis are highly heterogeneous and range from those with dementia to healthy participants. In addition, long-term exercise training, defined as a duration ≥ 1 year, was arbitrarily established as the minimum period of intervention. Thus, potential important studies that include interventions of significant duration, but less than 1 year, may not have been captured in this analysis.

Applications for Clinical Practice

Falls in older adults are common and may lead to devastating health consequences. The implementation of a long-term, multicomponent, moderate-intensity exercise regimen performed 2 to 3 times weekly can reduce falls and injurious falls in older adults.

—Fred Ko, MD, MS

Study Overview

Objective. To evaluate the association between long-term exercise interventions (duration ≥ 1 year) and risks of falls, injurious falls, multiple falls, fractures, hospitalization, and mortality in older adults.

Design. A systematic review of randomized controlled trials (RCTs) with preplanned meta-analysis was conducted to investigate the association between long-term exercise interventions and falls and fall-related adverse outcomes in adults older than 60 years. A literature search using electronic databases, including PubMed, Cochrane Central Register of Controlled Trials, SportDiscus, PsychInfo, and Ageline, was performed between February 20 and March 5, 2018. Studies selected were RCTs with exercise duration of 1 year or longer, where effects of exercise intervention were compared with a comparator group of participants aged 60 years or older. Articles were independently screened, abstracted, and assessed for risk of bias by 2 raters, who resolved divergences in data extraction and synthesis via in-person meetings.

Setting and participants. A total of 46 studies (22,709 participants; median of 203 participants per study) were included in the review and 40 studies (21,868 participants) were included in the meta-analysis. The participants’ mean age was 73.1 ± 7.1 years, and 66.3% (15,054 participants) were women. Studies were mostly conducted in Europe (n = 15), North America (n = 13), and Oceania (n = 10). Multicomponent training involving multiple exercises (eg, aerobic, strength and balance; 29 RCTs) was the most common intervention modality, followed by aerobic (8 RCTs) and strength (5 RCTs) training. Exercise interventions had a mean frequency of 3 times/week, with each session lasting approximately 50 minutes, and were administered at a moderate intensity. The average compliance rate with exercise training was 65%. Comparator groups were often active controls that ranged from attention controls to more intensive interventions.

Main outcome measures. The 6 binary outcomes investigated were fallers who fell at least once, multiple times, or at least twice; fractures; hospitalization; and mortality. Estimates of outcomes were combined using risk ratios (RRs) using DerSimonian and Laird’s random-effects model (Mantel-Haenszel method). Heterogeneity was evaluated using I² statistics, and trials with low rates of compliance (< 30%) with exercise intervention or high attrition (> 40%) were excluded in primary analyses.

Main results. Exercise training significantly reduced the risk of falls by 12% (n = 20 RCTs; 4420 participants; RR, 0.88; 95% confidence interval [CI], 0.79-0.98) and injurious falls by 26% (9 RCTs; 4481 participants; RR, 0.74; 95% CI, 0.62-0.88), and reduced the risk of fractures by 16% (19 RCTs; 8410 participants; RR, 0.84; 95% CI, 0.71-1.00; P = 0.05). Exercise training did not decrease the risk of multiple falls (13 RCTs; 3060 participants; RR, 0.86; 95% CI, 0.68-1.08), hospitalization (12 RCTs; 5639 participants; RR 0.94; 95% CI, 0.80-1.12), or mortality (29 RCTs; 11,441 participants; RR 0.96; 95% CI, 0.85-1.09). Sensitivity analyses yielded similar results, with the exception of the fixed-effect meta-analysis for the risk of fracture that showed a significant effect of long-term exercise training (RR, 0.84; 95% CI, 0.70-1.00; P = 0.047). Meta-regression analysis on mortality and falls suggested that exercise frequency between 2 and 3 times per week was optimal and beneficial.

Conclusion. Long-term exercise training of 1 year or longer in duration is associated with a reduction in falls, injurious falls, and fractures in older adults. Moreover, moderate intensity, multicomponent exercise training performed 2 to 3 times weekly is likely safe and effective in this vulnerable population.

Commentary

Falls are exceedingly common (1 in 3 older Americans fall each year) and are the leading cause of fatal and nonfatal injuries in persons over the age of 65 years.^1,2 While fall prevention is a public health priority and a topic of interest in many research studies, there are important gaps in knowledge regarding optimal strategies to prevent falls and fall-related injuries in this high-risk population. The study reported by de Souto Barreto and colleagues provides new insights to address several of these gaps and may have a significant impact on the clinical practice of fall prevention in geriatric medicine.

Studies show that a single exercise intervention of short- to medium-term duration can prevent falls in community-dwelling older adults.³ However, the effects of long-term exercise training (ie, intervention lasting longer than a year) on fall prevention in this population is less well characterized. This study is the first meta-analysis that aimed to evaluate the potential beneficial impact of long-term exercise training on falls and adverse fall-related outcomes in adults ≥ 60 years of age who are prone to falls. The study’s findings indicate that long-term exercise training reduces the risk of falling by 12%, injurious falls by 26%, and factures by 16%. These results are important in that they add compelling evidence that exercise training of any duration can reduce falls and some fall-related adverse outcomes. Furthermore, the positive effects of long-term exercise training appear to mitigate some of the fatal and nonfatal injuries attributable to falls—the leading cause of such injuries in older adults.

The modality (type) and dose (frequency) of exercise training are important components of “exercise prescription” for older adults. However, there is a lack of research evidence to help clearly define these exercise parameters to better guide development of consensus exercise recommendations for older patients. This gap in knowledge limits the clinicians’ ability to recommend evidence-based treatment regimens to older adults who are at higher risk for falls. Moreover, although exercise programs are rarely associated with serious adverse events, recent findings from the Lifestyle Interventions and Independence for Elders (LIFE) study found a modest and nonstatistically significant association between long-term, moderate-intensity physical activity programs and an increase in hospitalizations and mortality in older adults.^4,5 Taken together, these gaps in knowledge highlight the urgent need to better understand the optimal methods for administering exercise programs in older adults as well as the need for critical appraisals of the benefits and harms associated with long-term exercise training in this vulnerable population.

The results reported by de Souto Barreto and colleagues helped to address these questions. In this study, the authors found that long-term multicomponent training, particularly moderate intensity with balance exercises performed 2 to 3 times a week, appears to be a safe and effective intervention for reducing falls and injurious falls in older adults. Importantly, this type of long-term exercise regimen does not increase hospitalization and mortality, and thus supports the notion that exercise therapy is safe in older adults. Therefore, information gained from this meta-analysis should help to guide clinicians to devise a patient-centered exercise prescription for fall prevention.

The current study was well designed and has a number of strengths. The design of the systematic review and meta-analysis allowed aggregation of data from multiple trials, resulting in a more robust point estimate to evaluate the effects of long-term exercise training on falls and fall-related outcomes that otherwise cannot be achieved with individual trials. In addition, the emphasis on long-term exercise training in older adults in the setting of falls and adverse fall-related outcomes addresses a key area of research that currently lacks a sufficient evidence base. There are also several limitations in this study, primarily due to the nature of its meta-analysis design. For instance, the study populations included in the analysis are highly heterogeneous and range from those with dementia to healthy participants. In addition, long-term exercise training, defined as a duration ≥ 1 year, was arbitrarily established as the minimum period of intervention. Thus, potential important studies that include interventions of significant duration, but less than 1 year, may not have been captured in this analysis.

Applications for Clinical Practice

Falls in older adults are common and may lead to devastating health consequences. The implementation of a long-term, multicomponent, moderate-intensity exercise regimen performed 2 to 3 times weekly can reduce falls and injurious falls in older adults.

—Fred Ko, MD, MS

Diabetes management in adults aged 65 years and older involves special considerations, because the effects of aging on metabolic regulation can exacerbate the disease and accelerate the development of common complications, according to a new guideline on diabetes care for older adults issued by the Endocrine Society.

“The prevalence of diabetes in the United States is projected to increase dramatically during the next 3 decades as the population ages, the numbers of higher-risk minority groups increase, and people with diabetes live longer because of decreasing rates of cardiovascular deaths,” wrote Derek LeRoith, MD, of Icahn School of Medicine at Mount Sinai, New York, and his writing committee colleagues. They said their goal was to provide health care providers with guidance for the management of type 1 or type 2 diabetes in older patients, with a focus on simplifying medication regimens and management strategies to avoid “unnecessary and/or harmful adverse effects.”

The guideline, published in the Journal of Clinical Endocrinology & Metabolism, is based mainly on evidence from controlled trials in two systematic reviews that specifically focused on adults aged 65 years and older. The guideline addresses six areas of consideration for this patient population:

• Role of the endocrinologist and diabetes care specialist.
• Screening for diabetes and prediabetes, and diabetes prevention.
• Assessment of older patients with diabetes.
• Treatment of hyperglycemia.
• Treating complications of diabetes.
• Special settings and populations.

Partnerships and screening

The guideline recommends that primary care providers partner with an endocrinologist or diabetes specialist in the care of patients aged 65 and older with newly diagnosed diabetes, and that the specialist take primary responsibility for diabetes care of patients with type 1 diabetes or those who need more complex intervention to achieve treatment goals.

Screening for diabetes in adults aged 65 years and older using fasting plasma glucose and/or hemoglobin A_1c should occur every 2 years, but that schedule should be adjusted based on shared decision making with the patient, the committee said. Providers are advised to assess the patient’s overall health and personal values before settling on treatment goals and strategies. The writing group also recommends periodic cognitive screening and that medication regimens be simplified as much as possible.
 

Tackling hyperglycemia

For treatment of hyperglycemia, the guideline recommends outpatient strategies to minimize hypoglycemia and periodic or continuous glucose monitoring. The strategies include lifestyle modifications as a first-line intervention for ambulatory patients, as well as nutritional assessment. A high-protein diet is recommended for older patients with frailty, but no restrictions on diet are advised for patients who cannot meet glycemic targets with lifestyle modification and who are at risk for malnutrition.

Metformin is the first-choice recommendation for patients with diabetes aged 65 and older who need medical management in addition to lifestyle modification, but it is not recommended for individuals with impaired kidney function or gastrointestinal intolerance, according to the guideline. Oral and injectable drugs and/or insulin are recommended if metformin and lifestyle changes are insufficient to meet glycemic targets, the writers noted.
 

Managing complications

Hypertension is among the diabetes-related complications that need to be managed in older adults, and the guideline recommends a target blood pressure of 140/90 mm Hg, but other targets – based on patient-provider shared decision making – may be considered for patients in high-risk groups.

The guideline calls for management of hyperlipidemia with statin therapy and “use of an annual lipid profile to achieve the recommended levels for reducing absolute cardiovascular disease events and all-cause mortality.” The committee does not specify low-density lipoprotein cholesterol targets because of insufficient evidence, but recommends alternative treatments, including ezetimibe or proprotein convertase subtilisin/kexin type 9 inhibitors, if statin therapy is not enough to help the patients meet goals. The writers also advocate fish oil and/or fenofibrate for patients with fasting triglycerides of more than 500 mg/dL.

To manage congestive heart failure in older patients with diabetes, the guideline recommends following standard clinical practice guidelines for the condition, and cautious use of oral hypoglycemic agents, including glinides, rosiglitazone, pioglitazone, and dipeptidyl peptidase–4 inhibitors. The writers noted that low-dose aspirin is recommended for patients with diabetes with a history of atherosclerotic cardiovascular disease.

The committee also recommends an annual comprehensive eye exam for patients with diabetes aged 65 years and older to identify retinal disease and suggests that actions, such as physical therapy and reduced use of sedatives, be taken to minimize the risk of falls in patients with neuropathy or problems with balance and gait.

Older patients with diabetes also should be screened annually for chronic kidney disease, and the dosage of diabetes medications should be adjusted to minimize side effects in patients with kidney problems.
 

Tailoring care to setting

Finally, the guideline addresses special settings and populations, including managing diabetes in hospitals or nursing homes, or in patients who are transitioning to homes or long-term care facilities. Recommendations in this category include simplifying medications for older adults with terminal illness or severe comorbidities, as well as setting glycemic targets as part of a hospital discharge plan.

“The most important aspect of successful transition is effective, detailed, and thorough bidirectional communication between the discharging and receiving teams of health care providers,” the writers emphasized.

The guideline is cosponsored by the European Society of Endocrinology, the Gerontological Society of America, and the Obesity Society. The chair of the committee had no relevant financial conflicts to disclose, and at least 50% of the committee members were free of relevant conflicts of interest.

SOURCE: LeRoith D et al. J Clin Endocrinol Metab. 2019;104:1520-74.

Diabetes management in adults aged 65 years and older involves special considerations, because the effects of aging on metabolic regulation can exacerbate the disease and accelerate the development of common complications, according to a new guideline on diabetes care for older adults issued by the Endocrine Society.

“The prevalence of diabetes in the United States is projected to increase dramatically during the next 3 decades as the population ages, the numbers of higher-risk minority groups increase, and people with diabetes live longer because of decreasing rates of cardiovascular deaths,” wrote Derek LeRoith, MD, of Icahn School of Medicine at Mount Sinai, New York, and his writing committee colleagues. They said their goal was to provide health care providers with guidance for the management of type 1 or type 2 diabetes in older patients, with a focus on simplifying medication regimens and management strategies to avoid “unnecessary and/or harmful adverse effects.”

The guideline, published in the Journal of Clinical Endocrinology & Metabolism, is based mainly on evidence from controlled trials in two systematic reviews that specifically focused on adults aged 65 years and older. The guideline addresses six areas of consideration for this patient population:

• Role of the endocrinologist and diabetes care specialist.
• Screening for diabetes and prediabetes, and diabetes prevention.
• Assessment of older patients with diabetes.
• Treatment of hyperglycemia.
• Treating complications of diabetes.
• Special settings and populations.

Partnerships and screening

The guideline recommends that primary care providers partner with an endocrinologist or diabetes specialist in the care of patients aged 65 and older with newly diagnosed diabetes, and that the specialist take primary responsibility for diabetes care of patients with type 1 diabetes or those who need more complex intervention to achieve treatment goals.

Screening for diabetes in adults aged 65 years and older using fasting plasma glucose and/or hemoglobin A_1c should occur every 2 years, but that schedule should be adjusted based on shared decision making with the patient, the committee said. Providers are advised to assess the patient’s overall health and personal values before settling on treatment goals and strategies. The writing group also recommends periodic cognitive screening and that medication regimens be simplified as much as possible.
 

Tackling hyperglycemia

For treatment of hyperglycemia, the guideline recommends outpatient strategies to minimize hypoglycemia and periodic or continuous glucose monitoring. The strategies include lifestyle modifications as a first-line intervention for ambulatory patients, as well as nutritional assessment. A high-protein diet is recommended for older patients with frailty, but no restrictions on diet are advised for patients who cannot meet glycemic targets with lifestyle modification and who are at risk for malnutrition.

Metformin is the first-choice recommendation for patients with diabetes aged 65 and older who need medical management in addition to lifestyle modification, but it is not recommended for individuals with impaired kidney function or gastrointestinal intolerance, according to the guideline. Oral and injectable drugs and/or insulin are recommended if metformin and lifestyle changes are insufficient to meet glycemic targets, the writers noted.
 

Managing complications

Hypertension is among the diabetes-related complications that need to be managed in older adults, and the guideline recommends a target blood pressure of 140/90 mm Hg, but other targets – based on patient-provider shared decision making – may be considered for patients in high-risk groups.

The guideline calls for management of hyperlipidemia with statin therapy and “use of an annual lipid profile to achieve the recommended levels for reducing absolute cardiovascular disease events and all-cause mortality.” The committee does not specify low-density lipoprotein cholesterol targets because of insufficient evidence, but recommends alternative treatments, including ezetimibe or proprotein convertase subtilisin/kexin type 9 inhibitors, if statin therapy is not enough to help the patients meet goals. The writers also advocate fish oil and/or fenofibrate for patients with fasting triglycerides of more than 500 mg/dL.

To manage congestive heart failure in older patients with diabetes, the guideline recommends following standard clinical practice guidelines for the condition, and cautious use of oral hypoglycemic agents, including glinides, rosiglitazone, pioglitazone, and dipeptidyl peptidase–4 inhibitors. The writers noted that low-dose aspirin is recommended for patients with diabetes with a history of atherosclerotic cardiovascular disease.

The committee also recommends an annual comprehensive eye exam for patients with diabetes aged 65 years and older to identify retinal disease and suggests that actions, such as physical therapy and reduced use of sedatives, be taken to minimize the risk of falls in patients with neuropathy or problems with balance and gait.

Older patients with diabetes also should be screened annually for chronic kidney disease, and the dosage of diabetes medications should be adjusted to minimize side effects in patients with kidney problems.
 

Tailoring care to setting

Finally, the guideline addresses special settings and populations, including managing diabetes in hospitals or nursing homes, or in patients who are transitioning to homes or long-term care facilities. Recommendations in this category include simplifying medications for older adults with terminal illness or severe comorbidities, as well as setting glycemic targets as part of a hospital discharge plan.

“The most important aspect of successful transition is effective, detailed, and thorough bidirectional communication between the discharging and receiving teams of health care providers,” the writers emphasized.

The guideline is cosponsored by the European Society of Endocrinology, the Gerontological Society of America, and the Obesity Society. The chair of the committee had no relevant financial conflicts to disclose, and at least 50% of the committee members were free of relevant conflicts of interest.

SOURCE: LeRoith D et al. J Clin Endocrinol Metab. 2019;104:1520-74.

Diabetes management in adults aged 65 years and older involves special considerations, because the effects of aging on metabolic regulation can exacerbate the disease and accelerate the development of common complications, according to a new guideline on diabetes care for older adults issued by the Endocrine Society.

“The prevalence of diabetes in the United States is projected to increase dramatically during the next 3 decades as the population ages, the numbers of higher-risk minority groups increase, and people with diabetes live longer because of decreasing rates of cardiovascular deaths,” wrote Derek LeRoith, MD, of Icahn School of Medicine at Mount Sinai, New York, and his writing committee colleagues. They said their goal was to provide health care providers with guidance for the management of type 1 or type 2 diabetes in older patients, with a focus on simplifying medication regimens and management strategies to avoid “unnecessary and/or harmful adverse effects.”

The guideline, published in the Journal of Clinical Endocrinology & Metabolism, is based mainly on evidence from controlled trials in two systematic reviews that specifically focused on adults aged 65 years and older. The guideline addresses six areas of consideration for this patient population:

• Role of the endocrinologist and diabetes care specialist.
• Screening for diabetes and prediabetes, and diabetes prevention.
• Assessment of older patients with diabetes.
• Treatment of hyperglycemia.
• Treating complications of diabetes.
• Special settings and populations.

Partnerships and screening

The guideline recommends that primary care providers partner with an endocrinologist or diabetes specialist in the care of patients aged 65 and older with newly diagnosed diabetes, and that the specialist take primary responsibility for diabetes care of patients with type 1 diabetes or those who need more complex intervention to achieve treatment goals.

Screening for diabetes in adults aged 65 years and older using fasting plasma glucose and/or hemoglobin A_1c should occur every 2 years, but that schedule should be adjusted based on shared decision making with the patient, the committee said. Providers are advised to assess the patient’s overall health and personal values before settling on treatment goals and strategies. The writing group also recommends periodic cognitive screening and that medication regimens be simplified as much as possible.
 

Tackling hyperglycemia

For treatment of hyperglycemia, the guideline recommends outpatient strategies to minimize hypoglycemia and periodic or continuous glucose monitoring. The strategies include lifestyle modifications as a first-line intervention for ambulatory patients, as well as nutritional assessment. A high-protein diet is recommended for older patients with frailty, but no restrictions on diet are advised for patients who cannot meet glycemic targets with lifestyle modification and who are at risk for malnutrition.

Metformin is the first-choice recommendation for patients with diabetes aged 65 and older who need medical management in addition to lifestyle modification, but it is not recommended for individuals with impaired kidney function or gastrointestinal intolerance, according to the guideline. Oral and injectable drugs and/or insulin are recommended if metformin and lifestyle changes are insufficient to meet glycemic targets, the writers noted.
 

Managing complications

Hypertension is among the diabetes-related complications that need to be managed in older adults, and the guideline recommends a target blood pressure of 140/90 mm Hg, but other targets – based on patient-provider shared decision making – may be considered for patients in high-risk groups.

The guideline calls for management of hyperlipidemia with statin therapy and “use of an annual lipid profile to achieve the recommended levels for reducing absolute cardiovascular disease events and all-cause mortality.” The committee does not specify low-density lipoprotein cholesterol targets because of insufficient evidence, but recommends alternative treatments, including ezetimibe or proprotein convertase subtilisin/kexin type 9 inhibitors, if statin therapy is not enough to help the patients meet goals. The writers also advocate fish oil and/or fenofibrate for patients with fasting triglycerides of more than 500 mg/dL.

To manage congestive heart failure in older patients with diabetes, the guideline recommends following standard clinical practice guidelines for the condition, and cautious use of oral hypoglycemic agents, including glinides, rosiglitazone, pioglitazone, and dipeptidyl peptidase–4 inhibitors. The writers noted that low-dose aspirin is recommended for patients with diabetes with a history of atherosclerotic cardiovascular disease.

The committee also recommends an annual comprehensive eye exam for patients with diabetes aged 65 years and older to identify retinal disease and suggests that actions, such as physical therapy and reduced use of sedatives, be taken to minimize the risk of falls in patients with neuropathy or problems with balance and gait.

Older patients with diabetes also should be screened annually for chronic kidney disease, and the dosage of diabetes medications should be adjusted to minimize side effects in patients with kidney problems.
 

Tailoring care to setting

Finally, the guideline addresses special settings and populations, including managing diabetes in hospitals or nursing homes, or in patients who are transitioning to homes or long-term care facilities. Recommendations in this category include simplifying medications for older adults with terminal illness or severe comorbidities, as well as setting glycemic targets as part of a hospital discharge plan.

“The most important aspect of successful transition is effective, detailed, and thorough bidirectional communication between the discharging and receiving teams of health care providers,” the writers emphasized.

The guideline is cosponsored by the European Society of Endocrinology, the Gerontological Society of America, and the Obesity Society. The chair of the committee had no relevant financial conflicts to disclose, and at least 50% of the committee members were free of relevant conflicts of interest.

SOURCE: LeRoith D et al. J Clin Endocrinol Metab. 2019;104:1520-74.

Mental health comorbidities increase the rates of opioid use and mortality among breast cancer survivors on endocrine therapy, based on a retrospective study of more than 10,000 patients in a Medicare-linked database.

Screen for mental health conditions in the early stages of cancer care and lean toward opioid alternatives for pain management, advised lead author Raj Desai, MS, of the University of Florida, Gainesville, and colleagues.

“The complex relationship among breast cancer, mental health problems, and the use of opioids is not well understood, despite the high prevalence of mental health comorbidities like depression and anxiety in breast cancer survivors, and the high rate of opioid use in those on AET [adjuvant endocrine therapy],” the investigators wrote in the Journal of Oncology Practice.

“Therefore, this study aimed to determine whether breast cancer survivors with varying levels of mental health comorbidities, such as depression and anxiety, are more likely to use opioids for AET-related pain,” they added.

The study involved 10,452 breast cancer survivors who first filled an AET prescription from 2006 to 2012 and had follow-up records available for at least 2 years. All patients had a diagnosis of incident, primary, hormone receptor–positive, stage I-III breast cancer. Data were drawn from the Surveillance, Epidemiology, and End Results–Medicare linked database. Records were evaluated for diagnoses of mental health conditions such as depression and anxiety, opioid use, and survival.

Analysis showed that the most common mental health conditions were depression and anxiety, diagnosed in 554 and 246 women, respectively. Patients with mental health comorbidities were compared with patients who did not have such problems, using both unmatched and matched cohorts. While unmatched comparison for opioid use was not statistically significant, matched comparison showed that survivors with mental health comorbidities were 33% more likely to use opioids than those without mental health comorbidities (95% confidence interval, 1.06-1.68). Similarly, greater adjusted probabilities of opioid use were reported in the mental health comorbidity cohort (72.5% vs. 66.9%; P = .01).

Concerning survival, unmatched comparison revealed a 44% higher risk of death among women with depression and a 32% increase associated with anxiety. Matched comparison showed an even higher increased risk of mortality among women with any mental health comorbidity (49%; P less than .05).

The investigators concluded that opioid use among breast cancer survivors with mental health comorbidities “remains a significant problem.”

“A need exists for collaborative care in the management of mental health comorbidities in women with breast cancer, which could improve symptoms, adherence to treatment, and recovery from these mental conditions,” the investigators wrote. “Mental health treatments also are recommended to be offered in primary care, which not only would be convenient for patients, but also would reduce the stigma associated with treatments for mental health comorbidities and improve the patient-provider relationship.”

The investigators reported financial relationships with Merck.

SOURCE: Desai R et al. J Oncol Pract. 2019 Jul 19. doi: 10.1200/JOP.18.00781.

Mental health comorbidities increase the rates of opioid use and mortality among breast cancer survivors on endocrine therapy, based on a retrospective study of more than 10,000 patients in a Medicare-linked database.

Screen for mental health conditions in the early stages of cancer care and lean toward opioid alternatives for pain management, advised lead author Raj Desai, MS, of the University of Florida, Gainesville, and colleagues.

“The complex relationship among breast cancer, mental health problems, and the use of opioids is not well understood, despite the high prevalence of mental health comorbidities like depression and anxiety in breast cancer survivors, and the high rate of opioid use in those on AET [adjuvant endocrine therapy],” the investigators wrote in the Journal of Oncology Practice.

“Therefore, this study aimed to determine whether breast cancer survivors with varying levels of mental health comorbidities, such as depression and anxiety, are more likely to use opioids for AET-related pain,” they added.

The study involved 10,452 breast cancer survivors who first filled an AET prescription from 2006 to 2012 and had follow-up records available for at least 2 years. All patients had a diagnosis of incident, primary, hormone receptor–positive, stage I-III breast cancer. Data were drawn from the Surveillance, Epidemiology, and End Results–Medicare linked database. Records were evaluated for diagnoses of mental health conditions such as depression and anxiety, opioid use, and survival.

Analysis showed that the most common mental health conditions were depression and anxiety, diagnosed in 554 and 246 women, respectively. Patients with mental health comorbidities were compared with patients who did not have such problems, using both unmatched and matched cohorts. While unmatched comparison for opioid use was not statistically significant, matched comparison showed that survivors with mental health comorbidities were 33% more likely to use opioids than those without mental health comorbidities (95% confidence interval, 1.06-1.68). Similarly, greater adjusted probabilities of opioid use were reported in the mental health comorbidity cohort (72.5% vs. 66.9%; P = .01).

Concerning survival, unmatched comparison revealed a 44% higher risk of death among women with depression and a 32% increase associated with anxiety. Matched comparison showed an even higher increased risk of mortality among women with any mental health comorbidity (49%; P less than .05).

The investigators concluded that opioid use among breast cancer survivors with mental health comorbidities “remains a significant problem.”

“A need exists for collaborative care in the management of mental health comorbidities in women with breast cancer, which could improve symptoms, adherence to treatment, and recovery from these mental conditions,” the investigators wrote. “Mental health treatments also are recommended to be offered in primary care, which not only would be convenient for patients, but also would reduce the stigma associated with treatments for mental health comorbidities and improve the patient-provider relationship.”

The investigators reported financial relationships with Merck.

SOURCE: Desai R et al. J Oncol Pract. 2019 Jul 19. doi: 10.1200/JOP.18.00781.

Mental health comorbidities increase the rates of opioid use and mortality among breast cancer survivors on endocrine therapy, based on a retrospective study of more than 10,000 patients in a Medicare-linked database.

Screen for mental health conditions in the early stages of cancer care and lean toward opioid alternatives for pain management, advised lead author Raj Desai, MS, of the University of Florida, Gainesville, and colleagues.

“The complex relationship among breast cancer, mental health problems, and the use of opioids is not well understood, despite the high prevalence of mental health comorbidities like depression and anxiety in breast cancer survivors, and the high rate of opioid use in those on AET [adjuvant endocrine therapy],” the investigators wrote in the Journal of Oncology Practice.

“Therefore, this study aimed to determine whether breast cancer survivors with varying levels of mental health comorbidities, such as depression and anxiety, are more likely to use opioids for AET-related pain,” they added.

The study involved 10,452 breast cancer survivors who first filled an AET prescription from 2006 to 2012 and had follow-up records available for at least 2 years. All patients had a diagnosis of incident, primary, hormone receptor–positive, stage I-III breast cancer. Data were drawn from the Surveillance, Epidemiology, and End Results–Medicare linked database. Records were evaluated for diagnoses of mental health conditions such as depression and anxiety, opioid use, and survival.

Analysis showed that the most common mental health conditions were depression and anxiety, diagnosed in 554 and 246 women, respectively. Patients with mental health comorbidities were compared with patients who did not have such problems, using both unmatched and matched cohorts. While unmatched comparison for opioid use was not statistically significant, matched comparison showed that survivors with mental health comorbidities were 33% more likely to use opioids than those without mental health comorbidities (95% confidence interval, 1.06-1.68). Similarly, greater adjusted probabilities of opioid use were reported in the mental health comorbidity cohort (72.5% vs. 66.9%; P = .01).

Concerning survival, unmatched comparison revealed a 44% higher risk of death among women with depression and a 32% increase associated with anxiety. Matched comparison showed an even higher increased risk of mortality among women with any mental health comorbidity (49%; P less than .05).

The investigators concluded that opioid use among breast cancer survivors with mental health comorbidities “remains a significant problem.”

“A need exists for collaborative care in the management of mental health comorbidities in women with breast cancer, which could improve symptoms, adherence to treatment, and recovery from these mental conditions,” the investigators wrote. “Mental health treatments also are recommended to be offered in primary care, which not only would be convenient for patients, but also would reduce the stigma associated with treatments for mental health comorbidities and improve the patient-provider relationship.”

The investigators reported financial relationships with Merck.

SOURCE: Desai R et al. J Oncol Pract. 2019 Jul 19. doi: 10.1200/JOP.18.00781.

LOS ANGELES – Estrogen therapy may have scored another goal in its comeback game, as a 7-year prospective study shows that a transdermal formulation preserves some measures of cognitive function and brain architecture in postmenopausal women.

JackF/thinkstockphotos.com

In addition to performing better on subjective tests of memory, women using the estrogen patch experienced less cortical atrophy and were less likely to show amyloid on brain imaging. The observations were moderately associated with the improved sleep these women reported, Burcu Zeydan, MD, said at the Alzheimer’s Association International Conference.

“By 7 years, among the cognitive domains studied ... [less brain and cognitive change] correlated with lower global sleep score, meaning better sleep quality in the estradiol group,” said Dr. Zeydan, assistant professor of radiology at the Mayo Clinic in Rochester, Minn. “We previously found that preservation of dorsolateral prefrontal cortex over 7 years was associated with lower cortical beta-amyloid deposition on PET only in the estradiol group, pointing out the potential role of estrogen receptors in modulating this relationship.”

Dysregulated sleep is more common among women than men, particularly as menopause approaches and estrogen levels fluctuate, then decline, Dr. Zeydan said.

Dr. Zeydan reported the sleep substudy of KEEPS (the Kronos Early Estrogen Prevention Study), a randomized, double-blind, placebo-controlled, multisite trial that compared oral conjugated equine estrogen with transdermal estradiol. A control group received oral placebo and a placebo patch.*

Brain architecture was similar between the placebo and transdermal groups, but it was actually worse in some measures in the oral-estrogen group, compared with the placebo group. Women taking oral estrogen had more white matter hyperintensities, greater ventricle enlargement, and more cortical thinning. Those differences resolved after they stopped taking the oral formulation, bringing them into line with the transdermal and placebo groups.

The investigation also found that the transdermal group showed lower cerebral amyloid binding on PET scans relative to both placebo and oral estrogen.

“The relative preservation of dorsolateral prefrontal cortical volume in the [transdermal estradiol] group over 7 years indicates that hormone therapy may have long-term effects on the brain,” the team concluded. They noted that the original KEEPS study didn’t find any cognitive correlation with these changes.

The subanalysis looked at 69 women of the KEEPS cohort who had been followed for the full 7 years (4 years on treatment and 3 years off treatment). They were randomized to oral placebo and a placebo patch,* oral conjugated equine estrogen (0.45 mg/day), or transdermal estradiol (50 mcg/day). Participants in the active treatment groups received oral micronized progesterone 12 days each month. All had complete data on cognitive testing and brain imaging. Sleep quality was measured by the Pittsburgh Sleep Quality Index. Dr. Zeydan compared cognition and brain architecture findings in relation to the sleep score; lower scores mean better sleep.

The women were aged 42-58 years at baseline, and within 36 months from menopause. They had no history of menopausal hormone therapy or cardiovascular disease.

The investigators were particularly interested in how estrogen might have modulated the disturbed sleep patterns that often accompany perimenopause and early menopause, and whether the observed brain and cognitive changes tracked with sleep quality.

“During this time, 40% to 60% of women report problems sleeping, and estrogen decline seems to play an important role in sleep disturbances during this phase,” Dr. Zeydan said. “Although poor sleep quality is common in recently menopausal women, sleep quality improves with hormone therapy, as was previously demonstrated in KEEPS hormone therapy trial in recently menopausal women.”

By year 7, the cohort’s mean age was 61 years. The majority had at least some college education. The percentage who carried an apolipoprotein E epsilon-4 allele varied by group, with 15% positivity in the oral group, 48% in the transdermal group, and 16% in the placebo group.


Cognitive function was estimated with a global cognitive measure and four cognitive domain scores: verbal learning and memory, auditory attention and working memory, visual attention and executive function, and mental flexibility.

Higher attention and executive function scores were moderately correlated with a lower sleep score in the transdermal group (r = –0.54, a significant difference compared with the oral formulation). Lower sleep scores also showed a moderate correlation with preserved cortical volume of the dorsolateral prefrontal region (r = –0.47, also significantly different from the oral group).

Lower brain amyloid also positively correlated with better sleep. The correlation between sleep and global amyloid burden in the transdermal group was also moderate (r = 0.45), while the correlation in the oral group was significantly weaker (r = 0.18).

“We can say that sleep quality and transdermal estradiol during early postmenopausal years somehow interact to influence beta-amyloid deposition, preservation of dorsolateral prefrontal cortex volume, and attention and executive function,” Dr. Zeydan said.

Dr. Zeydan had no financial disclosures.

msullivan@mdedge.com

*Correction, 8/7/2019: An earlier version of this story did not make clear that participants in the control group received oral placebo and a placebo patch.

LOS ANGELES – Estrogen therapy may have scored another goal in its comeback game, as a 7-year prospective study shows that a transdermal formulation preserves some measures of cognitive function and brain architecture in postmenopausal women.

JackF/thinkstockphotos.com

In addition to performing better on subjective tests of memory, women using the estrogen patch experienced less cortical atrophy and were less likely to show amyloid on brain imaging. The observations were moderately associated with the improved sleep these women reported, Burcu Zeydan, MD, said at the Alzheimer’s Association International Conference.

“By 7 years, among the cognitive domains studied ... [less brain and cognitive change] correlated with lower global sleep score, meaning better sleep quality in the estradiol group,” said Dr. Zeydan, assistant professor of radiology at the Mayo Clinic in Rochester, Minn. “We previously found that preservation of dorsolateral prefrontal cortex over 7 years was associated with lower cortical beta-amyloid deposition on PET only in the estradiol group, pointing out the potential role of estrogen receptors in modulating this relationship.”

Dysregulated sleep is more common among women than men, particularly as menopause approaches and estrogen levels fluctuate, then decline, Dr. Zeydan said.

Dr. Zeydan reported the sleep substudy of KEEPS (the Kronos Early Estrogen Prevention Study), a randomized, double-blind, placebo-controlled, multisite trial that compared oral conjugated equine estrogen with transdermal estradiol. A control group received oral placebo and a placebo patch.*

Brain architecture was similar between the placebo and transdermal groups, but it was actually worse in some measures in the oral-estrogen group, compared with the placebo group. Women taking oral estrogen had more white matter hyperintensities, greater ventricle enlargement, and more cortical thinning. Those differences resolved after they stopped taking the oral formulation, bringing them into line with the transdermal and placebo groups.

The investigation also found that the transdermal group showed lower cerebral amyloid binding on PET scans relative to both placebo and oral estrogen.

“The relative preservation of dorsolateral prefrontal cortical volume in the [transdermal estradiol] group over 7 years indicates that hormone therapy may have long-term effects on the brain,” the team concluded. They noted that the original KEEPS study didn’t find any cognitive correlation with these changes.

The subanalysis looked at 69 women of the KEEPS cohort who had been followed for the full 7 years (4 years on treatment and 3 years off treatment). They were randomized to oral placebo and a placebo patch,* oral conjugated equine estrogen (0.45 mg/day), or transdermal estradiol (50 mcg/day). Participants in the active treatment groups received oral micronized progesterone 12 days each month. All had complete data on cognitive testing and brain imaging. Sleep quality was measured by the Pittsburgh Sleep Quality Index. Dr. Zeydan compared cognition and brain architecture findings in relation to the sleep score; lower scores mean better sleep.

The women were aged 42-58 years at baseline, and within 36 months from menopause. They had no history of menopausal hormone therapy or cardiovascular disease.

The investigators were particularly interested in how estrogen might have modulated the disturbed sleep patterns that often accompany perimenopause and early menopause, and whether the observed brain and cognitive changes tracked with sleep quality.

“During this time, 40% to 60% of women report problems sleeping, and estrogen decline seems to play an important role in sleep disturbances during this phase,” Dr. Zeydan said. “Although poor sleep quality is common in recently menopausal women, sleep quality improves with hormone therapy, as was previously demonstrated in KEEPS hormone therapy trial in recently menopausal women.”

By year 7, the cohort’s mean age was 61 years. The majority had at least some college education. The percentage who carried an apolipoprotein E epsilon-4 allele varied by group, with 15% positivity in the oral group, 48% in the transdermal group, and 16% in the placebo group.


Cognitive function was estimated with a global cognitive measure and four cognitive domain scores: verbal learning and memory, auditory attention and working memory, visual attention and executive function, and mental flexibility.

Higher attention and executive function scores were moderately correlated with a lower sleep score in the transdermal group (r = –0.54, a significant difference compared with the oral formulation). Lower sleep scores also showed a moderate correlation with preserved cortical volume of the dorsolateral prefrontal region (r = –0.47, also significantly different from the oral group).

Lower brain amyloid also positively correlated with better sleep. The correlation between sleep and global amyloid burden in the transdermal group was also moderate (r = 0.45), while the correlation in the oral group was significantly weaker (r = 0.18).

“We can say that sleep quality and transdermal estradiol during early postmenopausal years somehow interact to influence beta-amyloid deposition, preservation of dorsolateral prefrontal cortex volume, and attention and executive function,” Dr. Zeydan said.

Dr. Zeydan had no financial disclosures.

msullivan@mdedge.com

*Correction, 8/7/2019: An earlier version of this story did not make clear that participants in the control group received oral placebo and a placebo patch.

LOS ANGELES – Estrogen therapy may have scored another goal in its comeback game, as a 7-year prospective study shows that a transdermal formulation preserves some measures of cognitive function and brain architecture in postmenopausal women.

JackF/thinkstockphotos.com

In addition to performing better on subjective tests of memory, women using the estrogen patch experienced less cortical atrophy and were less likely to show amyloid on brain imaging. The observations were moderately associated with the improved sleep these women reported, Burcu Zeydan, MD, said at the Alzheimer’s Association International Conference.

“By 7 years, among the cognitive domains studied ... [less brain and cognitive change] correlated with lower global sleep score, meaning better sleep quality in the estradiol group,” said Dr. Zeydan, assistant professor of radiology at the Mayo Clinic in Rochester, Minn. “We previously found that preservation of dorsolateral prefrontal cortex over 7 years was associated with lower cortical beta-amyloid deposition on PET only in the estradiol group, pointing out the potential role of estrogen receptors in modulating this relationship.”

Dysregulated sleep is more common among women than men, particularly as menopause approaches and estrogen levels fluctuate, then decline, Dr. Zeydan said.

Dr. Zeydan reported the sleep substudy of KEEPS (the Kronos Early Estrogen Prevention Study), a randomized, double-blind, placebo-controlled, multisite trial that compared oral conjugated equine estrogen with transdermal estradiol. A control group received oral placebo and a placebo patch.*

Brain architecture was similar between the placebo and transdermal groups, but it was actually worse in some measures in the oral-estrogen group, compared with the placebo group. Women taking oral estrogen had more white matter hyperintensities, greater ventricle enlargement, and more cortical thinning. Those differences resolved after they stopped taking the oral formulation, bringing them into line with the transdermal and placebo groups.

The investigation also found that the transdermal group showed lower cerebral amyloid binding on PET scans relative to both placebo and oral estrogen.

“The relative preservation of dorsolateral prefrontal cortical volume in the [transdermal estradiol] group over 7 years indicates that hormone therapy may have long-term effects on the brain,” the team concluded. They noted that the original KEEPS study didn’t find any cognitive correlation with these changes.

The subanalysis looked at 69 women of the KEEPS cohort who had been followed for the full 7 years (4 years on treatment and 3 years off treatment). They were randomized to oral placebo and a placebo patch,* oral conjugated equine estrogen (0.45 mg/day), or transdermal estradiol (50 mcg/day). Participants in the active treatment groups received oral micronized progesterone 12 days each month. All had complete data on cognitive testing and brain imaging. Sleep quality was measured by the Pittsburgh Sleep Quality Index. Dr. Zeydan compared cognition and brain architecture findings in relation to the sleep score; lower scores mean better sleep.

The women were aged 42-58 years at baseline, and within 36 months from menopause. They had no history of menopausal hormone therapy or cardiovascular disease.

The investigators were particularly interested in how estrogen might have modulated the disturbed sleep patterns that often accompany perimenopause and early menopause, and whether the observed brain and cognitive changes tracked with sleep quality.

“During this time, 40% to 60% of women report problems sleeping, and estrogen decline seems to play an important role in sleep disturbances during this phase,” Dr. Zeydan said. “Although poor sleep quality is common in recently menopausal women, sleep quality improves with hormone therapy, as was previously demonstrated in KEEPS hormone therapy trial in recently menopausal women.”

By year 7, the cohort’s mean age was 61 years. The majority had at least some college education. The percentage who carried an apolipoprotein E epsilon-4 allele varied by group, with 15% positivity in the oral group, 48% in the transdermal group, and 16% in the placebo group.


Cognitive function was estimated with a global cognitive measure and four cognitive domain scores: verbal learning and memory, auditory attention and working memory, visual attention and executive function, and mental flexibility.

Higher attention and executive function scores were moderately correlated with a lower sleep score in the transdermal group (r = –0.54, a significant difference compared with the oral formulation). Lower sleep scores also showed a moderate correlation with preserved cortical volume of the dorsolateral prefrontal region (r = –0.47, also significantly different from the oral group).

Lower brain amyloid also positively correlated with better sleep. The correlation between sleep and global amyloid burden in the transdermal group was also moderate (r = 0.45), while the correlation in the oral group was significantly weaker (r = 0.18).

“We can say that sleep quality and transdermal estradiol during early postmenopausal years somehow interact to influence beta-amyloid deposition, preservation of dorsolateral prefrontal cortex volume, and attention and executive function,” Dr. Zeydan said.

Dr. Zeydan had no financial disclosures.

msullivan@mdedge.com

*Correction, 8/7/2019: An earlier version of this story did not make clear that participants in the control group received oral placebo and a placebo patch.

LOS ANGELES – Scientists testing an unusual hypothesis about the pathogenesis of Alzheimer’s disease say that use of an experimental antimicrobial drug to target a common oral infection was associated with biomarker improvements in people with the disease.

At the Alzheimer’s Association International Conference, Michael Detke, MD, PhD, of Cortexyme in South San Francisco, Calif., presented findings from a small cohort (n = 9) of people with mild to moderate Alzheimer’s disease (AD).

Six patients, mean age 72, were randomized to 4 weeks’ treatment with an agent called COR388, which inhibits toxic proteases produced by Porphyromonas gingivalis, a bacterium that colonizes the mouth and gums and has been found in the brains and cerebrospinal fluid of people with AD more than in non-AD patients. Another three subjects were randomized to placebo.

At 28 days, the CSF levels of an Alzheimer’s-associated apolipoprotein E (ApoE) fragment and serum levels of RANTES, a chemokine associated with chronic inflammation, were reduced from baseline by about one-third in treated subjects, compared with placebo subjects (P less than .05).

“In AD, ApoE is known to be fragmented and the fragments are known to be neurotoxic,” Dr. Detke, the lead study author, said in an interview. “We hypothesized that these P. gingivalis proteases may be acting on ApoE cleavage – so if you bind the proteases you should reduce the fragments. We saw in this study that ApoE fragment was reduced by 30%, or back to about normal levels.”

It is difficult to eradicate P. gingivalis infection using conventional antibiotics. The experimental agent COR388 “does not kill the bacteria but rather neutralizes it by binding to the proteases it produces, making the bacteria benign,” Dr. Detke said.


While hypotheses involving infectious causes of Alzheimer’s remain on the periphery of dementia research, Dr. Detke and his colleagues will soon be able to test theirs in a more meaningful way. At the conference, Dr. Detke presented detailed plans for a phase 2/3, placebo-controlled, clinical trial of COR388 in 570 patients aged 55-80 with mild to moderate AD.

Patients in the study are currently being randomized to 48 weeks of treatment with one of two doses, or placebo, with cognitive and biomarker endpoints planned, including for amyloid-beta, tau, and serum, plasma, and CSF markers of neuroinflammation.

Dr. Detke is an employee of Cortexyme, as are another 8 of the study’s 11 authors.

LOS ANGELES – Scientists testing an unusual hypothesis about the pathogenesis of Alzheimer’s disease say that use of an experimental antimicrobial drug to target a common oral infection was associated with biomarker improvements in people with the disease.

At the Alzheimer’s Association International Conference, Michael Detke, MD, PhD, of Cortexyme in South San Francisco, Calif., presented findings from a small cohort (n = 9) of people with mild to moderate Alzheimer’s disease (AD).

Six patients, mean age 72, were randomized to 4 weeks’ treatment with an agent called COR388, which inhibits toxic proteases produced by Porphyromonas gingivalis, a bacterium that colonizes the mouth and gums and has been found in the brains and cerebrospinal fluid of people with AD more than in non-AD patients. Another three subjects were randomized to placebo.

At 28 days, the CSF levels of an Alzheimer’s-associated apolipoprotein E (ApoE) fragment and serum levels of RANTES, a chemokine associated with chronic inflammation, were reduced from baseline by about one-third in treated subjects, compared with placebo subjects (P less than .05).

“In AD, ApoE is known to be fragmented and the fragments are known to be neurotoxic,” Dr. Detke, the lead study author, said in an interview. “We hypothesized that these P. gingivalis proteases may be acting on ApoE cleavage – so if you bind the proteases you should reduce the fragments. We saw in this study that ApoE fragment was reduced by 30%, or back to about normal levels.”

It is difficult to eradicate P. gingivalis infection using conventional antibiotics. The experimental agent COR388 “does not kill the bacteria but rather neutralizes it by binding to the proteases it produces, making the bacteria benign,” Dr. Detke said.


While hypotheses involving infectious causes of Alzheimer’s remain on the periphery of dementia research, Dr. Detke and his colleagues will soon be able to test theirs in a more meaningful way. At the conference, Dr. Detke presented detailed plans for a phase 2/3, placebo-controlled, clinical trial of COR388 in 570 patients aged 55-80 with mild to moderate AD.

Patients in the study are currently being randomized to 48 weeks of treatment with one of two doses, or placebo, with cognitive and biomarker endpoints planned, including for amyloid-beta, tau, and serum, plasma, and CSF markers of neuroinflammation.

Dr. Detke is an employee of Cortexyme, as are another 8 of the study’s 11 authors.

LOS ANGELES – Scientists testing an unusual hypothesis about the pathogenesis of Alzheimer’s disease say that use of an experimental antimicrobial drug to target a common oral infection was associated with biomarker improvements in people with the disease.

At the Alzheimer’s Association International Conference, Michael Detke, MD, PhD, of Cortexyme in South San Francisco, Calif., presented findings from a small cohort (n = 9) of people with mild to moderate Alzheimer’s disease (AD).

Six patients, mean age 72, were randomized to 4 weeks’ treatment with an agent called COR388, which inhibits toxic proteases produced by Porphyromonas gingivalis, a bacterium that colonizes the mouth and gums and has been found in the brains and cerebrospinal fluid of people with AD more than in non-AD patients. Another three subjects were randomized to placebo.

At 28 days, the CSF levels of an Alzheimer’s-associated apolipoprotein E (ApoE) fragment and serum levels of RANTES, a chemokine associated with chronic inflammation, were reduced from baseline by about one-third in treated subjects, compared with placebo subjects (P less than .05).

“In AD, ApoE is known to be fragmented and the fragments are known to be neurotoxic,” Dr. Detke, the lead study author, said in an interview. “We hypothesized that these P. gingivalis proteases may be acting on ApoE cleavage – so if you bind the proteases you should reduce the fragments. We saw in this study that ApoE fragment was reduced by 30%, or back to about normal levels.”

It is difficult to eradicate P. gingivalis infection using conventional antibiotics. The experimental agent COR388 “does not kill the bacteria but rather neutralizes it by binding to the proteases it produces, making the bacteria benign,” Dr. Detke said.


While hypotheses involving infectious causes of Alzheimer’s remain on the periphery of dementia research, Dr. Detke and his colleagues will soon be able to test theirs in a more meaningful way. At the conference, Dr. Detke presented detailed plans for a phase 2/3, placebo-controlled, clinical trial of COR388 in 570 patients aged 55-80 with mild to moderate AD.

Patients in the study are currently being randomized to 48 weeks of treatment with one of two doses, or placebo, with cognitive and biomarker endpoints planned, including for amyloid-beta, tau, and serum, plasma, and CSF markers of neuroinflammation.

Dr. Detke is an employee of Cortexyme, as are another 8 of the study’s 11 authors.

LOS ANGELES – While uncontrolled hypertension is an established risk factor for dementias including Alzheimer’s disease, the pathways by which it might lead to dementia remain poorly understood.

GlobalStock/Getty Images

In research presented at the Alzheimer’s Association International Conference, Jérémie Lespinasse, PharmD, an investigator with the University of Bordeaux and INSERM U1219 in Bordeaux, France, presented data showing that hypertension-linked increases in the brain’s load of white matter hyperintensities – an imaging biomarker linked to small-vessel disease – was associated with cognitive decline independent of amyloid cascade biomarkers.

“We know that hypertension is related to cognitive decline and dementia, including Alzheimer’s dementia,” Carole Dufouil, PhD, the study’s last author and the research director at INSERM U1219, said in an interview. “But we didn’t know the pathway. It could go through what’s more typical of vascular pathology or it could go through what’s more typical of AD – and that’s what we wanted to test.”

The researchers found that the impact of hypertension on cognition doesn’t “go through amyloid,” Dr. Dufouil said, but rather a typically vascular pathway of white matter hyperintensities and neurodegeneration. “This is a big difference from other brain markers for which you know they exist, but you don’t know how to treat them,” she said. “This one is treatable.”

For their research, Dr. Lespinasse, Dr. Dufouil, and colleagues used a cross-sectional sample of data from the MEMENTO study, a 5-year observational cohort of 2,323 patients recruited at 26 memory centers in France between 2011 and 2014. Of the patients in MEMENTO, 62% were women, and the mean age was 71. All patients were deemed free of dementia and had isolated cognitive complaints or mild cognitive impairment at baseline. A total of 60% had hypertension, and 17% had uncontrolled hypertension defined as above 140/90 mm Hg despite treatment. Cognitive testing and MRI was conducted on all patients, while 60% also had ¹⁸F-fluorodeoxyglucose PET scanning and a minority, 18%, had cerebrospinal fluid samples.


The investigators found in using a structural equation model that the uncontrolled hypertension subjects had significantly lower cognition when compared against those without (P = .001). About half of the harmful effect of uncontrolled hypertension on brain functions was mediated by white matter hyperintensities load (P = .021) and neurodegeneration (P = .024) but not by cerebrospinal fluid biomarkers for amyloid-beta 42/40 ratio or tau.

The study’s main limitation was its use of cross-sectional data, the investigators said, while its strength was in a multifactorial model that allowed for a more integrative look at the relationships among hypertension, Alzheimer’s biomarkers, white matter hyperintensities, and cognition.

The investigators stressed the importance of controlling hypertension generally – and for all clinicians to be more aware of its cognitive impacts. Dr. Dufouil said that memory clinics should make blood pressure monitoring a key part of their workups, and should ensure that people are well controlled. “Up until recently it hasn’t been obvious” that control of hypertension has a key role in dementia prevention.

“It’s now obvious,” she said.

Dr. Lespinasse and Dr. Dufouil disclosed no industry relationships.

LOS ANGELES – While uncontrolled hypertension is an established risk factor for dementias including Alzheimer’s disease, the pathways by which it might lead to dementia remain poorly understood.

GlobalStock/Getty Images

In research presented at the Alzheimer’s Association International Conference, Jérémie Lespinasse, PharmD, an investigator with the University of Bordeaux and INSERM U1219 in Bordeaux, France, presented data showing that hypertension-linked increases in the brain’s load of white matter hyperintensities – an imaging biomarker linked to small-vessel disease – was associated with cognitive decline independent of amyloid cascade biomarkers.

“We know that hypertension is related to cognitive decline and dementia, including Alzheimer’s dementia,” Carole Dufouil, PhD, the study’s last author and the research director at INSERM U1219, said in an interview. “But we didn’t know the pathway. It could go through what’s more typical of vascular pathology or it could go through what’s more typical of AD – and that’s what we wanted to test.”

The researchers found that the impact of hypertension on cognition doesn’t “go through amyloid,” Dr. Dufouil said, but rather a typically vascular pathway of white matter hyperintensities and neurodegeneration. “This is a big difference from other brain markers for which you know they exist, but you don’t know how to treat them,” she said. “This one is treatable.”

For their research, Dr. Lespinasse, Dr. Dufouil, and colleagues used a cross-sectional sample of data from the MEMENTO study, a 5-year observational cohort of 2,323 patients recruited at 26 memory centers in France between 2011 and 2014. Of the patients in MEMENTO, 62% were women, and the mean age was 71. All patients were deemed free of dementia and had isolated cognitive complaints or mild cognitive impairment at baseline. A total of 60% had hypertension, and 17% had uncontrolled hypertension defined as above 140/90 mm Hg despite treatment. Cognitive testing and MRI was conducted on all patients, while 60% also had ¹⁸F-fluorodeoxyglucose PET scanning and a minority, 18%, had cerebrospinal fluid samples.


The investigators found in using a structural equation model that the uncontrolled hypertension subjects had significantly lower cognition when compared against those without (P = .001). About half of the harmful effect of uncontrolled hypertension on brain functions was mediated by white matter hyperintensities load (P = .021) and neurodegeneration (P = .024) but not by cerebrospinal fluid biomarkers for amyloid-beta 42/40 ratio or tau.

The study’s main limitation was its use of cross-sectional data, the investigators said, while its strength was in a multifactorial model that allowed for a more integrative look at the relationships among hypertension, Alzheimer’s biomarkers, white matter hyperintensities, and cognition.

The investigators stressed the importance of controlling hypertension generally – and for all clinicians to be more aware of its cognitive impacts. Dr. Dufouil said that memory clinics should make blood pressure monitoring a key part of their workups, and should ensure that people are well controlled. “Up until recently it hasn’t been obvious” that control of hypertension has a key role in dementia prevention.

“It’s now obvious,” she said.

Dr. Lespinasse and Dr. Dufouil disclosed no industry relationships.

LOS ANGELES – While uncontrolled hypertension is an established risk factor for dementias including Alzheimer’s disease, the pathways by which it might lead to dementia remain poorly understood.

GlobalStock/Getty Images

In research presented at the Alzheimer’s Association International Conference, Jérémie Lespinasse, PharmD, an investigator with the University of Bordeaux and INSERM U1219 in Bordeaux, France, presented data showing that hypertension-linked increases in the brain’s load of white matter hyperintensities – an imaging biomarker linked to small-vessel disease – was associated with cognitive decline independent of amyloid cascade biomarkers.

“We know that hypertension is related to cognitive decline and dementia, including Alzheimer’s dementia,” Carole Dufouil, PhD, the study’s last author and the research director at INSERM U1219, said in an interview. “But we didn’t know the pathway. It could go through what’s more typical of vascular pathology or it could go through what’s more typical of AD – and that’s what we wanted to test.”

The researchers found that the impact of hypertension on cognition doesn’t “go through amyloid,” Dr. Dufouil said, but rather a typically vascular pathway of white matter hyperintensities and neurodegeneration. “This is a big difference from other brain markers for which you know they exist, but you don’t know how to treat them,” she said. “This one is treatable.”

For their research, Dr. Lespinasse, Dr. Dufouil, and colleagues used a cross-sectional sample of data from the MEMENTO study, a 5-year observational cohort of 2,323 patients recruited at 26 memory centers in France between 2011 and 2014. Of the patients in MEMENTO, 62% were women, and the mean age was 71. All patients were deemed free of dementia and had isolated cognitive complaints or mild cognitive impairment at baseline. A total of 60% had hypertension, and 17% had uncontrolled hypertension defined as above 140/90 mm Hg despite treatment. Cognitive testing and MRI was conducted on all patients, while 60% also had ¹⁸F-fluorodeoxyglucose PET scanning and a minority, 18%, had cerebrospinal fluid samples.


The investigators found in using a structural equation model that the uncontrolled hypertension subjects had significantly lower cognition when compared against those without (P = .001). About half of the harmful effect of uncontrolled hypertension on brain functions was mediated by white matter hyperintensities load (P = .021) and neurodegeneration (P = .024) but not by cerebrospinal fluid biomarkers for amyloid-beta 42/40 ratio or tau.

The study’s main limitation was its use of cross-sectional data, the investigators said, while its strength was in a multifactorial model that allowed for a more integrative look at the relationships among hypertension, Alzheimer’s biomarkers, white matter hyperintensities, and cognition.

The investigators stressed the importance of controlling hypertension generally – and for all clinicians to be more aware of its cognitive impacts. Dr. Dufouil said that memory clinics should make blood pressure monitoring a key part of their workups, and should ensure that people are well controlled. “Up until recently it hasn’t been obvious” that control of hypertension has a key role in dementia prevention.

“It’s now obvious,” she said.

Dr. Lespinasse and Dr. Dufouil disclosed no industry relationships.

LOS ANGELES – Seizures are not uncommon among patients with Alzheimer’s disease – particularly as patients live longer with the disease – and are often associated with worse cognitive and functional performance, according to research findings presented at the Alzheimer’s Association International Conference.

Jonathan Vöglein, MD, of the German Center for Neurodegenerative Diseases and Ludwig-Maximilian University in Munich presented results from a cohort of 9,127 patients with Alzheimer’s disease (AD), of whom 287 had experienced a seizure, and more than 10,000 non-AD control subjects recruited at clinics during 2005-2016.

Dr. Vöglein and colleagues found that seizure risk increased with duration of disease, from 1.5% of patients at 4.8 years with the disease to 5.4% at 11 years, with likelihood of a seizure increasing steadily over time.

Moreover, 70% of AD patients who experienced a seizure had a second one within 7.5 months. People who had seizures fared worse on cognitive and functional tests: a mean 16.6 on the Mini Mental State Examination, compared with 19.6 for patients without seizures. On a severity rating scale, the Clinical Dementia Rating Sum of Boxes, patients with seizures also fared worse, with scores of 9.3, compared with 6.8 for patients without seizures (P less than .0001 for all, with results adjusted for age and disease duration).

“The data of our study show that there’s an association of seizures with worse cognitive and functional performance,” Dr. Vöglein said in an interview.

“It’s important for clinicians to know that Alzheimer’s patients are at an increased risk for seizures,” Dr. Vöglein said. “In my clinical care experience, seizures are rarely the main complaint of patients with Alzheimer’s disease.” Detailed interviews with the patient and a proxy are important, he added, because patients with Alzheimer’s disease may not always remember events that could be a seizure.

Dr. Vöglein noted that, to his knowledge, there are no reliable data showing that treating seizures with antiepileptic drugs slows cognitive decline. “The results of our study suggest that an antiepileptic treatment after a first seizure in patients with Alzheimer’s dementia may be considered,” he said.

Also at the conference, researcher Ruby Castilla-Puentes, MD, DrPH, of Janssen Pharmaceuticals in Hopewell, N.J., along with Miguel Habeych, MD, MPH, of the University of Cincinnati presented findings on dementia and seizure risk from a large U.S. national managed care database of nearly 3 million people aged 60 years and older, of whom 56% were women.

The researchers analyzed this cohort during 2005-2014 and identified 80,000 people (2.8% of the cohort) as having any dementia diagnosis. The overall incidence of new-onset seizures in patients with dementia was 12.3% per year. In general, all subtypes of seizures and epileptic disorders (partial, generalized, or undifferentiated) occurred more frequently in patients with dementia, compared against patients without dementia (P less than .0001).

People with dementia had more than six times greater risk for experiencing recurring epileptic seizures than did people without dementia (95% confidence interval, 4.4-9.5). They were at six times higher risk for partial seizures (95% CI, 5.5-6.6); fivefold higher risk for generalized (95% CI, 4.9-5.5) and undifferentiated epilepsy (95% CI, 4.8-5.2); and 4.75 times higher risk for generalized seizures (95% CI, 4.5-5.0) and partial epilepsy (95% CI, 4.4-5.1).

“Although there are limitations with the use of administrative claims databases to calculate incidence rates, this analysis suggests that patients of 60 years of age or older have higher risks of new-onset seizures associated with a dementia diagnosis,” Dr. Castilla-Puentes commented.

The findings, she said, reinforce the need for clinicians to monitor for seizures to ensure that patients with dementia receive appropriate treatment.

Dr. Vöglein disclosed no financial conflicts of interest. Dr. Castilla-Puentes disclosed being an employee of Janssen, which funded her study.

LOS ANGELES – Seizures are not uncommon among patients with Alzheimer’s disease – particularly as patients live longer with the disease – and are often associated with worse cognitive and functional performance, according to research findings presented at the Alzheimer’s Association International Conference.

Jonathan Vöglein, MD, of the German Center for Neurodegenerative Diseases and Ludwig-Maximilian University in Munich presented results from a cohort of 9,127 patients with Alzheimer’s disease (AD), of whom 287 had experienced a seizure, and more than 10,000 non-AD control subjects recruited at clinics during 2005-2016.

Dr. Vöglein and colleagues found that seizure risk increased with duration of disease, from 1.5% of patients at 4.8 years with the disease to 5.4% at 11 years, with likelihood of a seizure increasing steadily over time.

Moreover, 70% of AD patients who experienced a seizure had a second one within 7.5 months. People who had seizures fared worse on cognitive and functional tests: a mean 16.6 on the Mini Mental State Examination, compared with 19.6 for patients without seizures. On a severity rating scale, the Clinical Dementia Rating Sum of Boxes, patients with seizures also fared worse, with scores of 9.3, compared with 6.8 for patients without seizures (P less than .0001 for all, with results adjusted for age and disease duration).

“The data of our study show that there’s an association of seizures with worse cognitive and functional performance,” Dr. Vöglein said in an interview.

“It’s important for clinicians to know that Alzheimer’s patients are at an increased risk for seizures,” Dr. Vöglein said. “In my clinical care experience, seizures are rarely the main complaint of patients with Alzheimer’s disease.” Detailed interviews with the patient and a proxy are important, he added, because patients with Alzheimer’s disease may not always remember events that could be a seizure.

Dr. Vöglein noted that, to his knowledge, there are no reliable data showing that treating seizures with antiepileptic drugs slows cognitive decline. “The results of our study suggest that an antiepileptic treatment after a first seizure in patients with Alzheimer’s dementia may be considered,” he said.

Also at the conference, researcher Ruby Castilla-Puentes, MD, DrPH, of Janssen Pharmaceuticals in Hopewell, N.J., along with Miguel Habeych, MD, MPH, of the University of Cincinnati presented findings on dementia and seizure risk from a large U.S. national managed care database of nearly 3 million people aged 60 years and older, of whom 56% were women.

The researchers analyzed this cohort during 2005-2014 and identified 80,000 people (2.8% of the cohort) as having any dementia diagnosis. The overall incidence of new-onset seizures in patients with dementia was 12.3% per year. In general, all subtypes of seizures and epileptic disorders (partial, generalized, or undifferentiated) occurred more frequently in patients with dementia, compared against patients without dementia (P less than .0001).

People with dementia had more than six times greater risk for experiencing recurring epileptic seizures than did people without dementia (95% confidence interval, 4.4-9.5). They were at six times higher risk for partial seizures (95% CI, 5.5-6.6); fivefold higher risk for generalized (95% CI, 4.9-5.5) and undifferentiated epilepsy (95% CI, 4.8-5.2); and 4.75 times higher risk for generalized seizures (95% CI, 4.5-5.0) and partial epilepsy (95% CI, 4.4-5.1).

“Although there are limitations with the use of administrative claims databases to calculate incidence rates, this analysis suggests that patients of 60 years of age or older have higher risks of new-onset seizures associated with a dementia diagnosis,” Dr. Castilla-Puentes commented.

The findings, she said, reinforce the need for clinicians to monitor for seizures to ensure that patients with dementia receive appropriate treatment.

Dr. Vöglein disclosed no financial conflicts of interest. Dr. Castilla-Puentes disclosed being an employee of Janssen, which funded her study.

LOS ANGELES – Seizures are not uncommon among patients with Alzheimer’s disease – particularly as patients live longer with the disease – and are often associated with worse cognitive and functional performance, according to research findings presented at the Alzheimer’s Association International Conference.

Jonathan Vöglein, MD, of the German Center for Neurodegenerative Diseases and Ludwig-Maximilian University in Munich presented results from a cohort of 9,127 patients with Alzheimer’s disease (AD), of whom 287 had experienced a seizure, and more than 10,000 non-AD control subjects recruited at clinics during 2005-2016.

Dr. Vöglein and colleagues found that seizure risk increased with duration of disease, from 1.5% of patients at 4.8 years with the disease to 5.4% at 11 years, with likelihood of a seizure increasing steadily over time.

Moreover, 70% of AD patients who experienced a seizure had a second one within 7.5 months. People who had seizures fared worse on cognitive and functional tests: a mean 16.6 on the Mini Mental State Examination, compared with 19.6 for patients without seizures. On a severity rating scale, the Clinical Dementia Rating Sum of Boxes, patients with seizures also fared worse, with scores of 9.3, compared with 6.8 for patients without seizures (P less than .0001 for all, with results adjusted for age and disease duration).

“The data of our study show that there’s an association of seizures with worse cognitive and functional performance,” Dr. Vöglein said in an interview.

“It’s important for clinicians to know that Alzheimer’s patients are at an increased risk for seizures,” Dr. Vöglein said. “In my clinical care experience, seizures are rarely the main complaint of patients with Alzheimer’s disease.” Detailed interviews with the patient and a proxy are important, he added, because patients with Alzheimer’s disease may not always remember events that could be a seizure.

Dr. Vöglein noted that, to his knowledge, there are no reliable data showing that treating seizures with antiepileptic drugs slows cognitive decline. “The results of our study suggest that an antiepileptic treatment after a first seizure in patients with Alzheimer’s dementia may be considered,” he said.

Also at the conference, researcher Ruby Castilla-Puentes, MD, DrPH, of Janssen Pharmaceuticals in Hopewell, N.J., along with Miguel Habeych, MD, MPH, of the University of Cincinnati presented findings on dementia and seizure risk from a large U.S. national managed care database of nearly 3 million people aged 60 years and older, of whom 56% were women.

The researchers analyzed this cohort during 2005-2014 and identified 80,000 people (2.8% of the cohort) as having any dementia diagnosis. The overall incidence of new-onset seizures in patients with dementia was 12.3% per year. In general, all subtypes of seizures and epileptic disorders (partial, generalized, or undifferentiated) occurred more frequently in patients with dementia, compared against patients without dementia (P less than .0001).

People with dementia had more than six times greater risk for experiencing recurring epileptic seizures than did people without dementia (95% confidence interval, 4.4-9.5). They were at six times higher risk for partial seizures (95% CI, 5.5-6.6); fivefold higher risk for generalized (95% CI, 4.9-5.5) and undifferentiated epilepsy (95% CI, 4.8-5.2); and 4.75 times higher risk for generalized seizures (95% CI, 4.5-5.0) and partial epilepsy (95% CI, 4.4-5.1).

“Although there are limitations with the use of administrative claims databases to calculate incidence rates, this analysis suggests that patients of 60 years of age or older have higher risks of new-onset seizures associated with a dementia diagnosis,” Dr. Castilla-Puentes commented.

The findings, she said, reinforce the need for clinicians to monitor for seizures to ensure that patients with dementia receive appropriate treatment.

Dr. Vöglein disclosed no financial conflicts of interest. Dr. Castilla-Puentes disclosed being an employee of Janssen, which funded her study.

Once-weekly subcutaneous injections of the osteoporosis drug teriparatide still achieve increases in bone mineral density, according to a postmarketing observational study published online in Osteoporosis and Sarcopenia.

Teriparatide is widely used as a daily, self-injection formula for osteoporosis, but in Japan, a once-weekly injectable formulation of 56.5 ug is also being used in individuals with osteoporosis who are at high risk of fracture.

In a study of 3,573 Japanese patients with osteoporosis, investigators found increases of 2.8%, 4.9%, and 6.1% in lumbar spine bone mineral density measured at 24, 48, and 72 weeks respectively. In the femoral neck, bone mineral density increased by 1.6%, 1.4%, and 2.5% at 24, 48, and 72 weeks, and total hip bone mineral density increased by 1%, 1.6%, and 2.5%.

At 24 weeks, the median percent change from baseline in the level of serum bone formation marker procollagen type I N-terminal propeptide increased 23%, and then decreased to a 4.3% median change at 48 weeks and 8.7% at 72 weeks. There were no significant changes in serum bone-type alkaline phosphatase by 48 and 72 weeks, and no changes at all in the bone turnover markers tartrate-resistant acid phosphate-5b and cross-linked N-terminal telopeptide of type I collagen.

Researchers also saw reductions in low back pain scores at all the time points, although the authors noted that the mechanism of this association was not well understood and needed further study.

“The results for efficacy parameters, including fracture incidences, in this surveillance were as expected based on the clinical studies prior to approval, indicating that the medical benefits of teriparatide were demonstrated in actual clinical practice after marketing,” wrote Dr. Emiko Ifuku and colleagues from Asahi Kasei Pharma, which manufactures the drug in Japan.

The study also looked at adherence to the once-weekly therapy, and found that 59.4% of patients were still taking the treatment at 24 weeks, and 39% were taking it at 72 weeks.

Around a quarter of patients experienced adverse reactions, with the most common being nausea (12.3%), vomiting (2.8%), headache (2.7%), and dizziness (2.2%) and most occurring within 24 weeks of starting treatment. Serious adverse reactions were reported in 26 patients (0.7%).

Asahi Kasei Pharma sponsored the study. All of the authors were employees of the company.

SOURCE: Ifuku E et al. Osteoporos Sarcopenia. 2019 Jun 26. doi: 10.1016/j.afos.2019.06.002.

Once-weekly subcutaneous injections of the osteoporosis drug teriparatide still achieve increases in bone mineral density, according to a postmarketing observational study published online in Osteoporosis and Sarcopenia.

Teriparatide is widely used as a daily, self-injection formula for osteoporosis, but in Japan, a once-weekly injectable formulation of 56.5 ug is also being used in individuals with osteoporosis who are at high risk of fracture.

In a study of 3,573 Japanese patients with osteoporosis, investigators found increases of 2.8%, 4.9%, and 6.1% in lumbar spine bone mineral density measured at 24, 48, and 72 weeks respectively. In the femoral neck, bone mineral density increased by 1.6%, 1.4%, and 2.5% at 24, 48, and 72 weeks, and total hip bone mineral density increased by 1%, 1.6%, and 2.5%.

At 24 weeks, the median percent change from baseline in the level of serum bone formation marker procollagen type I N-terminal propeptide increased 23%, and then decreased to a 4.3% median change at 48 weeks and 8.7% at 72 weeks. There were no significant changes in serum bone-type alkaline phosphatase by 48 and 72 weeks, and no changes at all in the bone turnover markers tartrate-resistant acid phosphate-5b and cross-linked N-terminal telopeptide of type I collagen.

Researchers also saw reductions in low back pain scores at all the time points, although the authors noted that the mechanism of this association was not well understood and needed further study.

“The results for efficacy parameters, including fracture incidences, in this surveillance were as expected based on the clinical studies prior to approval, indicating that the medical benefits of teriparatide were demonstrated in actual clinical practice after marketing,” wrote Dr. Emiko Ifuku and colleagues from Asahi Kasei Pharma, which manufactures the drug in Japan.

The study also looked at adherence to the once-weekly therapy, and found that 59.4% of patients were still taking the treatment at 24 weeks, and 39% were taking it at 72 weeks.

Around a quarter of patients experienced adverse reactions, with the most common being nausea (12.3%), vomiting (2.8%), headache (2.7%), and dizziness (2.2%) and most occurring within 24 weeks of starting treatment. Serious adverse reactions were reported in 26 patients (0.7%).

Asahi Kasei Pharma sponsored the study. All of the authors were employees of the company.

SOURCE: Ifuku E et al. Osteoporos Sarcopenia. 2019 Jun 26. doi: 10.1016/j.afos.2019.06.002.

Once-weekly subcutaneous injections of the osteoporosis drug teriparatide still achieve increases in bone mineral density, according to a postmarketing observational study published online in Osteoporosis and Sarcopenia.

Teriparatide is widely used as a daily, self-injection formula for osteoporosis, but in Japan, a once-weekly injectable formulation of 56.5 ug is also being used in individuals with osteoporosis who are at high risk of fracture.

In a study of 3,573 Japanese patients with osteoporosis, investigators found increases of 2.8%, 4.9%, and 6.1% in lumbar spine bone mineral density measured at 24, 48, and 72 weeks respectively. In the femoral neck, bone mineral density increased by 1.6%, 1.4%, and 2.5% at 24, 48, and 72 weeks, and total hip bone mineral density increased by 1%, 1.6%, and 2.5%.

At 24 weeks, the median percent change from baseline in the level of serum bone formation marker procollagen type I N-terminal propeptide increased 23%, and then decreased to a 4.3% median change at 48 weeks and 8.7% at 72 weeks. There were no significant changes in serum bone-type alkaline phosphatase by 48 and 72 weeks, and no changes at all in the bone turnover markers tartrate-resistant acid phosphate-5b and cross-linked N-terminal telopeptide of type I collagen.

Researchers also saw reductions in low back pain scores at all the time points, although the authors noted that the mechanism of this association was not well understood and needed further study.

“The results for efficacy parameters, including fracture incidences, in this surveillance were as expected based on the clinical studies prior to approval, indicating that the medical benefits of teriparatide were demonstrated in actual clinical practice after marketing,” wrote Dr. Emiko Ifuku and colleagues from Asahi Kasei Pharma, which manufactures the drug in Japan.

The study also looked at adherence to the once-weekly therapy, and found that 59.4% of patients were still taking the treatment at 24 weeks, and 39% were taking it at 72 weeks.

Around a quarter of patients experienced adverse reactions, with the most common being nausea (12.3%), vomiting (2.8%), headache (2.7%), and dizziness (2.2%) and most occurring within 24 weeks of starting treatment. Serious adverse reactions were reported in 26 patients (0.7%).

Asahi Kasei Pharma sponsored the study. All of the authors were employees of the company.

SOURCE: Ifuku E et al. Osteoporos Sarcopenia. 2019 Jun 26. doi: 10.1016/j.afos.2019.06.002.

SAN FRANCISCO – Used appropriately, the benefits of benzodiazepines far outweigh the risks in elderly people, according to Carl Salzman, MD, a psychiatry professor at Harvard Medical School, Boston.

M. Alexander Otto/MDedge News

Appropriate use means very low doses – 0.5 mg or less every day or b.i.d. – of short-acting benzodiazepines, either lorazepam, oxazepam, or temazepam. There’s no worry of dose escalation or addiction in the elderly, and since the drugs are not metabolized by the cytochrome P450 system, the risk of drug interactions is very small, except for a compounding effect with alcohol and other sedative hypnotics, such as zolpidem (Ambien). The fall risk is lower than it is with antidepressants and antipsychotics (Psychiatr Serv. 2003 Jul;54[7]:1006-1); (Arch Intern Med. 2009 Nov 23;169[21]:1952-60).

In short, the drugs are “wonderful” for geriatric anxiety and anxiety-related insomnia, Dr. Salzman said at the American Psychiatric Association annual meeting.

Even so, it’s “very hard to get doctors and residents to prescribe them.” It’s like the benzodiazepine scare in the 1980s, about valium. “Newspapers were filled with stories about addicts. I’m having a little bit of déjà vu all over again,” he said.

This time around, the problem is a concern that benzodiazepines cause Alzheimer’s disease, plus collateral damage from the opioid crisis. People with addiction to opioids like benzodiazepines, because they boost the high, so they have significant street value, and drug seekers demand them in the clinic. Some clinicians would rather not deal with the drugs at all.

The Alzheimer’s worry stems largely from a widely reported review that found an association between Alzheimer’s disease and previous benzodiazepine use. The finding was based on public health insurance data from Quebec; no patients were seen (BMJ. 2014 Sep 9;349:g5205).

Among many “very large questions” about the study’s validity, people “may have been on benzos because they already had memory impairment and were anxious about it,” a common occurrence. In that case, “it’s not that benzos caused dementia; it was the other way around.” Also, there was no control for substance and alcohol use, Dr. Salzman said (J Clin Psychopharmacol. 2015 Feb;35[1]:1-3).

A more robust study followed patients 65 years and older for a mean of 7.3 years, comparing benzodiazepine users to nonusers. The team found a slightly higher risk of dementia in people with minimal exposure to benzodiazepines but not with the highest level of exposure, and concluded that the finding did “not support a causal association between benzodiazepine use and dementia” (BMJ. 2016 Feb 2;352:i90).

Meanwhile, a recent review of more than a million patients found either no or a minor increased risk of mortality, another concern with benzodiazepines in the elderly. “If a detrimental effect exists, it is likely to be much smaller than previously stated and to have uncertain clinical relevance. Residual confounding likely explains at least part of” it, the investigators concluded (BMJ. 2017 Jul 6;358:j294).

To be sure, short-term memory loss can occur with benzodiazepines, but patients did not seem to mind in a study Dr. Salzman conducted years ago in an upscale nursing home in Boston. A “dramatic” rebound was reported in short-term recall 2 weeks after volunteers tapered off benzodiazepines, mostly lorazepam, compared with those who stayed on them.

“I sat down to have lunch with the discontinuers, and I said to them, ‘Aren’t you glad that you are not taking these horrible drugs anymore, and your memory is so much better? They said, ‘No, what’s to remember? It was true that when we were taking those drugs, we might not have remembered what we watched on television the night before, but if you give a choice between feeling calm in the days, sleeping at night, and remembering what we watch on television, we’ll take the calm and the sleep every time,’ ” Dr. Salzman said.

He had no disclosures.

aotto@mdedge.com

SAN FRANCISCO – Used appropriately, the benefits of benzodiazepines far outweigh the risks in elderly people, according to Carl Salzman, MD, a psychiatry professor at Harvard Medical School, Boston.

M. Alexander Otto/MDedge News

Appropriate use means very low doses – 0.5 mg or less every day or b.i.d. – of short-acting benzodiazepines, either lorazepam, oxazepam, or temazepam. There’s no worry of dose escalation or addiction in the elderly, and since the drugs are not metabolized by the cytochrome P450 system, the risk of drug interactions is very small, except for a compounding effect with alcohol and other sedative hypnotics, such as zolpidem (Ambien). The fall risk is lower than it is with antidepressants and antipsychotics (Psychiatr Serv. 2003 Jul;54[7]:1006-1); (Arch Intern Med. 2009 Nov 23;169[21]:1952-60).

In short, the drugs are “wonderful” for geriatric anxiety and anxiety-related insomnia, Dr. Salzman said at the American Psychiatric Association annual meeting.

Even so, it’s “very hard to get doctors and residents to prescribe them.” It’s like the benzodiazepine scare in the 1980s, about valium. “Newspapers were filled with stories about addicts. I’m having a little bit of déjà vu all over again,” he said.

This time around, the problem is a concern that benzodiazepines cause Alzheimer’s disease, plus collateral damage from the opioid crisis. People with addiction to opioids like benzodiazepines, because they boost the high, so they have significant street value, and drug seekers demand them in the clinic. Some clinicians would rather not deal with the drugs at all.

The Alzheimer’s worry stems largely from a widely reported review that found an association between Alzheimer’s disease and previous benzodiazepine use. The finding was based on public health insurance data from Quebec; no patients were seen (BMJ. 2014 Sep 9;349:g5205).

Among many “very large questions” about the study’s validity, people “may have been on benzos because they already had memory impairment and were anxious about it,” a common occurrence. In that case, “it’s not that benzos caused dementia; it was the other way around.” Also, there was no control for substance and alcohol use, Dr. Salzman said (J Clin Psychopharmacol. 2015 Feb;35[1]:1-3).

A more robust study followed patients 65 years and older for a mean of 7.3 years, comparing benzodiazepine users to nonusers. The team found a slightly higher risk of dementia in people with minimal exposure to benzodiazepines but not with the highest level of exposure, and concluded that the finding did “not support a causal association between benzodiazepine use and dementia” (BMJ. 2016 Feb 2;352:i90).

Meanwhile, a recent review of more than a million patients found either no or a minor increased risk of mortality, another concern with benzodiazepines in the elderly. “If a detrimental effect exists, it is likely to be much smaller than previously stated and to have uncertain clinical relevance. Residual confounding likely explains at least part of” it, the investigators concluded (BMJ. 2017 Jul 6;358:j294).

To be sure, short-term memory loss can occur with benzodiazepines, but patients did not seem to mind in a study Dr. Salzman conducted years ago in an upscale nursing home in Boston. A “dramatic” rebound was reported in short-term recall 2 weeks after volunteers tapered off benzodiazepines, mostly lorazepam, compared with those who stayed on them.

“I sat down to have lunch with the discontinuers, and I said to them, ‘Aren’t you glad that you are not taking these horrible drugs anymore, and your memory is so much better? They said, ‘No, what’s to remember? It was true that when we were taking those drugs, we might not have remembered what we watched on television the night before, but if you give a choice between feeling calm in the days, sleeping at night, and remembering what we watch on television, we’ll take the calm and the sleep every time,’ ” Dr. Salzman said.

He had no disclosures.

aotto@mdedge.com

SAN FRANCISCO – Used appropriately, the benefits of benzodiazepines far outweigh the risks in elderly people, according to Carl Salzman, MD, a psychiatry professor at Harvard Medical School, Boston.

M. Alexander Otto/MDedge News

Appropriate use means very low doses – 0.5 mg or less every day or b.i.d. – of short-acting benzodiazepines, either lorazepam, oxazepam, or temazepam. There’s no worry of dose escalation or addiction in the elderly, and since the drugs are not metabolized by the cytochrome P450 system, the risk of drug interactions is very small, except for a compounding effect with alcohol and other sedative hypnotics, such as zolpidem (Ambien). The fall risk is lower than it is with antidepressants and antipsychotics (Psychiatr Serv. 2003 Jul;54[7]:1006-1); (Arch Intern Med. 2009 Nov 23;169[21]:1952-60).

In short, the drugs are “wonderful” for geriatric anxiety and anxiety-related insomnia, Dr. Salzman said at the American Psychiatric Association annual meeting.

Even so, it’s “very hard to get doctors and residents to prescribe them.” It’s like the benzodiazepine scare in the 1980s, about valium. “Newspapers were filled with stories about addicts. I’m having a little bit of déjà vu all over again,” he said.

This time around, the problem is a concern that benzodiazepines cause Alzheimer’s disease, plus collateral damage from the opioid crisis. People with addiction to opioids like benzodiazepines, because they boost the high, so they have significant street value, and drug seekers demand them in the clinic. Some clinicians would rather not deal with the drugs at all.

The Alzheimer’s worry stems largely from a widely reported review that found an association between Alzheimer’s disease and previous benzodiazepine use. The finding was based on public health insurance data from Quebec; no patients were seen (BMJ. 2014 Sep 9;349:g5205).

Among many “very large questions” about the study’s validity, people “may have been on benzos because they already had memory impairment and were anxious about it,” a common occurrence. In that case, “it’s not that benzos caused dementia; it was the other way around.” Also, there was no control for substance and alcohol use, Dr. Salzman said (J Clin Psychopharmacol. 2015 Feb;35[1]:1-3).

A more robust study followed patients 65 years and older for a mean of 7.3 years, comparing benzodiazepine users to nonusers. The team found a slightly higher risk of dementia in people with minimal exposure to benzodiazepines but not with the highest level of exposure, and concluded that the finding did “not support a causal association between benzodiazepine use and dementia” (BMJ. 2016 Feb 2;352:i90).

Meanwhile, a recent review of more than a million patients found either no or a minor increased risk of mortality, another concern with benzodiazepines in the elderly. “If a detrimental effect exists, it is likely to be much smaller than previously stated and to have uncertain clinical relevance. Residual confounding likely explains at least part of” it, the investigators concluded (BMJ. 2017 Jul 6;358:j294).

To be sure, short-term memory loss can occur with benzodiazepines, but patients did not seem to mind in a study Dr. Salzman conducted years ago in an upscale nursing home in Boston. A “dramatic” rebound was reported in short-term recall 2 weeks after volunteers tapered off benzodiazepines, mostly lorazepam, compared with those who stayed on them.

“I sat down to have lunch with the discontinuers, and I said to them, ‘Aren’t you glad that you are not taking these horrible drugs anymore, and your memory is so much better? They said, ‘No, what’s to remember? It was true that when we were taking those drugs, we might not have remembered what we watched on television the night before, but if you give a choice between feeling calm in the days, sleeping at night, and remembering what we watch on television, we’ll take the calm and the sleep every time,’ ” Dr. Salzman said.

He had no disclosures.

aotto@mdedge.com