Acceptability of Telemedicine in a Geriatric Outpatient Practice During the COVID-19 Pandemic.

Background: Telemedicine utilization has increased dramatically during the COVID pandemic. Few studies have evaluated the use and acceptability of telemedicine in older populations. This study examined the use and acceptability of telemedicine with older adults in an urban, geriatric practice. Methods: An anonymous survey was sent to patients seen at an urban, geriatric practice using MyChart in EPIC in March 2021. This population of patients is 55 years and older, 50% Black, 40% white, 3% Latino, 3% Asian, and 4% other. This panel is comprised of 71% Medicare, 23% non-Medicare/non-Medicaid, and 6% Medicaid. The total panel of patients includes ∼1,400 patients. The percent of patients on MyChart at the time of the survey was 78%. Thus, about 1,092 patients received the survey. Results: Of the 1,092 patients who received the survey, 247 (22.6%) responded. Around 80.37% of respondents rated their overall experience with telemedicine as good or excellent. Theme areas emerged around the advantages and disadvantages of telemedicine. A majority (70.28%) of respondents rated themselves as Somewhat Confident to Very Confident in use of telemedicine without family/friend assistance. A majority (74.16%) of respondents stated they plan to use telemedicine again. Conclusions: This survey demonstrated the feasibility and acceptability of telemedicine in an urban, geriatric population. A limit to this study is that the survey was administered on-line, so that participants may be biased regarding use of online technology. However, this study showed that the vast majority of older adults were confident in using telemedicine as an alternative to in-person visits during the COVID pandemic and plan on using it again.

Common Breast Problems.

Palpable breast masses, mastalgia, and nipple discharge are commonly encountered symptoms in outpatient practice, causing significant patient anxiety and precipitating medical consultation. The initial workup includes a detailed clinical history and physical examination. Women presenting with a breast mass will require imaging and further assessment to exclude cancer. Diagnostic mammography is usually preferred, but ultrasonography is more sensitive in women younger than 30 years. Any suspicious mass detected on physical examination, mammography, or ultrasonography should undergo biopsy. In most cases, a core needle biopsy should be performed with imaging guidance for evaluation of a suspicious mass. Mastalgia is usually not an indication of underlying malignancy. Oral contraceptives, hormone therapy, some psychotropic drugs, and some cardiovascular agents have been associated with mastalgia. Focal breast pain should be evaluated with diagnostic imaging. Targeted ultrasonography localized to discrete areas of the breast can be used alone to evaluate focal breast pain in women younger than 30 years, and as an adjunct to mammography in women 30 years and older. Topical nonsteroidal anti-inflammatory drugs, such as diclofenac, are a first-line treatment option. The first step in the diagnostic evaluation of patients with nipple discharge is classification of the discharge as pathologic or physiologic. Nipple discharge is classified as pathologic if it is spontaneous, bloody, unilateral, or associated with a breast mass. Patients with pathologic discharge should undergo diagnostic imaging. Galactorrhea is the most common cause of physiologic discharge not associated with pregnancy or lactation. It occurs as a result of an endocrinopathy (hyperprolactinemia or thyroid dysfunction) or from the use of dopamine-inhibiting medications.

Polypharmacy in the Geriatric Oncology Population.

PURPOSE OF REVIEW: This review explores the multiple definitions, epidemiology, and impact of polypharmacy in geriatric oncology patients. Risk factors and clinical implications of polypharmacy are delineated and potential clinical approaches to reduce polypharmacy are reviewed. RECENT FINDINGS: Most sources currently define polypharmacy as the administration of multiple medications that are non-essential, unnecessary, duplicative, or ineffective. Possible risk factors associated with polypharmacy in geriatric cancer patients include comorbid conditions, prescribing cascades, and hospitalization. Consequences of polypharmacy in this population include adverse drug events, drug-drug interactions, reduced adherence, frailty, and increased morbidity. Clinical approaches to the reduction of polypharmacy include thorough medication histories and an interprofessional team approach to care. Polypharmacy is common and has a direct clinical impact on geriatric oncology patients. There is a clear deficit in our understanding of the scope and impact of polypharmacy in this population and only limited evaluation of various interventions exist. The paucity of information is at least partially linked to the consistent exclusion of older adults in cancer studies and the complex interaction between polypharmacy and potential morbidities/mortality.

Health Literacy in Primary Care Practice.

Health literacy includes a set of skills needed to make appropriate health decisions and successfully navigate the health care system. These skills include reading, writing, numeracy, communication, and, increasingly, the use of electronic technology. National data indicate that more than one-third of U.S. adults have limited health literacy, which contributes to poor health outcomes and affects patient safety, and health care access and quality. Although there are a number of tools that screen for limited health literacy, they are primarily used for research. Routinely screening patients for health literacy has not been shown to improve outcomes and is not recommended. Instead, multiple professional organizations recommend using universal health literacy precautions to provide understandable and accessible information to all patients, regardless of their literacy or education levels. This includes avoiding medical jargon, breaking down information or instructions into small concrete steps, limiting the focus of a visit to three key points or tasks, and assessing for comprehension. Additionally, printed information should be written at or below a fifth- to sixth-grade reading level. Visual aids, graphs, or pictures can enhance patient understanding, as can more concrete presentation of numerical information.

Strategies to help reduce hospital readmissions.

The risk assessment tools, medication reconciliation steps, and discharge script provided here can help you keep your patients from going back into the hospital.

Clinical management of urinary incontinence in women.

Most cases of urinary incontinence in women fall under one of three major subtypes: urge, stress, or mixed. A stepped-care approach that advances from least invasive (behavioral modification) to more invasive (surgery) interventions is recommended. Bladder retraining and pelvic floor muscle exercises are first-line treatments for persons without cognitive impairment who present with urge incontinence. Neuromodulation devices, such as posterior tibial nerve stimulators, are an option for urge incontinence that does not respond to behavioral therapy. Pharmacologic therapy with anticholinergic medications is another option for treating urge incontinence if behavioral therapy is unsuccessful; however, because of adverse effects, these agents are not recommended in older adults. Other medication options for urge incontinence include mirabegron and onabotulinumtoxinA. Sacral nerve stimulators, which are surgically implanted, have also been shown to improve symptoms of urge incontinence. Pelvic floor muscle exercises are considered first-line treatment for stress incontinence. Noninvasive electrical and magnetic stimulation devices are also available. Alternatives for treating stress incontinence include vaginal inserts, such as pessaries, and urethral plugs. Limited or conflicting evidence exists for the use of medications for stress incontinence; no medications are approved by the U.S. Food and Drug Administration for this condition. Minimally invasive procedures, including radiofrequency denaturation of the urethra and injection of periurethral bulking agents, can be used if stress incontinence does not respond to less invasive treatments. Surgical interventions, such as sling and urethropexy procedures, should be reserved for stress incontinence that has not responded to other treatments.