January 17th 2025
This systematic review and meta-analysis highlighted several key findings on use of probiotics as a treatment of pediatric patients with allergies to food.
SimulatED™: Diagnosing and Treating Alzheimer’s Disease in the Modern Era
View More
A Tethered Approach to Type 2 Diabetes Care – Connecting Insulin Regimens with Digital Technology
View More
Surv.AI Says™: What Clinicians and Patients Are Saying About Glucose Management in the Technology Age
View More
Clinical ShowCase™: Forming a Personalized Treatment Plan for a Patient With ANCA-Associated Vasculitis
View More
Addressing Healthcare Inequities: Tailoring Cancer Screening Plans to Address Inequities in Care
View More
Patient, Provider & Caregiver Connection™: Understanding the Patient Journey to Provide Personalized Care for Generalized Pustular Psoriasis
View More
Cases and Conversations™: Applying Best Practices to Prevent Shingles in Your Practice
View More
Clinical Consultations™: Addressing Elevated Phosphate Levels in Patients with END-STAGE Kidney Disease (ESKD)
View More
Treatment of COPD Based on Symptoms
January 17th 2025Panelists discuss how chronic obstructive pulmonary disease (COPD) management follows a stepwise approach, beginning with bronchodilators (typically short-acting β2-agonists/long-acting β2-agonists) and progressing to combination therapy with long-acting muscarinic antagonists/inhaled corticosteroids based on symptom severity. Current unmet needs include more targeted anti-inflammatory treatments, better biomarkers for phenotyping, and therapies to halt disease progression, particularly for those who don’t respond well to conventional treatments.
Health and Economic Burden of COPD
January 17th 2025Panelists discuss how, despite being preventable and treatable, chronic obstructive pulmonary disease (COPD) has emerged as a major global health challenge due to widespread exposure to risk factors, particularly tobacco smoke, which remains the primary cause despite declining smoking rates in some regions. Early environmental exposures play a crucial role—workplace pollutants, air pollution, and secondhand smoke can damage developing lungs, whereas genetic factors like α1-antitrypsin deficiency increase susceptibility.