
Speaker:
Jodi L. Westropp, DVM, PhD, DACVIM (SAIM)
Date: 17 July 2025
Location: Bogotá, Colombia
Feline lower urinary tract diseases (LUTD)—including feline idiopathic cystitis (FIC), urolithiasis, and urinary tract infections (UTI)—are among the most common reasons cats visit the veterinarian. In this lecture, Dr. Jodi Westropp emphasizes the critical role that hydration plays in risk reduction and management strategies for LUTD. She explores the science behind water intake by cats, its impact on FIC, urolithiasis, and UTIs, and shares practical tips for increasing hydration. From wet diets to nutrient-enriched water supplements to innovative water delivery methods, learn evidence-based strategies to improve outcomes for your feline patients.
Related Tools and Content
Urine for a Challenge—Suggestions for Cats With Chronic LUTD
Learn how stress, pain, and environment interact in cases of feline idiopathic cystitis—and why the “Five Ps” framework and MEMO therapy are key to long-term management.
Use of Nutrition to Immune Stimulate and Lessen Stress
Explore how targeted nutrition and an Enterococcus lactis SF68-containing probiotic can support the feline immune system and reduce stress. Get actionable insights in this evidence-based lecture.
Practical Approach to Feline Hydration
Learn more about strategies to optimize voluntary water intake of cats.
Hydration support and encouraging voluntary fluid intake in cats
Encouraging cats to consume more water is an important recommendation in a number of situations, including conditions associated with polyuria or increased fluid loss, lower urinary tract disease, chronic constipation and advanced age. Using different cases from her practice, Dr. Caney provides suggestions for supporting patient hydration and encouraging voluntary fluid intake.
HYDRATION IN PETS: Strategies To Manage Water Balance In Cats And Dogs
Water is an essential nutrient and is considered the nutrient most critical for survival. Losses in body water of just 10-15% can cause death, with animals able to tolerate much higher fat or protein losses.