Case Presentation: Melon, a male intact Domestic Shorthair (DSH) feline, was rescued by the Austin Pets Alive! (APA!). On July 2, 2021, Melon presented with symptoms of ravenous appetite, excessive thirst, and increased urination. A series of urine samples were subjected to analysis using IDEXX test strips, revealing a significant presence of glucose (4+, equivalent to 1000mg/dl) and ketones (1+, equivalent to 15mg/ml). Notably, Melon consumed over 500ml of water during the course of a single night.
Revitalize Health & Immunity supplements from Bloom Bioscience were administered. The subsequent day saw a return to normal water consumption, with the excessive urination abated. Despite these improvements, urine analysis still indicated the presence of glucose. Consequently, on July 4, 2021, insulin therapy was introduced at a rate of 1 unit every 12 hours. Additionally, a diabetes-friendly diet, low in carbohydrates, was incorporated.
Approximately two weeks later, a comprehensive blood glucose (BG) curve assessment was conducted, resulting in an adjustment of the insulin dose to 1.5 units every 12 hours. An important milestone was reached on August 10, 2021, as Melon exhibited hypoglycemic symptoms, which normalized administering glucose. The following day the BG curve was normal. Consequently, insulin administration was suspended. Following another two weeks, a repeat BG curve reinforced the confirmation of diabetes remission.
Conclusion: This case underscores the successful management and eventual remission of diabetes mellitus in Melon. Through a combination of insulin therapy, dietary modifications, and the supplementation of Revitalize Hydration and Revitalize Health & Immunity products from Bloom Bioscience, the cat exhibited a positive response to treatment. The normalization of blood glucose levels, cessation of excessive urination, and a return to regular water consumption collectively demonstrated the efficacy of the intervention. Melon’s subsequent adoption highlights the significance of such comprehensive approaches in feline diabetes management