NEW YORK, April 28, 2010 (GLOBE NEWSWIRE) -- Daxor Corporation (NYSE Amex:DXR), a medical instrumentation and biotechnology company, today announced the receipt of a signed trial agreement from The University of Florida College of Veterinary Medicine in Gainesville, Florida. This will provide the Veterinary Medical Center with a Blood Volume Analyzer-100 (BVA-100), an instrument which enables semi-automated measurement of a patient's total blood volume, red blood cell volume and plasma volume. Blood volume abnormalities have been observed in human patients suffering from various medical conditions, such as heart failure or trauma. This will provide an opportunity to assess whether the BVA-100 can be used to diagnose and treat similar conditions in animal subjects.
The University of Florida College of Veterinary Medicine is the only veterinary college in the state of Florida, and one of only 28 accredited veterinary colleges in the U.S. The University of Florida Veterinary Medical Center is the largest animal specialty referral hospital in the Southeastern U.S. Approximately 16,000 dogs, cats, and other small animal domestic and wildlife species are treated at their Small Animal Hospital each year. 4,000 horses are treated at their Large Animal Hospital annually, and 1,000 farm animals – including beef and dairy cattle – are treated in their home farm environments by veterinarians from the Center. The University of Florida Veterinary Medical Center prides itself on its state-of-the-art medical care and cutting-edge research program.
Veterinarian Carsten Bandt, DACVECC, Assistant Professor for Emergency and Critical Care in the Department of Small Animal Clinical Science, recently performed a series of rare dialysis procedures on a 14-month-old bull terrier named Zansi suffering from kidney failure. These treatments stabilized Zansi until she was able to receive a successful transplant with a kidney donated by one of her littermates. Dr. Bandt stated that "we are very excited to have the BVA-100 in our facility and think that the ability to know a patient's total blood volume from a direct and accurate measurement will be a great asset in our studies of dialysis, hemorrhagic shock and general fluid management."