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Grayson-Jockey Club OKs $748,000 for Research
Date Posted: 2/27/2003 3:35:42 PM
Last Updated: 3/3/2003 11:21:41 AM
The Grayson-Jockey Club Research Foundation board of directors has approved $748,116 in funding for 19 research projects for 2003. It increases the organization's total for equine research since 1983 to more than $10 million.The research funded in 2003 will take place at 11 universities in the United States and Canada. Included are the launch of 10 new projects and the conclusion of nine two-year projects begun last year.The foundation board, chaired by John Hettinger, met in Florida recently to act on the recommendations of a 33-person Research Advisory Committee. The committee, chaired by Dr. Larry Bramlage, involves private veterinary practitioners and university research veterinarians from across North America.The new slate of projects addresses key issues of health and soundness--cartilage repair, laminitis, pneumonia, and West Nile virus--that affect many horses of various uses and breeds.Projects for 2003 are titled:Key factors in the cause of laminitis Specific immune functions involved in protecting against herpesvirus-1 Vaccine development for Rhodococcal pneumonia Toward a better strangles vaccine Effects of early exercise on bones and joints Variations in EPM, and how they relate to the causative organismHoof growth and development: New revelations Laminitis: Changes in the small arteries of the foot Managing damage to joint cartilage resulting from exercise Immunity in foals vaccinated for West Nile VirusTwo-year projects funded for a second year are titled: Accelerated regression of endometrial cups Effect of airway inflammation and mucus on racehorse performanceRespiratory immune responses of foalsRole of Streptococcus bovis exotoxins in equine laminitis Colonic pathophysology in horses administered phenylbutazoneGrowth factor gene transduced stem cells for cartilage repairFunctional analysis of equine laminar arteryElectrical cardioversion of atrial fibrillation in the horseEquine genes, microarrays and responses to Gram-positive toxins
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