BosPure Clinical Research

  • Joint Health Support

    Medical Journal: Molecular Medicine Reports

    Year: 2011; 8(5):1542-8

    Authors: Kizhakkedath, et al.A formulation containing Curcuma longa (BCM95) and Boswellia serrata (Bospure) extracts was evaluated for safety and efficacy in subjects and directly compared with a selective COX-2 inhibitor. In total, 54 subjects were screened, 30 subjects were enrolled and 28 completed the study. The treatment was well tolerated and did not produce any adverse effect in subjects, as judged by the vital signs, hemogram, liver and renal function tests. The formulation at 500 mg administered twice a day, was more successful than administration of the COX-2 inhibitor (100 mg twice a day) for symptom scoring and clinical examination. The formulation was found to be safe and no dose-related toxicity was found.

  • Healthy Inflammatory Support

    Medical Journal: Journal of Equine Vet Science

    Year: 2012; 32(12):805-815

    Authors: Horohov, et al

    The inflammatory response to vigorous exercise ranges from the mild symptoms of delayed-onset muscle soreness to debilitating injuries affecting soft tissue, joint, and bone. Although there is a great deal of information available on the inflammatory response to exercise in human athletes, less information is available regarding the inflammatory response to exercise in young horses undergoing training for racing careers. Here, we assessed the cytokine response to exercise in a group of young Thoroughbred racehorses during their initial training. Because there is interest in nonpharmacologic approaches to control or ameliorate exercise-induced inflammation, we also examined the anti-inflammatory effect of a nutritional supplement fed to half of the horses undergoing training. Twenty-five Thoroughbred horses aged 2 years were followed through their initial race training. Peripheral blood samples were collected at various times during the exercise for the quantitation of lactic acid, oxidative stress, and inflammatory cytokine gene expression. There was an intensity-dependent effect of exercise on lactate, malondialdehyde, and proinflammatory cytokine gene expression. Although training itself was associated with an overall reduction in inflammatory markers, horses receiving the supplement exhibited further reductions in their indicators of inflammation. As such, this study provides novel evidence of nutritional supplementation reducing post-exercise inflammation. The nutritional supplement consist of formulation made from BCM-95®, BosPure, HydroQSorb, Glycocarn and d-Ribose was fed to the horses twice daily with meals provided everyday throughout the study period. Although exercise-induced changes in cytokine gene expression have been widely studied using treadmill-based exercise tests, the cytokine response to race training had not been investigated in Thoroughbred racehorses. Here, the exercise under race training conditions is associated with the temporal induction of cytokines characteristic of the initial elevation in LAK cell activity immediately after exercise and the subsequent expression of proinflammatory cytokines two hours later. These time- and intensity-dependent changes in cytokine gene expression parallel data from previous studies using treadmill-based exercise testing. There were signs of adaptation to exercise over the training period as indicated by an overall reduction in the expression of proinflammatory cytokines and increased expression of IL-6. Although dietary supplements have been used in horses in the past for various reasons, including performance enhancement, their effect on race training has not been investigated. The nutritional supplement used in this study was associated with an enhanced adaptation to exercise in terms of a significant reduction in proinflammatory cytokine expression before and after exercise. This underscores the potential for nutritional supplementation to reduce exercise-induced inflammatory pathologies in racehorses.

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