Bone morphogenic proteins future therapeutic applications
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Stimulating the human body to generate and repair bone, reliably and quickly has been one of the greatest challenges of orthopedic research.

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Stimulating the human body to generate and repair bone, reliably and quickly has been one of the greatest challenges of orthopedic research. Traditional procedures like bone grafting techniques do not always result in successful bone fusion. Innovations in this field have revealed that a genetically produced protein (Bone Morphogenic Protein (BMP)) has the ability to stimulate patient's own cells to generate bone. These proteins hold many advantages in the treatment of bone fractures and bone defects. Currently, two of these proteins BMP-2 and BMP-7, are approved for clinical use in non-union, tibial fractures and spinal fusion procedures. Extensive researches on BMPs promise new and distinct clinical applications in the future. Percutaneous injections are at present the focal point of research for the applications of BMPs, while these are further being considered for engineering the regeneration of skeletal parts.

This analysis was taken from a research paper published by GlobalData, to download the full Research Paper for free, click below:

http://www.researchviews.com/healthcare/medical/orthopedicdevices/Viewpoints.aspx?sector=Orthopedic%20Devices&DocID=9906

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About ResearchViews.com reliably and quickly has been one of the greatest challenges of orthopedic research. Traditional procedures like bone grafting techniques do not always result in successful bone fusion. Innovations in this field have revealed that a genetically produced protein (Bone Morphogenic Protein (BMP)) has the ability to stimulate patient's own cells to generate bone. These proteins hold many advantages in the treatment of bone fractures and bone defects. Currently, two of these proteins BMP-2 and BMP-7, are approved for clinical use in non-union, tibial fractures and spinal fusion procedures. Extensive researches on BMPs promise new and distinct clinical applications in the future. Percutaneous injections are at present the focal point of research for the applications of BMPs, while these are further being considered for engineering the regeneration of skeletal parts.

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