Abstract:Stroke is currently the second leading cause of mortality and adult disability in the world.It expects to increase dramatically over the coming years.Stroke and its related illnesses cost the healthcare syste...Abstract:Stroke is currently the second leading cause of mortality and adult disability in the world.It expects to increase dramatically over the coming years.Stroke and its related illnesses cost the healthcare system billions of dollars each year worldwide,thus causing significant financial burden and economic hardship in the world.The disabilities afflicted in stroke survivors have also created significant social and economic impacts on societies worldwide.It is thus imperative that medical researchers develop effective treatment strategies in order to meet this today's challenge.Presently,even the cellular and molecular mechanisms of stroke are better understood,the effective treatment for stroke is still very limited.This has led stroke researchers to pursue different neuroprotective strategies aiming non-glutamate mechanisms to prevent neuronal damage and to promote neuronal survival,regeneration and functional recovery in stroke,thus offering potentially long-term economic,social,and healthcare benefits worldwide.展开更多
Brain injuries are frequently resulting in physical disabilities due to inadequate axonal regeneration.This review discusses the role of calcium binding proteins in axonal regeneration,and elucidates the potential usa...Brain injuries are frequently resulting in physical disabilities due to inadequate axonal regeneration.This review discusses the role of calcium binding proteins in axonal regeneration,and elucidates the potential usage of novel invertebrate calcium binding proteins in promoting axonal regeneration of mammalian central neurons.展开更多
文摘Abstract:Stroke is currently the second leading cause of mortality and adult disability in the world.It expects to increase dramatically over the coming years.Stroke and its related illnesses cost the healthcare system billions of dollars each year worldwide,thus causing significant financial burden and economic hardship in the world.The disabilities afflicted in stroke survivors have also created significant social and economic impacts on societies worldwide.It is thus imperative that medical researchers develop effective treatment strategies in order to meet this today's challenge.Presently,even the cellular and molecular mechanisms of stroke are better understood,the effective treatment for stroke is still very limited.This has led stroke researchers to pursue different neuroprotective strategies aiming non-glutamate mechanisms to prevent neuronal damage and to promote neuronal survival,regeneration and functional recovery in stroke,thus offering potentially long-term economic,social,and healthcare benefits worldwide.
文摘Brain injuries are frequently resulting in physical disabilities due to inadequate axonal regeneration.This review discusses the role of calcium binding proteins in axonal regeneration,and elucidates the potential usage of novel invertebrate calcium binding proteins in promoting axonal regeneration of mammalian central neurons.
