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Scientists believe the abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether turmeric could help the brain to heal itself. This is abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether news for those affected by degenerative brain abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether. Researchers from the Institute of Neuroscience and Medicine in Germany examined the abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether of properties found in turmeric on rats. The researchers injected rats with a abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether from turmeric. After scanning the rodents' brains, they found that abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether of the brain known for abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether cell growth were more active. They say the spice could lead to new abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether for treating strokes, Alzheimer's and other diseases. Lead scientist Dr Adele Rueger said it was abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether the compound could "boost the effectiveness" of our brain abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether, and "help boost repair in the brain".

Research is still in its abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether and more trials are needed to see what abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether it has for humans. Dr Laura Phipps, from the charity Alzheimer's Research UK, told the BBC that it was too abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether to decide whether or not the research will be groundbreaking. She said: "It is not abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether whether the results of this research would translate to people, or abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether the abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether to generate new brain cells in this way would benefit people with Alzheimer's disease." She added: "We'd need to see abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether studies to fully understand this compound's effects in the abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether of a complex disease like Alzheimer's. Until then, people shouldn't take this as a abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether to stock up on supplies of turmeric for the spice abilitycellsclearcompoundcontextdiseasesdrugsearlyeffectsencouragingfurtherinfancynervepartspossiblepotentialracksignspicewhether."