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Humble aquarium fish helps Melbourne scientists discover how to reverse muscle trauma ThuThursday 11 A popular aquarium fish is helping medical researchers working in the field of muscle regeneration. ( Share Print text only Cancel Melbourne scientists say they have found a way to harness the power of stem cells and make them regenerate muscle, in a discovery that could offer hope for muscular dystrophy sufferers, the elderly and people with muscular limb damage. Key points: They say the speed and extent of the repairs haven't been seen before Clinical trials are at least two years away, but ...

A new study shows how a single mutation caused fish to develop human-like limbs which is why ancient sea vertebrates were able to move to land.

Findings could also apply to humans mentioned also. his colleagues at the live nets institute and beg to differ the ageing process and humans is highly complex. it's possible to optimize a mechanism so that it functions longer like with a car you can improve the engine but there might come up a point when the clutch goes or the bodywork falls apart there will always be something that puts a spanner in the works so ultimately we don't expect we'll be able to extend lifespans beyond one hundred twenty. but in the future will people be living into their hundreds and remaining in good shape these ...

Genes involved in the formation of the kidneys and the larvae will still be capable of completely repairing the organ if it's damaged. researchers still don't fully understand how zebrafish can bring new their organs but they hope the phenomenon can shed light on the regeneration of human organs. their goal here and this applies to gerontology in general it's not so much to extend the human lifespan. their natural limit is around one hundred twenty give or take the goal is to maintain good health as long as possible what we want to do is extend our health spends this way to get on this or the ...

Possible to extend life spans with medication or by adjusting diets so these findings could also apply to humans. his colleagues at the live nets institute and begged to differ the aging process and humans as highly complex. it's possible to optimize a mechanism so that it functions longer like with a car you can improve the engine but there might come up point when the clutch goes or the bodywork falls apart there will always be something that puts a spanner in the works so ultimately we don't expect we'll be able to extend lifespans beyond one hundred twenty. but in the future will people be...