regeneration

Tamarind seeds may offer cure for damaged brain cells

In what could revolutionise the treatment of people paralyzed by spinal injury or afflicted with conditions such as Parkinson’s disease, Andrew Rodda, a PhD student at Monash University has developed an injectable biomaterial that may regenerate the damaged nerve membranes in the brain and spinal cord.

People with spinal injuries and brain diseases are sometimes left with permanent disabilities because damage to the nerve cells, networks of neurons in the brain, and spinal cord are considered beyond repair.

Cancer drug shows promise in treating spinal injuries--study

In what could pave the way towards a new treatment for nerve cell regeneration after spinal cord injuries, researchers claim the cancer drug Taxol, has the potential to repair damaged nerve membranes of the spinal region and restore their ability to transmit signals to the brain.

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After spinal cord injuries, many factors halt the regeneration of nerve cells, which are networks of neurons in the spinal region that are thought to produce an automatic walking motion.

According to experts, re-growth of nerve cells, known as axons is halted because of the formation of scar tissue and the blockage of microtubules, small protein tubes in the cell cytoskeleton.

The researchers found that the drug Taxol when given to rats with spinal injury targeted the damaged sensory neurons.

A New Hope for Life – Stem Cells

On Oct. 16, 2006, Carron Morrow, from Alabama was successfully cured through a pioneering study in which stem cells were used to regenerate her failing heart. Not long after the surgery, Morrow began to feel like the same old energetic person.

A New Hope for Life – Stem Cells

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