New research shows that the brain’s cortex can rapidly reorganize itself after losing neurons, allowing other nerve cells to take over lost functions.

Research has shown that strength training helps people be more productive, live in less pain, and mitigate the detrimental ...

Deep within our nerve cells, a molecule is at work that has no beginning and no end. Instead of a straight chain, as is ...

Deep within our nerve cells, a molecule is at work that has no beginning and no end. Instead of a straight chain, as is it ...

A new understanding of how tumours exploit our nervous system is leading to new ways to treat cancer using familiar drugs ...

Scientists discovered that axons don’t quite look like straight cables. Instead, axons often appear like pearls on a string.

The structure and function of key eukaryotic cell structures ... They come in various forms, including muscle cells for movement, nerve cells for transmitting signals and blood cells for transporting ...

We had to further dissect the data to identify the ones in the nerve cells,” added Hetzer ... long-lived RNAs likely form a stable structure that somehow interacts with the heterochromatin.” ...

Nerve cells (neurons) in the human brain ... “Together with unidentified proteins, long-lived RNAs likely form a stable structure that somehow interacts with the heterochromatin.” ...

tail-like structure that sticks out from the cell body. This axon is separated from the axon of the next nerve cell in the communication chain by a gap called a synapse. When this electrical ...

found evidence that evolution of a new gene underpins the evolution of a new structure found in nerve cells. They describe this unusual gene called piggyBac Transposable Element-derived 1 ...

Neurons vary in structure, function ... If this can be done, these nerve cells could be created to replace those that are lost through age, damage, and disease. Want to see how much you learned ...