New Target to Stop Cancer's Spread

New research about cancerous cells,Researchers at the University of Georgia State find that disrupting a key interaction between two types of proteins in cells inhibits the spread of cancerous cells,This research has helps to developing new  drugs for cancer treatment.

İt is one of the important key for cancerous cells that cell migration is important for the metastasis of cancerous cells.The one of the member of  team Professor Zhi-Ren Lİu  ,professorf of biology and with Jenny Yang,Professor of biochemistry,studied the interaction of two molecules ,p68 RNA helicase and calcium calmodulin.

p68 and calcum calmodulin are essential for cell migration inhibited metastasis.

The findings were recently published in Nature Communications.

"Cancer, at its primary site, will not necessary kill," Liu explained. "Cancer kills by multi-site metastasis. If we are able to disrupt this interaction, we will able to inhibit cancer metastasis. The research indicates that the interaction is absolutely required for all cell migration, and we suspect it may not be limited to cancerous-type cells. It may be a general phenomenon for all cell types."

Calcium-calmodulin is an important protein, acting like a messenger to turn different proteins on and off, said Yang, whose lab focuses on calcium's role in biological processes.

"Calmodulin is a very interesting protein and it interacts with many different systems in response to calcium level changes," she said. "We have demonstrated a new target. There are new ways possible to modulate calcium signaling as a way to treat diseases."

Because cell migration is a common phenomenon that is not only normal, but also related to diseases, there are impacts on treating other diseases, Liu said, from inflammation to neurodegenerative diseases and heart disease.

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