Experimental Drug to stall BRAIN CANCER?

Experimental Drug to stall BRAIN CANCER?

Researchers have put out that there have been experiments being conducted towards exploring the potential of a new drug to help in fighting brain cancer.

Brain and central nervous system (CNS) cancers have been known to be aggressive and often resilient to the normal therapies prescribed in these cases, such as chemotherapy and radiotherapy.The National Cancer Institute of the National Institutes of Health (NIH) estimates that there were around 23,800 new cases of brain and CNS cancers last year, which amounts to 1.4 percent of all new cancer cases.

Following treatment, only 33.6 percent of these people survived for 5 years or longer in the 2007–2013 period.Over the years, specialists have focused on devising new and much more effective treatments for brain cancer, in an effort to improve the rates of remission and survival.

A research team lead by Dr. Satchindananda Panda, from the Salk Institute for Biological Studies in La Jolla, CA, have started to experiment with a new drug that has the potential to disrupt the growth of cancer cells without the toxic side effects of traditional chemotherapy agents.The researchers studied the effect of a drug called SR9009 on brain tumors in a mouse model. Their findings were published yesterday in the journal Nature.

They noted in their study paper that the disruption of circadian rhythms — or the internal body clock that regulates our day-to-day biological processes — at cellular level can lead to a higher risk of developing cancer. This, they add, is the case in both humans and mice.

About the drug:-

  • The drug SR9009 acts on a type of protein called REV-ERB, which ensures the correct functioning of circadian rhythms.
  • The drug is a “REV-ERB agonist,” meaning that it can establish a molecular bond with REV-ERBs, boosting their activity.
  • Another important characteristic of this experimental drug is that, while it appears to be as effective as other compounds used in the treatment of brain cancer, it selectively targeted the cancer cells and did not have a collateral toxic effect.
  • SR9009 is known to cross the blood-brain barrier,meaning that the drug can be injected into the bloodstream rather than administered directly to the brain.

In vitro tests showed that SR9009 could be used to effectively attack other types of cancer cell, including those typical to  colon cancer, leukemia or skin cancer.This may mean that, in the future, SR9009 could be used to treat a wide array of cancer tumors without the toxic side effects produced by regular chemotherapy drugs.

As Dr. Helen Rippon, chief executive of Worldwide Cancer Research — the charity that co-funded the current study — explains, “Cancer cells often seem to have a broken internal ‘clock.’ Not only does this disrupt the cells’ daily rhythms, but can also turn on molecular circuits that drive tumor growth.Understanding these underlying faults at the root of cancer is essential,” she stresses, “if we are to develop completely new treatments that are more effective and have fewer side effects.”

“We are delighted,” Dr. Rippon concludes, “that this research is already leading towards new treatments for brain tumors and that early results suggest it could be a fruitful approach for other cancers too.”

Image result for brain cancer

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