"New drug" to stop the growth of cancer cells –

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"Al-Ahsa today" – Al-Ahsa

A recent scientific study of a drug, still in its early days, can stop the growth of cancer cells by striking and blocking its internal biological clock.

Scientists from the University of Southern California and Nagoya have so far performed positive tests on mice and have promised to develop an unprecedented new approach to disrupt cancer cell growth and disease.

According to scientists, the brain controls the human biological clock, but recent studies have shown that many cells in the body contain their biological clock.

Research has shown that, if the body's biological clock is disrupted, many diseases can result.

This idea has been questioned by a team of international scientists who have decided to target the biological clock of cancer cells and confuse their growth.

"In some cancers, the disease dominates the mechanism of the cell's biological clock and exploits it for" perverse "purposes in order to promote its growth.

The latest research, published in the journal Science Advance, found a molecule called GO289, which harbors the protein CK2, known to stimulate the growth of cancer cells.

But scientists have also discovered that this molecule prolongs the internal biological clock of cells, says the New Atlas website.

One of the unique advantages of the GO289 molecule lies in the fact that it seems to confuse and selectively inhibit the growth of cancer cells, without however targeting healthy cells.

The molecular test revealed that bone and kidney cancer cells were able to disrupt and disrupt the biological clock of cancer cells.

When the molecule was tested in mice with leukemia, the molecule stopped the growth of cancer cells and even fell into mice infected with the disease.

These results confirm a link between the internal biological clock of cells and the growth of cancer.

However, these results are still in their infancy: it is not known if the treatment can be converted successfully and used in humans, nor is it safe. However, research seems optimistic about these results in the future.

Kay said that this treatment could become a new weapon to kill cancer cells.