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 Brain and other nervous system cancers are expected to claim 14,320 lives in the United States this year, but a recent study has brought hope to this field of oncology.

Much like using dimmer switches to brighten or darken rooms, biochemists have identified a protein that can be used to slow down or speed up the growth of brain tumors in mice.

The results of the preclinical study “CFIm25 links Alternative Polyadenylation to Glioblastoma Tumour Suppression” led by Eric J. Wagner, Ph.D., and Ann-Bin Shyu, Ph.D., of The University of Texas Health Science Center at Houston (UTHealth) and Wei Li, Ph.D., of Baylor College of Medicine appear in the Advance Online Publication of the journal Nature.
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The most common perception regarding the purpose of our brain is the major processor for all of our thought, that this is where an individual’s "mind" resides, along with their essence of self and identity. Certainly, brain damage can affect our cognitive abilities, substantiating the purely scientific stance that we are no more than biological entities without souls, but is that the full story?

A recent study that claims to be able to "switch off" brain activity suggests that the brain is ultimately controllable via external and internal sources, like a computer operating system.
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A recent study has indicated that the practice of regular spiritual activity can help alleviate and protect against depression.

The study, which was published online by JAMA Psychiatry, showed that a thickening of the brain cortex was associated with regular meditation or other spiritual or religious practice, and could be the reason why those activities guard against depression – particularly in people who are predisposed to the disease, according to new research led by Lisa Miller, professor and director of Clinical Psychology and director of the Spirituality Mind Body Institute at Teachers College, Columbia University.
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Scientists have discovered that ultrasound directed to a specific areas of the brain can enhance sensory awareness and perception in the brain.

Most people are familiar with the use of ultrasound scanners as devices that utilise high frequency sound waves to create images of internal organs. This technology has now been adapted by researchers at Virginia Tech Carilion Research Institute to affect brain performance.
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