Lifeboat Foundation: Safeguarding Humanity
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Blog – Page 9847

All brain cells ‘air-kiss’ before they come together to form a final synaptic relationship, new research by University of Kent scientists has revealed.

The breakthrough study reveals that molecular signaling within the brain operates in a very different way to previously thought, with cells now found to use the same pair of molecules for both distant and close contacts.

The research, by a team led by Professor Yuri Ushkaryov of the University’s Medway School of Pharmacy, may lead to a much better understanding of how neurons send messages to distant parts of the brain or other organs in the body, such as muscle cells.

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Today, we want to highlight a study that shows the link between atherosclerosis and the age-related shrinking of the thymus, which is arguably the most important organ of the immune system [1].

The adaptive and innate immune systems and atherosclerosis

The thymus is essentially like an army base where new T cells develop and are trained to become the soldiers of the adaptive immune system. However, as we age, the thymus shrinks, its ability to train new T cells declines, and the immune cell-producing tissue turns to fat and slowly wastes away; this process is known as thymic involution.

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Innovation has real costs—monetary, psychological, intellectual and effort-based—that need to be addressed or mitigated if you want people to actually innovate.

There’s an archetype in media that destruction and upheaval brings out the best ideas and creates jobs. In literature and in society, upheaval, necessity and desperation are portrayed as the prime motivators of innovative behaviour. The problem is that outside of soap operas and medical dramas, people usually have something to lose.

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