Category Health/Medical

Could a Drug Engineered from Bananas Fight many Deadly Viruses? New results show promise

Could a drug engineered from bananas fight many deadly viruses? New results show promise

By studying the banana lectin molecule (top left) and what made it bind to both viruses and immune system cells (bottom left), the team was able to figure out how to change the way cells bind it, to make a new version (top right) that still binds viruses but doesn’t cause inflammation (bottom right). Credit: University of Michigan

The process used to create the virus-fighting form may help scientists develop even more drugs, by harnessing the “sugar code” that our cells use to communicate. That code gets hijacked by viruses and other invaders. The new research focuses on a protein called banana lectin, or BanLec, that “reads” the sugars on the outside of both viruses and cells...

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Blocking Enzymes in Hair Follicles promotes Hair Growth

Within 3 weeks, mice that received topical ruxolitinib or tofacitinib had regrown nearly all their hair (right photo; drug was applied only to the right side of the mouse). Little to no hair growth occurred in control mice during the same timeframe (left photo). Credit: From S. Harel et al., Sci. Adv. 1, e1500973 (2015). Distributed under a Creative Commons Attribution Non Commercial License 4.0 (CC BY-NC). 10.1126/sciadv.1500973

Within 3 weeks, mice that received topical ruxolitinib or tofacitinib had regrown nearly all their hair (right photo; drug was applied only to the right side of the mouse). Little to no hair growth occurred in control mice during the same timeframe (left photo). Credit: From S. Harel et al., Sci. Adv. 1, e1500973 (2015). Distributed under a Creative Commons Attribution Non Commercial License 4.0 (CC BY-NC). 10.1126/sciadv.1500973

2 FDA-approved drugs reawaken dormant hair follicles. Inhibiting a family of enzymes inside hair follicles that are suspended in a resting state restores hair growth, a new study has found...

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For the 1st time, direct R/ship b/n Brain Activity, function and Physical fitness in a group of older Japanese men found.

Stroop-interference-related cortical activation patterns. Credit: Image courtesy of University of Tsukuba

Stroop-interference-related cortical activation patterns. Credit: Image courtesy of University of Tsukuba

Neuroimaging studies, in which the activity of different parts of the brain can be visualized, have provided some clues. Until now, however, no study has directly linked brain activation with both mental and physical performance. They found that the fitter men performed better mentally than the less fit men, by using parts of their brains in the same way as in their youth.

As we age, we use different parts of our brain compared to our younger selves. Eg when young, we mainly use the left side of our prefrontal cortex (PFC) for mental tasks involving short term memory, understanding the meaning of words and the ability to recognize previously encountered events, objects, or people...

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Signs of Faster Aging Process identified through Gene Research

Gene Ageing main

An international group of researchers examined expression of genes in blood samples from 15,000 people.

New research has shed light on the molecular changes that occur in our bodies as we age. In the largest study of its kind, an international group of researchers, including experts from the University of Exeter’s Medical School, examined expression of genes in blood samples from 15,000 people across the world.

They found 1,450 genes that are linked to aging, and also uncovered a link between these genes and factors such as diet, smoking and exercise. Whilst the underlying causes of human aging are largely unknown, growing old increases the risk of diseases such as cancer, heart disease, and stroke — 3 of the leading causes of death.

The research team specifically looked for changes in gen...

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