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Achilles Heel in Dengue Virus Discovered

Researchers have found new hope for a vaccine against dengue fever after discovering a vulnerable site on the surface of the Dengue virus that is targeted by the only broadly neutralizing human antibodies identified to date.   More...
26 Apr 2015

Low-Temperature Plasma Treatment Kills Prostate Cancer Cells

By combining physics and biology a team of British cancer researchers has shown that low-temperature plasma treatment kills prostate cancer cells in culture and may warrant development into a therapeutic tool to replace radiation and photodynamic methods.  More...
22 Apr 2015

Ebolavirus Nucleoprotein Suggested as Possible Drug Target

A team of molecular virologists has isolated and characterized a peptide from Ebolavirus that is critical to the pathogen's ability to reproduce inside infected cells.  More...
19 Apr 2015

PROPPR Trial Supports Use of Transfusion Protocol Initially Developed for Battlefield Trauma Patients

In a groundbreaking multisite prospective clinical trial, the damage control resuscitation protocol for massive blood transfusion significantly improved severe trauma patient outcome from hemorrhagic shock, when compared to another commonly used protocol.  More...
04 Mar 2015

Alzheimer's Disease Symptoms Reversed for the First Time

Researchers at the Sunnybrook Research Institute, have found a way to reverse some of the symptoms of Alzheimer's disease, using Magnetic Resonance imaging-guided focused ultrasound.   More...
24 Feb 2015
Image:  Graphical summary of a new study showing that athletic performance (and therefore sport event outcome) also depends on the circadian rhythms of individual athletes (Photo courtesy of University of Birmingham and Cell Press).

Outcome of Sports Events May Depend on Circadian Rhythms

According to a new study, the outcome of sporting events may depend on how well the timing of the match aligns with the internal biological clocks of the athletes, and so could change performance by the hour depending on what time it is for their inner clock.   More...
10 Feb 2015

Reprogramming Stem Cells May Suppress Cancer after Radiotherapy

The body has developed strategies of purging defective stem cells. A new study has revealed that one of these ways is a “program” that makes stem cells damaged by radiation differentiate into other cells that can no longer survive forever.   More...
27 Jan 2015

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