Add BrightSurf on Google Email

University of Western Ontario


Genetically modified mice reveal another mechanism contributing to heart failure

A study using genetically modified mice reveals a previously unidentified mechanism contributing to heart failure, specifically the decreased release of neurotransmitter acetylcholine. This finding opens up a new avenue for treating failing hearts and highlights the significance of acetylcholine regulation in cardiac function.

SourceUniversity of Western Ontario·JournalMolecular and Cellular Biology·DateFeb 1, 2010

Sweating out the cravings

A recent study shows that supervised exercise combined with nicotine replacement therapy can help women quit smoking and reduce weight gain. However, long-term relapse rates remain a challenge, highlighting the need for cost-effective maintenance programs to prevent smoking relapse.

Why cancer cells just won't die

A cancer researcher has identified a protein called RanBPM that regulates apoptosis, a process by which damaged cells self-destruct. The discovery has implications for both diagnosing and treating cancer, as it may enable targeted therapy to reactivate apoptosis and kill cancer cells.

SourceUniversity of Western Ontario·JournalMolecular Cancer Research·DateDec 9, 2009

How superbugs control their lethal weapons

Researchers at University of Western Ontario discovered that superbugs like Staphylococcus aureus can manipulate the immune system to prevent toxic shock syndrome. The study identifies a mechanism by which the bacteria bind to immune cells and produce an anti-inflammatory protein, allowing them to evade the host's defense.

SourceUniversity of Western Ontario·JournalNature Medicine·DateMay 24, 2009

Building better bones and tissue in the lab

The University of Western Ontario has received $45.5 million in funding from the Canada Foundation for Innovation to develop new methods for growing stronger lab-grown bones and tissue. This will help address conditions such as arthritis, osteoporosis, and traumatic injuries, where current lab-grown materials lack sufficient strength.

Unraveling 'math dyslexia'

Research by Daniel Ansari at the University of Western Ontario is exploring brain differences between children with math difficulties and those with both math and reading problems. Children with developmental dyscalculia show atypical activation patterns in the parietal cortex, which may lead to remediation tools to improve their lives.

SourceUniversity of Western Ontario·JournalJournal of Experimental Child Psychology·DateSep 24, 2008