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News Archive
Faculty of Medicine scientists have discovered a way to enhance nerve regeneration in the peripheral nervous system. This important discovery could lead to new treatments for nerve damage caused by diabetes or traumatic injuries. Peripheral nerves connect the brain and spinal cord to the body, and without them, there is no movement or sensation. Peripheral nerve damage is common and often irreversible. This discovery is published in the July 7, 2010 edition of the Journal of Neuroscience.
A study published on Sunday in the journal Nature has shed light on the enzyme integrase, "which is found in retroviruses like HIV and is a target for some of the newest HIV medicines," Reuters reports. Scientists at the Imperial College London and Harvard University grew a crystal of integrase in the lab allowing them to see the enzyme's structure. According to the news service, the scientists "said that having the integrase structure means researchers can begin fully to understand how integrase inhibitor drugs work, how they might be improved, and how to stop HIV developing resistance to them," according to the news service (Kelland, 2/1).
A team led by UT Southwestern researchers has identified a key gene necessary for cells to consume and destroy viruses. The findings, reported online today in Nature, could lead to ways to manipulate this process to improve the immune system's ability to combat viral infections, such as those fueling the ongoing COVID-19 pandemic.
Many women have trouble finding time to exercise in their busy lifestyles. That's especially true for pregnant women who live in northern climates such as Canada, where the weather can limit outdoor activity during winter months every year. But exercise is critical to managing gestational diabetes, a growing problem that occurs in 2 to 9 per cent of pregnancies.
This week at the 51st American Society for Hematology Annual Meeting, a team of researchers from the MLL Munich Leukemia Laboratory presented results from a series of groundbreaking studies which explore alternative, high-throughput 454 Sequencing methods for distinguishing and characterizing the many forms of leukemia and myeloproliferative disorders.
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