Inhibitory Interneurons in Hippocampus Excite the Developing Brain

A new study from the George Washington University, reports that in some critical structures of the developing brain, the inhibitory neurons cause excitation rather than suppression of brain activity. The findings, published in Science Advances, could have implications for the treatment of neonatal seizures.

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BioCompute Object Specification Project Receives Highly Anticipated IEEE Standardization Acceptance

The BioCompute Object Specification Project led by a team at the George Washington University has been officially approved for publication as an internationally recognized standard by the Institute of Electrical and Electronics Engineers Standards Association.

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GW Survey Evaluates Influence of Social Media in Attracting Patients

A recent survey from the George Washington University suggests that patients do not take social media into consideration when looking for a dermatologist and recommend that practitioners should use social media as a tool in engaging and educating patients.

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GW Study Identifies Need for Disaster Preparedness Training for Dermatologists

A new survey from dermatology and emergency medicine researchers at the George Washington University suggests that the dermatology community is inadequately prepared for a biological disaster and would benefit from a formal preparedness training program.

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Study Finds Association Between Patient Therapy Time, Length of Stay After Hip Fracture Surgery

Researchers in the George Washington University Advanced Metrics Lab found that a hip fracture patient’s length of stay in a rehabilitation facility has a greater impact on functional independence than therapy time per day

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