Feeling hungry? Beginning a meal starts in the brain
This study reveals brain circuits and chemical messengers that contribute to the regulation of meal initiation and food intake.
Read MoreThis study reveals brain circuits and chemical messengers that contribute to the regulation of meal initiation and food intake.
Read MoreOur viewers selected these Images of the Month as the most popular of 2024.
Read More“I highly recommend SOAR to other medical students to explore topics beyond their usual interests and potentially outside their desired specialty,” said Dr. Richard Bui.
Read MoreNeurons (green) and astrocytes (red) work together to regulate storage and retrieval of memories.
Read MoreCharacterizing the trajectory of molecular events leading to Rett syndrome opens new opportunities for novel therapeutic approaches.
Read MoreFunMap assesses the role of cancer-associated mutations and proteins, with broad implications for advancing cancer biology and informing therapeutic strategies.
Read MoreBy capturing the full complexity of cellular responses, SPACe opens new doors for drug discovery that go beyond toxicity.
Read More“We are all walking mosaics of genetically distinct cells,” said Dr. Margaret Goodell.
Read More“I have reassessed much of my career path and interests thanks to the experience I gained with SOAR,” said Dr. Taylor Nack.
Read MoreBHB-Phe is found in the blood after fasting or exercise and can reduce food intake and obesity in mice.
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