Featured research from BEAM faculty and students
Newly discovered mode of drinking in mosquitoes carries biomedical implications
BEAM Associate Professor Jake Socha talks about his recent study in Scientific Reports detailing the discovery of a new mode of drinking in mosquitoes, which the researchers have named the burst mode. The team used the synchrotron x-ray facility at Argonne National Laboratory to collect live videos of the mosquitoes' drinking mechanisms.
Mosquitoes and the diseases they carry remain an ongoing focus of public health concern. These new findings on the insect’s feeding mechanisms and modalities could have larger implications for how scientists address mosquito-borne disease transmission in future research.
Latest BEAM research discoveries
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Study identifies possible treatment target for Alzheimer’s, age-related cognitive decline
New research from a collaborative team of neuroscientists and engineers at Virginia Tech and the University of Virginia is shedding light on the underlying mechanisms of brain aging, along with associated neurological diseases.
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VTCRI scientists, Carilion clinicians first to identify perinexus in human heart
Steve Poelzing, associate professor at the Virginia Tech Carilion Research Institute, and Soufian AlMahameed, who was the director of the Carilion Clinic's Center for Atrial Fibrillation, led the research team that first identified the perinexus in the human heart.
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Virginia Tech researchers awarded USDA grant to study the spread of devastating wheat diseases
A Virginia Tech research project focused on the dispersal of two wheat pathogens will receive $498,708 over the next three years from the Agriculture and Food Research Initiative.
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Difference in gene switching discovered in different parts of brain
In a study published in Science Advances, Chang Lu and his team found significant difference in the molecular machinery that turns on and off gene expression between the cerebellum and prefrontal cortex of a mouse brain.
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Virginia Tech 'fog harp' increases collection capacity for clean water
Fog harvesting could help alleviate that shortage, and now an interdisciplinary research team at Virginia Tech has improved the traditional design of fog nets to increase their collection capacity by threefold.
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