Image of the Month: Nervous tissue of the fruit fly embryo
The fruit fly is a valuable animal model to unravel the genetic causes of both rare and more common human diseases. This Image of the
Read MoreThe fruit fly is a valuable animal model to unravel the genetic causes of both rare and more common human diseases. This Image of the
Read MoreThis Image of the Month features the cardiac fibroblast, a cell that is central to heart failure, the leading cause of mortality in the U.S.
Read MoreCells of the Islets of Langerhans in the pancreas help regulate blood sugar. Disrupting their normal function can contribute to the development of diabetes. The
Read MoreON THE COVER! The finite nature of brain regeneration. Image by Jeannie Chin. In normal mice, neurogenesis occurs throughout life and decreases as the animals
Read MoreThe Ross Poché lab is dedicated to elucidating the transcriptional and epigenetic mechanisms regulating proliferation and differentiation of retinal progenitor cells to identify new therapeutic
Read MoreOn the cover! The diversity of adult-born neurons. Different colors indicate different adult-born granule cell types and delineate their dendritic arborization
Read MoreStudying the brain of the fruit fly helps understand the human brain, both in health and disease. Working in the lab of
Read MoreIn his lab at Baylor College of Medicine, Dr. Joshua D. Wythe and his colleagues conduct cardiovascular research covering the following areas: Vascular Development, trying
Read MoreIn most adult mammals, only two regions of the brain, the hippocampus and the olfactory bulb, have been shown to integrate new neurons into
Read MoreMaking new viruses requires assembling intracellular replication factories via a complex, little known process that involves both viral and cellular components. New insights into this
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