Image of the Month: Plasticity of adult-born neurons
Oxytocin drives the development and synaptic integration of new neurons within the adult mouse brain contributing to brain plasticity.
Read MoreOxytocin drives the development and synaptic integration of new neurons within the adult mouse brain contributing to brain plasticity.
Read MoreIn addition to conducting groundbreaking biomedical research, Baylor College of Medicine is also creating better foods to address global food security issues.
Read MoreA healthy mouse liver typically shows a well-developed biliary tree through which bile flows into the intestine to help absorb fats and eliminate toxins.
Read MoreCongratulations to Brandon Pekarek, Benjamin Arenkiel and colleagues for making the cover of Genes & Development!
Read MoreFor years after the first one was posted, we have continued to feature amazing research images from Baylor labs every month.
Read MoreThis work helps predict the types of brain damage and behavior that lead to chronic language loss, thus informing both psychological theories and treatment approaches to language.
Read MoreThe image represents a visual perspective of a more efficient technology to study gene function in the laboratory fruit fly.
Read MoreImmunofluorescence staining of human nose organoid cultures infected with SARS-CoV-2, the virus that causes COVID-19.
Read MoreThis confocal microscopy image shows a section of the brain of a mouse model of Huntington’s disease, with the astrocytes in green and cell nuclei in blue.
Read MoreWhat is transparent, as long as a credit card is thick and helps solve science mysteries? The laboratory worm, C. elegans.
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