Video of the Month: The developing embryo
This 3D rotating visualization of a developing embryo shows the locations of proteins involved in orchestrating this complex process.
Read MoreThis 3D rotating visualization of a developing embryo shows the locations of proteins involved in orchestrating this complex process.
Read MoreAn improved tissue clearing protocol called EZ Clear renders entire organs, like this mouse heart, optically transparent for imaging.
Read MoreThis new tissue clearing method simplifies and speeds up the process to render tissue optically transparent, enabling 3D imaging of entire, intact tissues or organs.
Read MoreEggs and embryos go through an unexpected journey that is more dynamic and complex than previously thought.
Read MoreResearchers at Baylor College of Medicine previously found evidence that the placenta harbors a sparse but still present community of microorganisms, which they and other
Read MoreFor nearly 30 years the laboratory of Dr. Wah Chiu, Distinguished Service Professor and Alvin Romansky Professor of Biochemistry and Molecular Biology at Baylor has
Read MoreDr. Wah Chiu heads the lab of Electron Cryomicroscopy of Biological Nanomachines at Baylor College of Medicine. In Chiu’s lab, science not only resolves microscopic structures
Read MoreScientists are using DNA to build nano-scaled devices – DNA origami – that could be used to improve our understanding of basic biological mechanisms as well as
Read MoreIMAGE OF THE MONTH: MCF-7 breast cancer cells: Triple immunofluorescence for estrogen receptor (in red), androgen receptor (in green) and glucocorticoid receptor (in blue) demonstrates marked
Read MoreMouse mammary carcinoma 4T1 cells in pseudo-colored scanning electron micrographs. These mouse breast tumor cells (shown in these pseudo-colored scanning electron micrograph, are used to
Read More