This new tissue clearing method simplifies and speeds up the process to render tissue optically transparent, enabling 3D imaging of entire, intact tissues or organs.
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Eggs and embryos go through an unexpected journey that is more dynamic and complex than previously thought.
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Researchers at Baylor College of Medicine previously found evidence that the placenta harbors a sparse but still present community of microorganisms, which they and other
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For nearly 30 years the laboratory of Dr. Wah Chiu, Distinguished Service Professor and Alvin Romansky Professor of Biochemistry and Molecular Biology at Baylor has
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Dr. 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
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Scientists 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
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IMAGE 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
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Mouse 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
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By Julia Parsons In an era when increasing pressures to increase clinical productivity can create data overload and when time is limited, sometimes the critical issue
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The large surface area of graphene, a thin, tightly packed layer of carbon atoms, makes it an ideal scaffold to which you can attach a
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