New Techniques Yield New Info on Alcohol Related Birth Defects
Using new imaging tools with spatial resolution up to a million times higher than clinical magnetic resonance imaging and new techniques for 3D shape analysis,…
Using new imaging tools with spatial resolution up to a million times higher than clinical magnetic resonance imaging and new techniques for 3D shape analysis,…
In what may lead to better treatments for osteoporosis, Harvard researchers discovered a new role for vascular endothelial growth factor (VEGF), a common signaling protein…
A newly published study details how Harvard scientists used Total Internal Reflection Fluorescence microscopy (TIRF) to capture the first-ever real-time footage of the initial five…
By using optogenetics, a new study from a team of scientists is one of the first to use light to regulate metabolic activity in the…
By developing a new fluorescent labeling strategy and employing super-resolution light microscopy, researchers at UC Berkeley were able to examine the structure of bacterial biofilms…
A team of researchers isolated and determined the unique genetic profile of beige fat for the first time, finding that beige fat is genetically distinct…
Using an animal model, scientists investigated the effects of a defective switch on cardiac development, finding that Ajuba plays a central role in regulating the…
A newly published study describes how a cell reorganizes its infrastructure to heal a wound, finding that for this process the cell uses formins, key…
New research from the Harvard Medical School and the Dana-Farber Cancer Institute examines why a diet high in fat and low in carbohydrates can reduce…
By subjecting cells to high selection pressure in a laboratory setting, researchers at Max Planck Institute were able to fast-forward gene transfer from the chloroplasts…