By Beth Kenkel
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This post was contributed by guest blogger Joachim Goedart, an assistant professor at the Section of Molecular Cytology and van Leeuwenhoek Centre for Advanced Microscopy (University of Amsterdam). GFP is the most popular, most widely used genetically encoded fluorescent probe. ...
Kinases: they regulate many proteins, with ~1/3 of human proteins predicted to be phosphorylated on at least one site. Phosphorylation is particularly important for regulating signal transduction and measuring kinase activity at the single-cell level can aid in drawing ...
This post was contributed by guest blogger Talley Lambert, a Research Associate at Harvard Medical School. The need for a community fluorescent protein database As recognized by the 2008 Nobel Prize, fluorescent proteins (FPs) have become one of the most indispensable tools in ...
This post was contributed by Kyle Hooper at Promega. Researchers have been sharing plasmids ever since there were plasmids to share. Back when I was in the lab, if you read a paper and saw an interesting construct you wished to use, you could either make it yourself or you could ...
This post was contributed by guest blogger, Eugenia Rojas. A question worthy of a PhD: How do you visualize protein turnover within a neuron? For my PhD I studied a synaptic protein that is linked to neurodegeneration. The level of this protein is decreased in Alzheimer’s ...
Since the discovery of GFP over 50 years ago, the growing spectrum of fluorescent proteins (FPs) has been an invaluable resource for studying the organization and function of cellular systems. FPs have been used to track protein localization, cell structure, intracellular ...
This post was contributed by Doug Richardson, Director of the Harvard Center for Biological Imaging and a Lecturer on Molecular and Cellular Biology at Harvard University. No matter whether you are a sports photographer at the Super Bowl, a medical technologist taking an x-ray, ...
