Ubiquitin System: The Next Class of Drug Targets?
A Complex Role in Cellular Process & Growing Tool Set to Elucidate It
Bispecific Antibodies Close in on Cancer
Plotting Molecular Pincer Movements, Denying Cancer Room to Maneuver
Resolving Nonspecific Binding, Regeneration and Other Problems
Researchers Turn to Cloud Computing as Genomic Sequencing Data Threatens to Overwhelm Traditional IT Systems
For all of the acronyms, made-up names, and nomenclature I have encountered in science, I can’t remember the last time I came across a name so visually succinct as BioTapestry. The many (many, MANY) genetic interactions within organisms are very much akin to threads that are elegantly woven to form intricate tapestries. And thus, there seems to be no name more befitting an interactive tool to visualize those genetic interactions. BioTapestry, developed by researchers at the Institute for Systems Biology and the California Institute of Technology, is not merely a tool to visualize what is already known. It is also a tool to build and simulate proposed models of genetic regulatory networks. The quick-start tutorial will teach you what you need to know, and then you too can start weaving together the genetic strands of life.