By Amanda Hazen
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This post was contributed by guest blogger Jon Backstrom, a biochemist in the Vanderbilt Eye Institute and Tonia Rex's lab. A common strategy to determine the binding kinetics of a purified protein involves immobilization on a solid support. This allows washing away of unbound ...
This post was contribued by guest bloggers Aline and Benjamin Glick from SnapGene. SnapGene was created to meet a need. While there were software tools available to biomedical researchers manipulating DNA sequences on a daily basis, many found these tools inadequate for ...
This post was contributed by Kusumika (Kushi) Mukherjee, a Postdoc at Massachussetts General Hospital. A little over a decade back when Yamanaka and colleagues reported that it is possible to reprogram differentiated cells into induced pluripotent stem cells (iPSCs) by the ...
In the fourth episode of our Hot Plasmids podcast series, you'll learn about new libraries for studying B. subtilis biology, plasmids for enhancing iPSC production, and CRISPR tools for plants. You can find additional hot plasmids in our quarterly newsletter or on our hot ...
In the third episode of our Hot Plasmids podcast series, you'll learn about optogenetics tools for controlling protein activity, methods for increasing CRISPR editing efficiency, new CRISPR base editors, DIY DNA ladders. You can find additional hot plasmids in our newsletter or ...
This post was contributed by guest blogger, Jay P. Morgenstern, Ph.D., Director, Genetic Engineering & Molecular Biology at Warp Drive Bio. The post is in memoriam of his late father and pBABE’s namesake, Harold (Babe) Morgenstern.
In the second episode of our Hot Plasmids podcast series, you'll learn about new red fluorescent proteins, AAV tools for targeting the nervous system, and vectors for zebrafish engineering. You can find additional hot plasmids in our newsletter or on our hot plasmids webpage.
