We narrowed to 35 results for: lat

CTD2 FASMIC is collection of plasmids that can help scientists functionally characterize thousands of mutations associated with cancer.

This post discusses takeaways from, and tools presented at, the Deaminet 2026 conference, focusing on base editors, prime editors, and translational work.

Changes in export control regulations have make rabies and VSV-G plasmids more accessible to researchers around the world.

An easy demethylation protocol uses CRISPR-based dCas9-directed DNA avoids the use of Tet

Opto-nanobodies (OptoNBs) are nanobodies that can be controlled by light. Learn how you can use OptoNBs to purify proteins or to modulate cell signaling.

Take behind-the-scenes look at the isolation of a thermostable Cas9, IgnaviCas9, from Yellowstone and learn about the advantages of using a thermostable Cas9 protein.

Congratulations to Paula Videira, Michael McMurray, & Richard Gronostajski who each are being awarded free plasmids form Addgene. Read on to learn how these researchers plan to use plasmids for research on diseases of glycosylation, arginine mutagenesis, & neural development.

This protocol describes how to generate a monoclonal cell line from a polyclonal pool of stable cells.

Use this protocol to prepare LB agar plates with antibiotic in your lab.

Learn how to streak bacteria on an LB agar plate to obtain single colonies.

Protocol for Inoculating a Bacterial Culture

Learn how to add antibiotic to a plate after it's already been poured and solidified.

Addgene’s immunology collection contains plasmids for genes involved in innate and adaptive immune signaling and cell-cell communication.

Tired of meetings? Read this blog post for tips on how to run an enjoyable and productive meeting.

Learn how to use recombinase-based state machines from the Lu lab to monitor cellular events and regulate gene expression.