We narrowed to 57 results for: nes

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

Targeted mutagenesis helps molecular biologists make changes to a DNA sequence at a precise location. Read on to learn more about EvolvR, a CRISPR-Cas9 based targeted mutagenesis method from the Dueber Lab.

Nano-lanterns contain luciferase fused to a fluorescent protein. The Nagai lab has assembled multicolored nano-lanterns for various applications.

Addgene has a new brand identity! This post describes the design decisions that went into our new logo, style, introductory video, and our mascot, Blugene.

Learn more about NanoBiT technology and explore examples of HiBiT-tagged fusion proteins in action.

Antibody data repositories and search engines can help you find the right antibody for your experiment. Check out a list of helpful links to get you started.

Joining the popular sacB counterselection method is a new suite of toxin-based allelic exchange vector that can be used in many proteobacterial genomes.

SapTrap improves CRISPR genomic tagging in C. elegans by offering scientists an easy one tube assembly reaction to generate high-throughput targeting vectors.

Learn about the importance of antibiotic resistance genes in plasmids. How they work, how to use them, and some great tips.

Learn the tasks and challenges of a healthcare consultant and whether working in this field would make a good fit for you.

GreenGate is a cloning system for rapidly assembling plant transformation constructs and is based on the Golden Gate method.

Yeast genome modification plasmids have been developed for tagging yeast genes with fluorescent proteins, epitope tags, and more. Various systems are described to help you choose which to use for your research.

Read about the iGEM IISER Bhopal team and their work developing a cold tolerant E. coli using specialized chaperones.

Get a behind-the-scenes look at Addgene's new search engine.

Learn how to design a CRISPR screening experiment targeting enhancers.

Acoustic reporter genes (ARGs) are activated by ultrasound instead of light. Updated bacterial and mammalians ARGs can provide contrast and improved utility.

Learn how you can use acoustic reporter genes for in vivo imaging experiments. These are good alternatives to fluorescence reporters.

Learn about some of the latest developments in cancer and immunology research and find resources you can use to accelerate your immuno-oncology experiments.

Hear from the authors about the generation of Genomic Deletions in Mammalian Cell Lines via CRISPR/Cas9.

Learn about TnpB, a small genome editor with a function similar to CRISPR systems!