We narrowed to 912 results for: plasmid

The COVID-19 pandemic makes open science more important than ever. Read about how Addgene is weathering COVID-19 with support from the scientific community.

Find details on five methods to quantify DNA: UV absorbance, fluorescence dyes, agarose gel electrophoresis, capillary electrophoresis, and diphenylamine.

Stochastic multicolor labeling is a powerful tool for discriminating between neurons. Learn about how a new system named Tetbow (Tetracycline transactivator Brainbow) can bring brighter multicolor labeling to neuronal tracing experiments.

In her first blog post, Addgene Executive Director Chonnettia Jones reflects on highlights of 2022 and shares exciting plans for 2023.

Inntags are new epitope tags designed to minimally interfere with protein folding. Find out more about Inntags in this blog post.

Addgene explains what a material transfer agreement is, how it can benefit you and your academic institution, and how Addgene makes MTAs easy.

The development of adenoviral vectors for the delivery of CRISPR/Cas9 expands genome engineering to primary cells.

Learn about xCas9, an engineering Cas9 variant with broad PAM flexibility and high on-target specificity.

Read updates on new developments in cancer research and learn about Addgene's Cancer Collection pages.

Overview of the MORF library collection and accompanying ATLAS deposited at Addgene

Learn how to place an order using a PO number for your Addgene order.

Learn how you can use kinase translocation reporters to monitor kinase activity at the single cell level.

Addgene's antibody lab member Kate describes each step in recombinant antibody production process.

Learn a variety of techniques you can use increase the fidelity of multi-part Golden Gate Assembly reactions.

The most viewed as well as editor's choice blog posts for September 2016: Apps for Lab Life, Phage Tools, and Running for a cause.

A review of the CasPEDIA resource and its features.

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

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.

Addgene welcomes Karen Katz, Esq and Carl Paratore, MBA, CPA to their Board of Directors. Meet them and learn more in this Q&A.

Learn how to determine the practical brightness of your fluorescent protein in your specific experimental setup.