We narrowed to 93 results for: multi

Learn all about CAPTURE - a new CRISPR-based technique to study regulatory elements in their native chromatin contexts.

An overview of the Brainbow system and its variants and how they utilize Cre-lox for multicolor labeling of neurons.

Stochastic multicolor labeling is a popular technique to label individual cells with different colors and allows for lineage tracing of cell populations over time. Read this blog post to learn about the different systems for various organisms.

Addgene's interviews Chris Voigt of MIT about the intersection of CRISPR and synthetic biology and his new work building circuits with CRISPRs.

Learn how RANbodies provide a scaffold for new, easy to detect, nanobodies.

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

It can be difficult to choose the best CRISPR software tool. The CRISPR Software Matchmaker makes choosing a guide RNA design software easier.

Learn how to navigate the PhD job market, from choosing between academia and industry to translating your skills and positioning yourself for the right role.

Sequence and ligation independent cloning (SLIC) lacks the strict requirements of many standard cloning techniques. Learn how to use SLIC in this post.

Browse viral vector guides and plasmids available at Addgene and other related resources.

Learn about how Cascade-Cas3 can be used as a CRISPR tool to degrade large fragments of DNA.

Learn how you can use the Spaghetti Monster fluorescent protein (smFP) tags for neuronal tracing and multicolor labeling of brain structures.

Learn about the advantages of secondary nanobodies from the Gorlich lab over traditional antibodies. Applications include one-step fluorescent immunostaining.

Learn how microrganisms develop antibiotic resistance and how you can take some simple steps to combat them.

Learn about how CRISPR systems are classified. Addgene's guide to typing CRISPR.

INTEGRATE is a bacterial genome engineering system that uses CRISPR to direct transposition to targeted locations in the genome.

Get time management tips form blog editor and Outreach Scientist Tyler J. Ford as part of our series on transferable skills.

Synthetic origins of replication, or ORIs, from the Chappell Lab have improved plasmid compatibility and copy number control compared to natural ORIs.

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

Explore plant-optimized plasmids for cloning, gene expression, reporter assays, genome editing, gene silencing, and more.