We narrowed to 29 results for: son

Learn about the Professional Development Hub's work to support science trainee career transitions. Register for the event covering findings from their report!

Review of the most common types of affinity tags and there optimal usages.

Learn about the Fibrodysplasia ossificans progressiva (FOP) and how you can help Addgene fight this rare disease at the Cambridge Superhero 5k.

The Allen Institute for Cell Science has deposited plasmids to generate fluorescently tagged proteins of key cellular structures in human cell lines.

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.

Find fluorescent protein fusion constructs and cloning backbones from the Michael Davidson Lab.

Angela Depace's lab recently described how Individual development plans (IDP's) help advance their research. Read on to learn more about IDPs.

The Michael Davidson lab deposited their collection of 3,300 fluorescent protein plasmids including empty backbones to Addgene.

A well-designed experiment relies on well-designed controls - so check out our post to learn all about these unsung heros of the experimental world!

Get into the Holiday Spirit with Addgene's annual #DeckTheLab contest!

A review of statistical testing basics and the most common parametric comparison tests.

An introduction to transposons including Sleeping Beauty, piggyBac, and Tol2 and how they can be used in transposon mutagenesis screens, gene transfer, and creating transgenic animals.

Joanne Kamens and Tyler Ford discuss the benefits of using Reddit to communicate your science.

Learn how Cpf1 stacks up against Cas9 and NgAgo

Just met some great people while networking? Check out this article for tips to maintain connections and tips for what not to do.

Why is research irreproducible and how can we improve reproducibility? One way is by using Registered Reports where peer review occurs before results are known paper.

Baby KJ was treated for his devastating genetic disorder with CRISPR base editing. This post describes the prior advances that made his cure possible.

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

Learn about the Reproducibility for Everyone collaboration and how you can bring reproducibility workshops to your conference or university.

Win a tasty winter treat in Addgene's #DeckTheLab holiday cheer lab photo contest. See details inside.