We narrowed to 324 results for: cloning

Addgene lentiviral packaging, envelope, and transfer plasmids

Plasmids for mammalian RNA interference (RNAi) experiments at Addgene; browse by constitutive lentiviral shRNA, cre-regulated lentiviral shRNA, and more.

Lentiviral Vectors deposited by Kazuhiro Oka from the Baylor College of Medicine Gene Vector Core

Learn how to plan a basic CRISPR experiment, including selecting the edit type, designing and cloning a gRNA, delivering Cas and the gRNA, and validating the edit.

Assembly standards define standard prefix and suffix sequences that make it easy to combine components for synthetic biology research.

Addgene's curated collection of plasmids for cancer research, organized by signaling pathway.

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

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

One-pot saturation mutagenesis can quickly generate libraries of mutant plasmids for phenotypic screening. Learn more from SciComm intern Beth Kenkel.

Addgene has a growing collection of plasmids that are available to industry. Learn more about the available plasmids and how to order them.

Find prime editor plasmids for (search and replace) genome editing.

Learn about tetracycline-regulated gene expression and find plasmids for your experiments using tet- or dox-inducible systems.

Synthetic Biology plasmids for Sensing and Signaling.

Strains for use in Synthetic Biology.

Synthetic Biology plasmids for metabolic enzymes and pathways.

Addgene's collection of synthetic biology plasmids related to Networks and Gene Regulation

Learn about RNA interference and how you can use shRNA plasmids to knockdown gene expression!

This guide on single chain fragment variables (ScFvs) covers how ScFvs are made, the advantages and disadvantages of using ScFvs, and several applications.

Learn about CRISPR plant base editors for plants

Learn how to incorporate phosphoserine into your protein of interest to study the effects of phosphorylation.