We narrowed to 35 results for: proc.2

Browse Addgene's collection of plasmids for the generation and study of stem cells, from iPSC generation to directed differentiation.

Overview of recombinases that can be used as a Cre-alternative for site-specific recombination in Drosophila.

Looking to use adenoviral vectors in your research? This post introduces you to the adenovius!

Learn how site specific recombinases like Cre-lox and FLP-FRT can be combined for complex control over gene expression in neuroscience experiments and more.

Find plasmids encoding fluorescent biosensors to measure biomolecules or genes via FRET or other assays.

Learn how stem cell researchers use reprogramming and transdifferentiation techniques to convert cells from one type into another.

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

Learn how repressible promoters work and how you can use them in your next experiment.

Vectors containing the piggyBac transposon are now available at Addgene. Learn how these unique tools can be used for genome engineering!

This blog post explores how CRISPR/Cas9 can be used to visualize multiple intrachromosomal loci in vivo and map the 4D nucleome.

TOPO cloning is a restriction enzyme and ligase free cloning method. Learn how TOPO works in this post.

Addgene's guide to using Chemogenetics plasmids in your lab for interrogation of neuronal activity.

Use CRISPRainbow to label multiple genome sites with fluorescent proteins of various colors.

A review of K. phaffii as a model organism and its relevant applications for biotech to basic research.

A toolkit of synthetic promoters for transgene expression in AAV can be used for targeted gene expression in retinal cell types in mice, primate, and human retinas.

Viral research basics and their use as biological tools. Learn about retrovirus, lentivirus, adenovirus, and AAV.

Addgenie Eric Perkins curates Addgene resources you can use in your chromatin research.

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

Overview of polycistronic glycine tRNA-gRNA (PTG) multiplexing gRNA cassettes, with comparisons to Pol III and Cys4 gRNA cassettes.

Antibiotic resistant bacteria are a huge issue in the clinic - learn how CRISPR is being developed to fight against antibiotic resistant super bugs.