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Use the mRNA expression FlowCode plasmids for barcoded expression of mRNAs of interest, for use in large-scale multiplexed in vivo mRNA expression screens.

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

From the Bikard Lab, CRISPR plasmid collection for modulating expression levels of two targets independently.

Addgene’s immunology collection contains plasmids for genes involved in innate and adaptive immune signaling and cell-cell communication.

CRISPR plasmids that have been designed for use in bacteria.

Addgene's collection of plasmids for the Ras pathway. Ras is a small GTPase and constitutively active Ras is the most common oncogene in human cancer.

Ready-to-use adeno-associated virus (AAV) available from Addgene's viral vectory packaging service. Browse constructs currently available in viral format.

We provide high quality AAV preps from select plasmids in the repository. Browse our control AAV collection, including fluorescent proteins, spaghetti monster, and more.

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

We provide high quality AAV preps from select plasmids in the repository. Browse our AAV collection of site specific recombinases.

Addgene's guide to using CRISPR plasmids in your lab, from knockouts to pooled library screening.

Addgene's plasmids for the mTOR pathway. enhanced signaling of mTOR, a key metabolic regulator, correlates with poor prognosis in many cancers.

Find luciferase reporter vectors for sensitive gene expression analysis and fusion vectors containing tags such as NanoLuc, HaloTag, SmBiT, and LgBiT, useful for detecting and tracking key drug target proteins.

CRISPR Cas9 gRNA plasmids from the Zhang lab

Browse Addgene's collection of ARF family plasmids. ARF family members include regulatory GTPases, GEFs, and GAPs.

Browse AAV transfer, packaging, and helper plasmids in Addgene's repository.

Find materials created at Addgene, including empty backbones, control vectors, viral packaging and expression plasmids, and more.

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.

Explore empty plasmid backbones with different fluorescent tags to create fusion proteins with your gene of interest.

The Rinehart Lab has developed several tools useful for the incorporation of phosphoserine into your gene of interest.