Laverne

Your Own Personal Research Assistant

Bridge new relationships between genes, pathways, cell lines, PTMs and diseases

based on the co-citation of terms in scientific publications

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Laverne - Your Own Personal Research Assistant

Automate your entire workflow.

Get quantitative results in 3 hours.

Your complete protein analysis solution.

Advance Your Research

Meet Jess at ProteinSimple.com
Jess

Updated Epigenetics

Research Area

Gain insight into resources to:

Study epigenetic-molecular machinery and -marks

Efficiently & specifically modulate epigenetic mechanisms

Troubleshoot experimental challenges in your

epigenetics research

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Epigenetics

Enhancing Our 100% Guarantee

With new 5 pillar validation standards

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5 Pillars of Antibody Validation

ELISA Kit Reviews

Now - 9/30/2018
* R&D Systems ELISA Kits Not Eligible

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ELISA Kit Reviews Background

Novus Biologicals is a trusted leader in quality life science reagents. Backed by our 100% Guarantee.

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Janelia Fluor® Conjugated Antibodies Now - September 30

Interactive Pathways

Explore intracellular signaling pathways & biological processes

Scientific Resources

Autophagy Handbook

Autophagy Handbook
Refresh and expand your autophagy knowledge.
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ICC Handbook

ICC Handbook
Learn about multicolor ICC/IF’s conceptual basics, protocols and troubleshooting.
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IHC Handbook

IHC Handbooks
Learn the basics of IHC, standard protocols, plus troubleshoot technical issues.
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Faculty Interviews Series
Patricia Boya
Patricia's research clarified our understanding of autophagy as a cell survival mechanism rather than a death pathway. Learn about her current research, her path in science & activities as a leader in the field of autophagy.

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Postdoc Interviews Series
Andrew Johnson
Andrew studies the microbiome’s role in disease. Developing products to diagnose & treat disease is Andrew’s career goal. Gain insight from his experiences at the intersection of academic and biopharma research.

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Novus Biologicals Blogs
Advancing CAR T Therapies with CRISPR/Cas9

By Victoria Osinski

Scientists have turned to gene editing techniques to modify patients’ T cells to combat cancer, but are often limited by factors including cost, low cell yields, or availability of expertise for therapy development. Interest lies in developing “off-the-shelf”, universal, donor cells, which require thorough T cell...

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