Webinar

Autophagy from Fundamental

Mechanisms to Mechanical Stress

in Physiology & Disease

Patrice Codogno, Ph.D.

INSERM/INEM, Paris, France

28 February 2018

7:00 am PST/10:00 am EST/4:00pm CET

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Patrice Codogno

“This is always one of the most competitive categories in the awards, but

we’ve never seen one company get quite so many nominations as Bio-Techne did this year.

Clearly the company has a very loyal customer base, earned through providing excellent products.

Congratulations to Bio-Techne!” - Dr Andrew Chalmers, Founder of CiteAb

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2018 CiteAb Researchers’ choice Bio-Techne

New Autophagy Research Area

Learn about autophagy signaling detection methods, & available modulators for your autophagy research.

Explore
new autophagy research area

Knockout Validation Reviews

Valid Now – 3/31/2018

EARN

DOUBLE

REWARDS

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Knockout Validation Reviews - double points

Cleaner, Crisper Staining

Is Easier Than You Think

Vector® Mouse on Mouse (M.O.M.)

Immunodetection Kits

(Available within the U.S. only)

Learn More
Vector Immunodetection Kits

Simplify

Flow Cytometry with

Our Panel Builder Tool

Design a Panel
Panel Builder

Scientific Resources

Autophagy Handbook

Refresh and expand your autophagy knowledge.

ICC Handbook

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

IHC Handbook

Learn the basics of IHC, follow standard protocols, plus troubleshoot technical issues.

Sarah Hopp
Postdoc Interviews: Sarah Hopp, PhD
Sarah Hopp studies tau processing by microglia in models of Alzheimer’s disease. Learn about her path in science and the value of research experiences in the pharmaceutical industry prior to graduate training.
direct vs indirect
Understanding direct vs. indirect detection
Learn the benefits and drawbacks of direct and indirect detection to help you make the right choice for your experiment.


Using blocking peptides
Using blocking peptides to assess antibody specificity.
Read more about blocking peptides and how you can use them as a method to assess antibody specificity.


Misfolded and damaged proteins are degraded by two canonical mechanisms in the cell including the ubiquitin-mediated proteasome system (UPS) and autophagy.  Proteins can be targeted for degradation by their N-...

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Discovery of the Key to Pluripotency

Induced pluripotent stem cells (iPSCs) may be generated from a wide range of fully differentiated cells, and under optimal conditions may be prompted to differentiate into virtually any fate. Induced stem-like cells not only provide an alternative to embryonic stem cells, but more importantly represent powerful tools...

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