Abcam

We were very fortunate to have Irene Posse Alonso speak at our Advancements in Mucosal Immunology conference this week at Harvard Medical School! As well as hearing insightful talks from Shruti Naik (Icahn School of Medicine at Mt Sinai), Megan Orzalli (UMass Chan Medical School), Scott Snapper (Harvard Medical School/Boston Children's Hospital), Gretchen Diehl (Memorial Sloan Kettering Cancer Center), Jose Ordovas-Montanes (Harvard Medical School/Boston Children), Jie Sun (University of Virginia Medical School), Smita G. (Harvard T.H. Chan School of Public Health) and our conference chair Ivan Zanoni (Harvard Medical School/Boston Children's Hospital), to name a few. Thank you to everyone involved! #MucosalImmunology2024

When you’re looking for low abundance targets, why use anything but the highest quality immunoassays optimized for sensitivity? Even at small sample volumes, our leading immunoassay technology can identify your module of interest and deliver results. Learn how: https://lnkd.in/eVBUVXU

The #1 cited antibody – now for 20% less. Labs rely on antibodies like these. That’s why we’ve reduced its price by 20% to keep your research moving forward. Find out more here: https://bit.ly/3NThPyY

Biophysical quality control detects any impurities and aggregates and provides us with a unique profile or ‘fingerprint’ of each product that isn’t open to interpretation. Our innovative technique was recognized by CiteAb 2024, winning the Highly Commended Digital Science Tool of the Year award. Read more here: https://lnkd.in/em5N22TV

Our 384-well SimpleStep ELISA® means you can make your precious samples go 300% further: built on our revolutionary 96-well SimpleStep ELISA® kit, the 384-well requires only a quarter of your sample. Together, our 96-well and 384-well kits enable easy, seamless scaling and high-quality results in just 90 minutes. Learn more about how our SimpleStep technology can move your Alzheimer’s research forward faster. Find out more: https://lnkd.in/dbJMGUWC

Introducing our new murinized anti-Ly6g antibody [1A8]- mouse IgG2c, designed for long-term neutrophil depletion in vivo. Neutrophils are a critical immune cell population involved in various mechanisms related to cancer, inflammation, and infection. To analyse their function in vivo, the most common approach uses antibody-mediated neutrophil depletion, targeting the neutrophil specific Ly6G marker. This chimeric Ly6g antibody (low endotoxin, azide free) is produced recombinantly and validated using advanced validation techniques to ensure it works exactly as expected, consistently over time. To find out more see: https://bit.ly/3Aoyc3z

13,000 carrier-free antibodies. 4,000 matched antibody pairs. 45 labels. We believe in delivering flexibility that matches your imagination. So, let’s push boundaries together and see what’s possible. Click here to find out more: https://bit.ly/4d8JVR6

Nearly three weeks on and we’re still buzzing from #SfN2024! It was great to work with our wonderful collaborators at The Michael J. Fox Foundation for Parkinson's Research, BrainXell, Inc. and YCharOS Inc.. Did you manage to catch us at SfN?

The #CancerandMetabolism Conference is back for 2025, taking place in Austin TX on February 9-10, and we’re excited to showcase our fantastic lineup of speakers, including Dr Eileen White, Deputy Director and Chief Scientific Officer for Rutgers Cancer Institute. Check out this exclusive interview from our 2022 conference, where Dr White shared her perspective on the event and future of the field. We can’t wait to hear what she and our other thought leaders have in store for us in February. Check the link below to view the full speaker list and get ready for an unforgettable event! 👇 https://lnkd.in/eJbk5dtb

Scaling up your screening process? Abcam's SimpleStep ELISA® kits streamline it. Our 96-well and 384-well kits use the same matched antibody pairs, allowing you to easily scale from 96-well to 384-well kits and efficiently process data samples with a standard plate reader. Discover more here: https://bit.ly/3XV3qIs