Today at #ISTH2022 Karin Leiderman dropped clotsims.app so that you can do your own coagulation simulations (no coding necessary)!

Time for #coagulation 🕝 JTH Patricia Liaw @connors_md Jim Morrissey Neeves Lab Bla 😊👍

There’s superstar ChelseaMagin2011 of CU Denver Bioengineering. Make sure to check out her talk Biomedical Engineering Society annual meeting in San Antonio next month.

Come check out the only engineering department in Colorado located on a medical campus CU Anschutz Medical Campus and learn about all the incredible research and educational opportunities.

JTH editorial by David Lillicrap and me amplifying the recent ISTH Basic Science Task Force report on the decline in basic research on thrombosis; its causes & remedies. Society needs much more research on this topic, not less! Derek Thompson Nicola J Mutch onlinelibrary.wiley.com/doi/10.1111/jt…

Fantastic work by Robin Shandas, Ph.D., and a great example of bridging the gap between engineering and medical research! The EnteroTracker monitors inflammation of the GI tract allowing providers to monitor treatments and could benefit other conditions. childrenscolorado.org/about/news/202…

Brisa Peña Castellanos received an Early Career Faculty Research Development Award from the Ludeman Family Center for Women’s Health Research! Congrats Brisa!

Thank you ⁦⁦⁦Jason S Knight⁩ #naveenkumar for highlighting our recent paper, I love the title!! So much potential targeting activated Neuts. Big shoutout to ⁦Anirban Sen Gupta⁩ ⁦Matthew D. Neal, MD⁩ ⁦Neeves Lab⁩ ⁦Nieman Lab⁩ nature.com/articles/s4158…

Julie Rayes ASH Podoplanin International Network Julie Rayes will be presenting at #ASH2022 Mon Dec 12, 4:30-6 Special Symposium on the Basic Science of Hemostasis and Thrombosis Chaired by Neeves Lab, Wilbur Lam, and Myself Not to be missed!!

Excited to work with our partners CCDEdu to establish a launchpad for graduate studies in biomedical research for our amazing community college transfer students CU Denver Bioengineering. Thanks to NIBIB for funding this research education program.

Kickoff #ASH2022 with this excellent program featuring Ashley Brown @Bark_Lab and #ChristianKastrup.

Exciting new paper from postdoc Matt Osmond scaling up our microwheels into milliwheels for rapid translation and drug delivery to the gut in ACSOmega pubs.acs.org/doi/full/10.10…

If you are or know any bioinformatician looking for position in beautiful Denver, CO check out this funded position focusing on hematological malignancies in the Department of Pediatrics at CU Anschutz. careers.insidehighered.com/job/2887658/bi…

Fascinating work by Neeves Lab being presented now at #ISTH2023 continuing the impactful work on magnetically powered thrombolytic therapy. It’s amazing tPA alone remains the only widely available iv option for catastrophic thrombotic events - we can do better! 👏🏼👏🏼

Great collabo with Jordan Shavit lab. Bots, CRISPR, zebrafish...this one was a lot of fun. Magnetically powered microwheel thrombolysis of occlusive thrombi in zebrafish | PNAS pnas.org/doi/10.1073/pn…

Huge honor to be elected to the College of Fellows #AIMBE2024 and especially meaningful to share the stage with my friend and colleague Cathy Bodine from CU Denver Bioengineering. Much thanks to Dr. Kristyn Masters for the nomination.

Concizumab enhanced clot formation under flow under hemophilia A conditions, highlighting a yet underrecognized role of concizumab on the platelet-dependent part of the hemostatic process. Neeves Lab jthjournal.org/article/S1538-…

In 2022, the Red Cross declared its first-ever national blood crisis. Synthetic blood, a holy grail in biomedicine, could prevent this from happening again. Today's essay explains how synthetic blood is made and why it costs so much to make ($8,000 - $15,000 per unit of cells)🔻