Deng Lab

Today on International Day of Women and Girls in Science, we recognize the outstanding #WomenInScience that work with our favorite fish! And don’t forget to enhance your timeline with our curated list of PIs and Group Leaders: x.com/i/lists/136012…

Neutrophils in a spotlight again. Our paper is finally out. Great team effort, thanks to all contributors !!! JCI - Tissue-specific reprogramming leads to angiogenic neutrophil specialization and tumor vascularization in colorectal cancer jci.org/articles/view/…

@LabPluta @suma_chinta Congratulations!🎉

We published it! I am incredibly proud of @suma_chinta. Pound-for-pound, she is the best scientist that I know! I am very excited for what she has next. Sensation, movement, and predictions. Does it get any better than that? nature.com/articles/s4146…

Selected abstracts: Qing Deng (Purdue University, West Lafayette, USA) “Engineering Chimeric Antigen Receptor Neutrophils for Targeted Cancer Immunotherapy” #neutrophil2022

We present #Zebrahub: a timecourse atlas of zebrafish embryonic development, combining #scRNAseq time-course data with #lightsheet live imaging. Explore our seq. and imaging datasets interactively at biorxiv.org/content/10.110… zebrahub.org 1/n

EMBRIO's summer workshop '22 cohort featured in BME News: engineering.purdue.edu/BME/AboutUs/Ne…

My student Ramizah shared her most recent progress on CDK2 substrates and neutrophil migration at Biology Department Retreat at Fourwinds Lakeside Inn& Marina.@CellMigration @PurdueBiolSci

Save the date! Free #webinarzebrafish on October 3-7 New speaker confirmed:@SMBurgessLab Don't forget to register 👇🏽 It's free webinarzebrafish.com Panel of speakers this year is bigger and better

Who is excited about another season of cell migration seminars????

Join us at @LifeAtPurdue! We are seeking a tenure track #assistantprofessor in the field of #cancerbiology. You will work in an NCI-designated cancer center with an incredible diversity of scientists. Learn more and apply at careers.purdue.edu/job-invite/214… PLEASE RT!

Dr. Theresa Mayer, Purdue's Executive VP for Research and Partnerships, kicks off @EMBRIOInstitute day 2 Annual Retreat. She highlighted the value of interdisciplinary research that EMBRIO is moving forward and importance of training next generation scientists. @PurdueResearch

Many of us in research-at all levels-suffer from imposter syndrome. It causes a lot of unnecessary stress and I think it may help to know others experience it. I share this 🧵 not for sympathy, but w hope that it will help others in similar situations /1

🧵JUST LAUNCHED!! Freeman Hrabowski Scholars Program #FHScholars is the $1.5B centerpiece of @HHMInews #DEI Goals diversity.hhmi.org supporting early career faculty committed to advancing diversity, equity, & inclusion in science hhmi.org/fhs (1/7) <PLEASE RT!!>

Once again #zebrafish 🐠 is similar to us not 🐭 👇👇 👏 to the team!

In-person and virtual attendance option are available to hear about the latest progress in RNA medicines and their translation to clinical treatments

Very honored to receive the Christiane Nusslein-Volhard Award of the European Zebrafish Society for 2022. Janni (Christiane) and the early Tubingen group was incredibly kind to my lab in collaborating on blood mutants from the major zebrafish screen. #CNVLeonardZonlaudation" target="_blank" rel="nofollow noopener">ezsociety.org/cnv-awardee-20…

Tyler is a second- year graduate student in our lab @PurdueBiolSci who just hit the ground running. Thanks to all the attendees @ZebrafishRock for providing valuable suggestions and creating an exceptionally welcoming environment for our community.

It is a great pleasure working with the two bright young scientists. They are both set to make significant impacts on human health. I am so proud!

Congratulations to our newest Ph.D, Dr. Yueyang Wang! @GsoPulse @PurdueBiolSci She will move on to the @LangenauLab as a postdoctoral scholar. Congratulations to Ms. Jennifer Beckmann! She finished her honor’s thesis with us and is moving on to IU medical school.

Many intercellular communication systems (BMP, Notch, Wnt, FGF, etc) use sets of promiscuously interacting ligand and receptor variants rather than seemingly simpler one-to-one architectures. Why? Our 2 papers grappling w/this question just out in @CellSystemsCP