Microtechnology, Medicine and Biology Lab. Investigating cellular scale phenomena from both a physical and biological sciences perspective.
Madison, Wisconsin
Joined February 2021
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New collaboration with @David_KosoffMD fresh out of the (publishing) oven!🥳🥳 Congratulations to all of our co-authors for this awesome paper @UWMadison_BME
Excited to share our recent publication detailing how the Stacks microfluidic platform can be used to support TME research! Lots of potential moving forward! @ErikaHeninger @NSethakorn @LabBeebe @UWCarbone @uw_medicine
faseb.onlinelibrary.wiley.co…
Celebrating our new work by @duanesj in collaboration with @oventurelli2 and @Jo_Microbe 👇. This work features a novel platform for single-strain investigation and combinatorial screening of different bacterial interactions🦠🔬! Great work, everyone!
Happy to share a new paper on mapping microbial interactions in collaboration @LabBeebe and @Jo_Microbe led by the very talented Duane Juang biorxiv.org/content/10.1101/…
Our very own @VirumbralesMM was at #BMES2022 and got lots of attention in her posters! If you missed her, she loved it so much she will be back.
My first #BMES2022 will definitely NOT be my last! Great speakers, fantastic events, and I am in awe with San Antonio 😍
See our postdoc @Csanchezdg speaking about #BoneMarrow microphysiological systems and #prostatecancer, tomorrow!🧫
@UWSpacePlace
@UWCarbone
@UWMadison_BME
@wiscobrien
@LabRicke
@wiscurology
🥳👇
.@LabBeebe & @David_KosoffMD lab critically review microfluidics in vascular biology research - for engineers, biologists, and clinicians
@UWMadison_BME @uw_medicine @UWCarbone
🔗 rsc.li/3R8ssNO
Check out the latest publication of @VirumbralesMM and @Csanchezdg in collaboration with Kosoff's lab. Here they highlight the key role of microfluidics in vascular biology research.
pubs.rsc.org/en/content/arti…
Beebe Lab (MMB) retweeted
Congratulations to @adeel_achmed for passing his Ph.D. defense with flying colors. Dr. Ahmed will be joining @LabBeebe as a postdoctoral fellow in October. He is the first graduate from the lab and will be missed. @TomGaborski @_RITEngineering
Beebe Lab (MMB) retweeted
With a simple under-oil, microfluidic cell culture system, @LabBeebe members say they’ve found a better way to mimic the body’s natural oxygen microenvironment in microscale cell cultures. bit.ly/3r9458D
ALT Play-Doh replica of Goldilocks with oxygen levels
Celebrating a new success from alumnus (and now Assistant Professor @JoseMAyuso1 and us!
Congratulations to Professor Dave Beebe for earning a Discovery to Product SEED grant. bit.ly/3MMDIxS
ALT profile photo of Dave Beebe
Excited to see our postdoc @Csanchezdg participating in #ASBMRHillDay to support @NIH funding and increase reimbursements to advance bone biomedical research and improve patient care for osteoporosis.
Beebe Lab (MMB) retweeted
Most experimental cell culture setups use unnatural oxygen environments.
@UWMadison_BME’s @LabBeebe has developed a way to mimic the body’s natural oxygen microenvironment by entrusting the cells to self-regulate the oxygen level in microscale cultures.
engineering.wisc.edu/news/ch…
Beebe Lab (MMB) retweeted
Our paper is out! Detecting tumor heterogeneity in CTCs in NSCLC. Love working with Jen Schehr, @AMTrayn @LealTiciana @NarjustDumaMD @TobyCampbellMD @LabBeebe and @JoshLangMD
Thrilled to share quantitative microscopy for highly reproducible single cell phenotyping of liquid biopsies in #lungcancer! rdcu.be/cL6mB Just the start of realizing DNA->RNA->Protein liquid biopsies! @NSethakorn @LealTiciana @PCF_Science @UWCarbone @NarjustDumaMD
Beebe Lab (MMB) retweeted
Happy to co-edit this article collection from Frontiers in Medical Technology w/@VirumbralesMM and @JoseMAyuso1:
Microfluidics for Advancing Vascular Biology frontiersin.org/research-top…
Manuscript submission is now open!
Beebe Lab (MMB) retweeted
Nice mention of #TissueChips from Bill Gates in the @nytimes last Friday!
nytimes.com/2022/04/15/opini…
Check out our new review piece on #RenalCellCarcinoma models by our post-doc @VirumbralesMM, @dshapiro1 and @ejasonabel published in #frontiersin 🥳. Link 👉 fro.ntiers.in/Fnrz
@UWCarbone @UWMadison_BME
Our latest review in #RenalCellCarcinoma models to investigate biology and therapy is finally out! A delight to work with @dshapiro1 and @ejasonabel on this piece, which was overdue in the field.
Beebe Lab (MMB) retweeted
With a simple under-oil, microfluidic cell culture system, @UWMadison_BME’s @djbeebe and @LabBeebe members say they’ve found a better way to mimic the body’s natural oxygen microenvironment in microscale cell cultures.
engineering.wisc.edu/news/ch…
See our postdoc @VirumbralesMM speaking about #OrganOnAChip, #Cancer, and #Microfluidics tomorrow!🔬🦠👇 @UWSpacePlace @UWCarbone @UWMadison_BME
Kudos to our post-doc @duanesj for his outstanding work! Here, he studied #dnamethylation signatures using semi-automated #liquidbiopsy technology with @JoshLangMD and @M_Haffner. Link 👇
Thrilled to share the next step in our journey to truly comprehensive molecular analysis of liquid biopsies! clinicalepigeneticsjournal.b… @PCF_Science @M_Haffner @LabBeebe @JSperger @_CNS_94
Today, the World Cancer Day, we want to share the latest publication of Lang lab and Beebe Lab. Here, we review the clinical challenges for the study of cancer metastasis, especially those occurring in the #bone_marrow and summarize the current targeted therapies under study.
Thanks to all the coautors @NSethakorn, Erika Heninger, @Csanchezdg, Adeline Ding, @ravi58849, Sheena Keer, David Kosoff, @djbeebe and @JoshLangMD