F. Max Yavitt
@LabMaxYav
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Postdoc in the CReaTE Group @Tim_WoodfieldNZ @OtagoChCh | PhD @AnsethGroup | Former @NIH F31 Fellow
Joined March 2020
Shaping intestinal organoids: Engineering crypt curvature to guide stem cell niches
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In this @CellBiomat study, Dr. F. Max Yavitt (@LabMaxYav), along with the @AnsethGroup and colleagues, used a photodegradable hydrogel platform to define photosoftened regions that directed the formation of intestinal crypts. #organoids 📍 https://t.co/D19VIVpyHz
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Excited to be named a CAS Future Leader!
Join us in congratulating the 2025 #CASFutureLeaders! We look forward to welcoming these exceptional Ph.D. students and postdoctoral scholars to Columbus, Ohio, and Washington, DC, this August. https://t.co/59m5gdePaD
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Excited to announce the upcoming @ASBTE1 Regional Showcase in NZ! This event will highlight ECRs (honours, postgrad, postdoc) involved in biomaterial and tissue engineering research. Please submit abstracts by Nov 1 - https://t.co/QloYdDoJ1i. We look forward to seeing you!
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‼️New preprint ‼️using fast relaxing and synthetic boronate ester based hydrogels to robustly differentiate intestinal organoids in the absence of supplemental laminin @AnsethGroup @bruceekirk @drblatch @LabMaxYav @lj_macd @KaustavBera11 @BioFrontiers 🔗 https://t.co/h6Zze2f9gY
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The CReaTE Group had a lot of fun in Auckland for HealthTech Week #HTW24. It was great to share our work and learn more about what is happening in the NZ #medtech community. Congrats to CReaTE PhD student Theresa on her second place presentation! @AxeNorb @Tim_WoodfieldNZ
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Please stop by @BurdickLab Poster 088 today at #wbc2024 to see some cool, unpublished work relating to our granular composites! We make them bend now!
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Witnessed @AnsethGroup alum, friend and amazing scientist @LabMaxYav on both sides of the stage @2024Wbc! Max co-chaired the Hydrogel 2 session and also gave a talk on some of the interesting ongoing work in his postdoc lab @Tim_WoodfieldNZ
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Apologies to @gtserop for missing your presentation 🙈 but Kaustav was talking about me!
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Great presentation from @KaustavBera11 @AnsethGroup today at #wbc2024, continuing our photopatterned organoid work. It’s great to see how these models are progressing!
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Excited to be on my way to #wbc2024! I’ll be presenting some recent work from our group (+@Khoonono’s and others) on diffusion microfluidics. Be sure to also catch @Tim_WoodfieldNZ’s keynote. Looking forward to some great talks.
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Had a great time presenting at the MedTech Innovation in Christchurch event yesterday. It's amazing to see such a vibrant community come together to celebrate local achievements in #medtech. Congrats to @Veenendaal_L on her 3rd place presentation! @Tim_WoodfieldNZ @MedtechNZ
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Last week marked a momentous occasion as @PedroLavrador1 earned Summa Cum Laude honors for the outstanding defense of his doctoral thesis! 👏👏 All the @COMPASS_RG members wish Pedro the best of luck in all his future endeavors! 🍀
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It has been a couple of months but I am happy to announce that I finished my PhD in @AnsethGroup last summer and have started a postdoc with @Tim_WoodfieldNZ @otago. I'm excited to be in Aotearoa New Zealand and I'm looking forward to this new chapter of science!
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Abstract submissions have been extended!!! You nave have until 20th Oct to get your abstracts in for one of our regional showcases. Details and submission here 👇 https://t.co/igs88meW17
asbte.org
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@CRoffay .@LabMaxYav and I showed that localized increases in tension visualized with FlipperTR mirror patterns of membrane depolarization (which template YAP expression/symmetry breaking) in photopatterned intestinal organoids! 😎🤓 https://t.co/qoOZ8c7Lyq
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.@LabMaxYav’s second article of 2023 is out in @SciRobotics — a fantastic collaboration with Ning Wang, involving one of our photodegradable hydrogel chemistries. Congratulations to Max and all involved!
A new microrobotic probe can track changing mechanical properties inside tumor spheroids, zebrafish embryos, and mouse embryos. @UofIllinois @AnsethGroup @CUBoulder Read more: https://t.co/66qrAg38V8
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🎉 Congratulations @LabMaxYav, @bruceekirk, @drblatch and collaborators for our latest in @ScienceAdvances! Max + coauthors used a photoadaptable hydrogel to manipulate intestinal organoid shape —> altered membrane properties and templated differentiation. https://t.co/EcJpUVrMEA
science.org
Spatiotemporal patterning of curvature in intestinal organoids activates mechanotransduction pathways that regulate crypt formation.
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