Matthew Ishahak
@MattIshahak
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We are excited to share the results of the HIRN Data Scholars Leveraging Multi-Modal Human Islet Research Network Knowledge (LINK) competition. Please join us in congratulating Dr. Matthew Ishahak and Dr. Liu Wang on their selection as awardees.
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GBM samples are too advanced to study early tumor initiation. What if you could engineer the tumor from scratch? In this webinar, Dr. Matthew Ishahak reveals how his team created engineered brain #organoids that model #glioblastoma progression. Watch now: https://t.co/ItnqPqZ4Oo
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10x Genomics and STEMCELL Technologies are excited to invite you to a webinar on the application of organoids and spatial transcriptomics in the study of Glioblastoma and development of a pre-clinical drug discovery platform. Register here: https://t.co/utqGnzIzMY
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Join @10xGenomics + @STEMCELLTech for a webinar to explore how #organoids & #Xenium are driving #Glioblastoma drug discovery with @MattIshahak, a post doc in the lab of @JeffreyRMillman from @WashUMedEndo Date: 9/25 10:00 AM PT 📅 Register: https://t.co/ytWsGYKJcc
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Very excited to share my work in this Neural Organoids & Spatial Transcriptomics for Glioblastoma webinar! See below for details:
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Out today in @CellReports! We found that coxsackievirus B3 (CVB3), which is associated with increased risk of #T1D, infects all human pancreas cell types, not just beta cells. Great collab with @hubert_tse KUMC. Led by @WashUdbbs PhD student @dveronese18
cell.com
Veronese-Paniagua et al. demonstrate that coxsackievirus B3 infects all primary human islet cell types and elicits distinct cell-type-specific transcriptional and mitochondrial responses. They...
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Congratulations to Matt Ishahak @MattIshahak, Marlie Maestas @mm_marlie, Allison Kelley, Danny Veronese Paniagua @dveronese18, and Ed Sanchez-Castro @IncaKola_PhD for amazing poster presentations at @HIRN_CC earlier this week at @NIH
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Wrapping up an incredible two-day visit to NIH for the 10th Annual HIRN Conference! It was inspiring to learn about the latest advancements in T1D research and to share the Millman Lab's progress. Excited for future innovation in the field! @HIRN_CC @WashUMedEndo @WashUDeptMed
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Thank you to @MattIshahak, @JulieBSneddon , and @EmKSims for serving on the panel for the Innovative Technologies in T1D Research at the 10th Year @HIRN_CC conference on T1D at @NIH!
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Three members of the Millman lab (Allison Kelley, @dveronese18, @mm_marlie) will be presenting posters today at @HIRN_CC on stem cell-derived islets and studying T1D pathology. @WashUMedEndo @WashUdbbs @WashUDeptMed
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A good mentoring environment includes enrichment outside of the lab. So the @JeffreyRMillman lab took a little field trip a few national monuments and museums before the @HIRN_CC symposium. @smithsoniannpg @NMAAHC
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Looking forward to participating in this panel with @JulieBSneddon, @_emilymorgan5, and led by @JeffreyRMillman at the upcoming @HIRN_CC symposium. Swing by if you want to learn about the latest technological advancements to diagnosis and study T1D!
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Great Rising Star talk by Dr. Guosong Hong on how we are bags of opaque fatty water, but with @Doritos dye, we can become transiently transparent and great for imaging! #cmbe2025 #imaging #Transparency
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Congrats @MattIshahak for your postdoc award and Bella Raykowski & Tianyu Chen for your graudate students award, uch exciting research, and looking forward to your posters! #CMBE2025
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Millman lab in action! Yesterday, we participated in the @BreakthroughT1D walk in St. Louis to show our support to patients and dedication to finding a cure for #diabetes ! @WashUEndo @WUDeptMedicine @washumedicine
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In my latest preprint, we used the Xenium platform at the @WUSTL @GenomeInstitute to explore engineered GBM brain organoids. I spoke with @10xGenomics about how this technology enabled my research, check it out below: Preprint: https://t.co/us44ay5sJL
@wustlcrm @AlbertHKimMDPhD
Read our interview with bioengineer Matthew Ishahak, PhD, from WashU about his new organoid model for studying glioblastoma tumorigenesis, and his perspective on how #spatialtranscriptomics will transform cancer drug discovery!
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Collaborated with many excellent scientists to publish this review in @NatureRevEndo on harnessing cellular therapeutics for type 1 diabetes mellitus
nature.com
Nature Reviews Endocrinology - Type 1 diabetes mellitus affects 8.5 million people globally and is characterized by autoimmune destruction of pancreatic β cells. This Review discusses cell...
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We published a review on the advancements in the use of stem cell-derived islets (SC-islets) for diabetes research and treatment. Congrats Marlie Maestas and Maggie Bui! https://t.co/G9RFC7aLP3
@WUDeptMedicine @WUSTLdbbs @WashUEndo
academic.oup.com
Abstract. Stem cell-derived islets (SC-islets) offer the potential to be an unlimited source of cells for disease modeling and the treatment of diabetes. S
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