Previous Stem Cell Seminar Speakers

Speaker NameTalk TitleDateHome (Lab, Uni, Inst)
Sharon GerechtEngineering human blood vessels for modeling and therapeutics4/28/26Duke University
Duc-Huy NguyenEngineering vascular endothelial cells and microphysiological system to support organ and tissue function4/21/26BME
Wisconsin Stem Cell Graduate Scholars4/14/26
Cyrus SethnaBeyond Gene Dosage: Multidimensional Islet Dysfunction in Down Syndrome-Related Type 2 Diabetes4/7/26Blum Lab
Ting FuEnvironmental Regulation of Intestinal Epithelial Function: Insights from Organoid Models3/24/26Pharmacy
Frank SeipelTowards Bioengineering Scalable Models of Human Central Nervous System Development and Disease3/17/26Ashton Lab
Li-Fang ChuSpecies-specific developmental clock models derived from pluripotent stem cells3/10/26University of Calgary
Sara McCoyTargeting inflammatory salivary gland dysfunction: the therapeutic potential of MSCs3/3/26Rheumatology
Austin FeeneyMulti-omic and predictive modeling approaches to engineer robust human pluripotent stem cell differentiation to cardiomyocytes2/24/26Palecek Lab
Keisuke ItoMitochondrial Contributions to Hematopoietic Homeostasis and the Pathogenesis of Hematological Disorders2/17/26Albert Einstein College of Medicine
Matthew WagnerSpatial resolution of extraendocrine Slit2/3 in compensatory islet expansion2/10/26Blum Lab
Mai NgoEngineering vascularized tissues to study cell-cell communication2/3/26CBE
Tim KampProgress in Human Pluripotent Stem Cell-based Therapies for Cardiac Regeneration1/27/26CRB
Gavin KnightQuantitative High-Throughput Screening of Human Neurodevelopment for Toxicology and Precision Medicine with RosetteArray™ Technology1/20/26Ashton Lab / Neurosetta
Annemarie BranksRegulation and function of GAGA factor mitotic retention in the early Drosophila embryo12/9/25Harrison Lab
Bryce LaFoyaOn the Factory Floor: Building Brains with Stem Cells12/2/25Biochemistry
Matt RussoInvestigating the Synaptic Landscape of Trisomy 21 using human iPSCs11/25/25Bhattacharyya Lab
Chun LiuDecoding Cardiotoxicity with Human iPSCs and CRISPR Screens11/18/25Medical College of Wisconsin
David JonesNuclei have Heart: A hERG1 Channel Subdomain Targets the Nucleus11/11/25University of Michigan
Sarah HachmerKMT2D acts through both enzyme-dependent and -independent mechanisms to regulate cell fate changes during muscle regeneration11/4/25Dilworth Lab
Shraddha SuryavanshiIsoform-level transcriptional program of smooth muscle cells in coronary artery disease10/28/25Lo Sardo Lab
Natasha Mendez-AlbeloFragile X Autosomal Homolog 1 (FXR1) is Required for the Development of Human Dorsal Forebrain Excitatory Neurons10/21/25Zhao Lab
Susmit MhatreIn vivo characterization of adult hippocampal neural stem cell behavior10/14/25Moore Lab
Saydandeep SahaICAM-1 knockout pluripotent stem cell-derived endothelial cells as a hypoimmune vascular cellular therapy.10/7/25Brown Lab
Octavia Santis Larrain & Alice Alhaj KadourVcam1 in endothelial and stromal cells regulates hematopoietic stem cell contact with the niche & A Novel Model of Diffuse Midline Glioma in Zebrafish To Define Tumor Initation9/30/25Tamplin Lab
Katherine HekmanThe future of cellular therapy in peripheral vascular regeneration9/23/25Stanford
Fei SunHb-EGF-mobilized epicardial cells direct cardiomyocyte proliferation dynamics during heart morphogenesis and regeneration9/16/25Morgridge
Rodsy ModhurimaDeletion of G Protein Subunit Alpha Z Protects from Obesity-Induced Diabetes by Maintaining Islet Integrity9/9/25Davis Lab
Paul GadueUsing human pluripotent stem cells to model human development and disease4/29/25University of Pennsylvania
Darcie Moore & Melissa SkalaUsing autofluorescence to identify neural stem cell state4/22/25Neuroscience & Biomedical Engineering
Vu TranDual mechanism of inflammation sensing by the hematopoietic progenitor genome4/15/25Bresnick Lab
Julia ColwellRhesus macaque iPSCs for in vitro modeling of genetic frontotemporal dementia4/8/25Emborg Lab
2025 Wisconsin Stem Cell Graduate Scholar Awardees4/1/25
Erik McIntireTranscriptional responses to anticancer drugs in iPSC-derived heterogeneous cardiac cell cultures3/18/25University of Chicago
Justin BrumbaughAbove the genome: post-transcriptional mechanisms that guide stem cell biology3/11/25University of Colorado Boulder
Craig ByersdorferMetabolic Modulation to Minimize Graft-versus-host Disease and Promote Anti-cancer Immunity3/4/25University of Minnesota
Chris BarryISSCR Initiatives & Resources: Supporting the Global Stem Cell Research Community2/25/25ISSCR
Sam WeaverGirk3 in bone development and disease2/18/25Comparative Biosciences
Corey FlynnInducible Expression of MKK3 as a Potential Therapeutic to Increase Skeletal Muscle Mass2/11/25Hornberger Lab
Armen SaghatelyanThe spatio-temporal regulation of neural stem cells by their progeny2/4/25University of Ottawa
Ken PossThe machinery of innate heart regeneration1/28/25CRB
Nicole WoodheadIntegrin α4-dependent Interaction with the Niche During Development Programs Hematopoietic Stem and Progenitor Cells1/21/25Tamplin Lab
Emily WesselUnique metabolic demands of the germline stem cell lineage: glycolysis is required for stem cell maintenance and egg chamber growth, but not mitotic proliferation, meiotic entry, nor oocyte specification12/10/24Drummond-Barbosa Lab
Carissa SiroisLoss of RACK1 regulation by FMRP contributes to electrophysiological and mitochondrial deficits in human Fragile X Syndrome neurons12/3/24Zhao Lab
Katharine HubertHox function in Skeletal Stem Cells is critical for propagation of signaling required during fracture repair11/26/24Wellik Lab
Ryan AndersonDirect reprogramming of canine fibroblasts to induced-motor neurons: A model for age-related canine peripheral neuropathies11/19/24Suzuki Lab
Andres Bratt-LealThe ASPIRO Trial: Development of an Autologous, iPSC-based Neuron Replacement Cell Therapy for Parkinson’s Disease11/12/24Aspen Neuroscience
Margot AmitranoSynthetic hydrogels for iPSC-derived cardiomyocyte differentiation and maturation11/5/24Murphy Group
Randy KimpleCellular therapy for treatment of radiation-induced salivary dysfunction – preclinical to Phase I studies10/29/24Human Oncology
Kevin PridhamNew Innovations in Stem Cell & Cancer Research Workflows: From Gene Editing to Suspension Culture – A New Dimension in Disease Model Research10/22/24Thermo Fisher Scientific
Sam DettleUnderstanding Single Cell RNA Sequencing and It’s Utility in Stem Cell Research10/15/24Slukvin Lab
Romeo BlancEpigenetic erosion of H4K20me1 induced by inflammation drives aged stem cell ferroptosis10/8/24CRB
Jingshing WuMechanisms involved in Tbx5- and Mef2c-Mediated Cardiac Formation10/1/24Pediatrics
Elsa SalidoStem cell-based functional genomics of the 9p21.3 coronary artery disease risk locus9/24/24Lo Sardo Lab
Kwangdeok ShinHarnessing Regenerative Power of interleukin11a (il11a) for the Heart Regeneration9/17/24Kang Lab
Paul LiuRUNX1 is a key player in leukemogenesis: interaction with leukemia fusion gene CBFB-MYH11 and germline mutations in FPDMM9/10/24NIH
Anita BhattacharyyaNA4/30/24Neuroscience
Sheena KerrNA4/23/24
Ruth LehmannNA4/16/24MIT
Lindsay HinckNA4/9/24UCSC
Joan Jorgensen Lab Student (name not listed)“One Cell at a Time: Unlocking Fetal Testis Steroidogenesis During the Masculinization Programming Window”4/2/24Jorgensen Lab
Eliana Torres-ZeladaNA3/19/24Harrison Lab
Andrew WagnerNA3/12/24Huttenlocher Lab
Ajit MagadumNA3/5/24Temple University
Wyatt Paltzer“Maturation, Metabolism, and mTORC1 in Cardiac Regeneration”2/27/24Mahmoud Lab
Justin Wolter“Context Specific Effects of Common Genetic Variation on Molecular and Cellular Traits”2/20/24Medical Genetics
Carter Ralphe“How Well Can iPSCs Reveal What’s in Your Heart?”2/13/24Pediatrics
Martha Echevarria-Andino“Investigating Hox11-mediated mechanisms of osteochondral differentiation”.2/6/24Wellik Lab
Irina ElchevaRNA-binding proteins in cancer progression1/30/24Penn State
Tim KampCardiac Regenerative Medicine – Progress and Promise1/23/24CRB
Spencer HalbergNA12/12/23Roy Lab
Tenneille LudwigNA12/5/23WiCell
Barak BlumOrganogenesis and regeneration in the islets of Langerhans11/28/23CRB
Ruiqi LiaoTranscriptional Network Governing Ceramide Homeostasis Establishes a Cytokine-Dependent Developmental Process11/21/23Bresnick Lab
Marjorie BrandCell Fate Decisions in Hematopoiesis and Leukemogenesis.11/14/23CRB
Dan Turner“Neutral Sphingomyelinase is a Regulator of Cardiac Mechano-Transduction”11/7/23Glukhov Lab
Stefan Pietrzak“Epigenetic Control of Cell Identity During the Transition of Somatic Cells to Induced Pluripotency”10/31/23Sridharan Lab
Madeline Smerchansky“Engineering the Multicellular Niche for T cell Generation.”10/24/23Kinney Lab
Jeffery DilworthNA10/17/23CRB
Keerthana ShankarNA10/10/23Saha Lab
Kristy (Yu) GuoNA10/3/23Zhao Lab
Kim Edwards and Praveen Susai ManickamNA9/26/23Gamm Lab
Brady LudinNA9/19/23Ashton Lab
Danielle DesaNA9/12/23Skala Lab
Robert KraussNA5/2/23Icahn School of Medicine at Mount Sinai
John MaufortNA4/25/23Morgridge
Portia Smith“Generation of Tumor-Killing Macrophages through Genetic Interrogation of the “Don’t Eat Me” Receptor Pathways”4/18/23Slukvin Lab
Fei ZhaoGenetic and hormonal regulation of sexual differentiation of reproductive tracts4/11/23Comparative Biosciences
Mabel JungPathogenic Human Variant that Dislocates GATA2 Zinc Fingers Disrupts Hematopoietic Gene Expression and Signaling Networks.4/4/23Bresnick Lab
Daniela Drummond-Barbosa“Germline stem cells, diet, and physiology in the Drosophila model.”3/28/23Genetics
Aaron SimmonsNA3/21/23Palacek Lab
Wendy CroneNA3/7/23Engineering Physics
Wan-Ju Li“Turning Back the Clock on Aging Mesenchymal Stromal Cells”2/28/23Orthopedics and Rehabilitation
Jue Zhang“Generation of anti-GD2 CAR macrophages from human pluripotent stem cells for cancer immunotherapies”2/21/23Morgridge
Ron StewartNA2/14/23Morgridge
Jared ChurkoNA2/7/23Arizona
Richard FinnellThe Biology of Neural Tube Defects: From Prevention Efforts to Stem Cell Therapeutics1/31/23Baylor College of Medicine
Daniel Osorio Mendez“Peripheral nervous system behavior during zebrafish fin regeneration”1/24/23Kang Lab
Sara McCoyNA12/13/22Rheumatology
Brian WalczakNA12/6/22
Andre SousaNA11/29/22Neuroscience
Valentina FossatiNA11/22/22The New York Stem Cell Foundation
Rebecca SalamonNA11/15/22
Alexander Birbrair“Peripheral Nervous System in the War Against Cancer”11/8/22
Jacque GalipeauPre-clinical Science and Academic Clinical Development of a Living Cell Pharmaceutical – the Mesenchymal Stem/Stromal Cell Paradigm.11/1/22
Daniel Osorio Mendez“Peripheral nervous system behavior during zebrafish fin regeneration”10/25/22
Tim Kamp“Human iPSC-derived Committed Cardiac Progenitors Repair in a Porcine Ischemic Cardiomyopathy Model”10/18/22
Yuanwei Yan“Printing functional human neural tissues”10/11/22Zhang Lab
Tim GomezAxon guidance mechanisms in human health and disease10/4/22
Beth PruittEngineering Cells and Microsystems to Study Mechanobiology9/27/22University of California – Santa Barbara
Guo-li Ming“Engineering human brain organoids for modeling brain development, injury
and disorders”
9/20/22Penn State
Christopher Evans“A Phase I Clinical Trial in the Gene Therapy of Osteoarthritis”9/13/22Mayo Clinic
Sonja SchrepferNA5/3/22Sana Biotechnology Inc
Hugo LeeNA4/26/22Engin Lab
Ping Jiang“Technology and functionality of hPSC-gEditing core facility at Waisman Center”4/19/22Bhattacharyya Lab
Ming Song LeeNA4/12/22
Isabela FragaNA4/5/22Bresnick Lab
Stefan PietrzakNA3/29/22Sridharan Lab
Xiaoping BaoNA3/22/22Purdue
Robert Lipinski“Defining genetic and environmental regulators of the cranial neural crest to solve common human birth defects”3/8/22
Sin-rouw TeySkeletal muscle aging on a dish – myogenic progenitors derived from human pluripotent stem cells3/1/22Suzuki Lab
Coral WileNA2/22/22
Caleb Dillingam“Heterochromatin associated demethylases alter RNA processing to control pluripotency”2/15/22Sridharan Lab
Damola Elujoba-BridenstineBone marrow GABA regulates hematopoietic stem and progenitor cell differentiation via a feedback loop.2/8/22Tamplin Lab
Benjamin GastfriendNA2/1/22Palacek and Shusta Labs
Carissa SiroisUsing human pluripotent stem cell-derived neurons to study the FMR1 gene and Fragile X Syndrome1/25/22Zhao and Bhattacharyya Labs
William BementCortical excitability, cell division and development: a conserved circuit for morphogenetic changes12/14/21
Marina EmborgWhat can cell replacement strategies teach us about depression in Parkinson’s disease?12/7/21
Stephen BadylakNA11/30/21UPMC
Jason CantorNA11/23/21
Kuan-Hung “Parker” LinThe Role of TRIM28 in Adult Myogenesis11/16/21
Ngai Ting “Steve” Chan“CTR9 regulates lineage specification of human mesenchymal stem/stromal cells.”11/9/21Wei Xu Lab
Randy AshtonNA11/2/21
Nicholas Hess“Uncovering Mechanisms of Human GVHD Development using Primary Human Samples and Humanized Mice”10/26/21Capitini Lab
Colin CristNA10/19/21McGill University
Martha Floy“Developmental Lineage of Human Pluripotent Stem Cell-derived Cardiac Fibroblasts affects their Functional Phenotype”10/12/21Palacek Lab
Judith KimbleThe Self-renewal Hub of the C. Elegans Germline Stem Cell Regulatory Network and its Control10/5/21
Melissa Harrison“Pioneering the Developmental Frontier”9/28/21
Pilar Nicole OssorioNA9/21/21
Arturo Alvarez-BuyllaRegional Specification of Postnatal Neural Stem Cells: Rethinking Brain Repair9/14/21UCSF
Douglas MeltonMaking Stem Cell-derived Islets for Diabetes4/27/21Harvard
Gordan KellerModeling Human Cardiovascular Development with Pluripotent Stem Cells4/20/21McEwen Stem Cell Institute
Ru Gunawardane“Creating an Image-based Map of Cell States from Pluripotency through Differentiation”4/13/21Allen Institute
Andrew Yoo“Modeling Late-onset Neurodegenerative Disorders with Patient-derived Neurons Generated Through Direct Neuronal Reprogramming”4/6/21Washington University in St. Louis
Ian BegemanDecoding an Organ Regeneration Switch by Dissecting Cardiac Regeneration Enhancers3/30/21Kang Lab
Vlasta LungovaDevelopmental Derivation of Three Dimensional Human iPSC-derived Vocal Fold Mucosa for Clinical and Pharmacological Applications3/23/21
Valentina Lo SardoDeciphering the non-coding genome with iPSCs and genome editing3/16/21
Stefan Pietrzak“Investigating the Regulatory Dynamics of Somatic Cell Reprogramming to Induced Pluripotent Stem Cells”3/9/21
Michael Moore“Microphysiological Models of the Nervous System: Beyond the Brain”3/2/21Tulane
Amritava DasIn vitro and in silico modeling of efficacious somatic cell genome editing strategies for recessive and polygenic diseases2/23/21Saha Lab
Brenda Ogle“Strategies for 3D printing complex cardiac tissue mimics.”2/16/21University of Minnesota – Twin Cities
Paul FrenetteNA2/9/21Albert Einstein College of Medicine
Connie ChamberlainModulating Macrophage Behavior to Improve Tendon and Ligament Healing2/2/21Murphy Group
Yunlong TaoCell Therapy for Parkinson’s Disease – Preclinical Studies in Rodents and Non-human Primates1/26/21Su-Chun Zhang Lab
Robin FranklinNA12/8/20Cambridge University
Jayshree SamantaRegulation of Adult Neural Stem Cells in Remyelination12/1/20
Diego LemaMaternally-derived Extracellular Vesicles in Umbilical Cord Blood Promote Allotolerance11/24/20Burlingham Lab
Steven MayerlNA11/17/20Gamm Lab
Kristen BrennardNA11/10/20Icahn School of Medicine, Mount Sinai Hospital
Timothy BlenkinsopNA11/3/20Icahn School of Medicine, Mount Sinai Hospital
Sushmita RoyNA10/27/20
Andrew ElefantyNA10/20/20Murdoch Children’s Research Institute Royal Children’s Hospital
Meha KabraNA10/13/20Pattnaik Research Group
Allison EbertNA10/6/20Medical College of Wisconsin
Masatoshi SuzukiSkeletal Muscle Tissue Engineering Using Stem Cells9/29/20
Cristina Lo CelsoThe Effect of Inflammation on Healthy and Malignant Haematopoiesis9/22/20Imperial College London
Xinyu ZhaoTargeting Stem Cells for Neurodevelopmental Disorders9/15/20
Tim KampAdvances in Human PSC-derived Cardiomyocyte Products for Therapy9/8/20
Tenneille Ludwig“The Three R’s of Research: Rigor, Reproducibility, and Redundancy”4/28/20
Matthew E. Brown“Immunogenicity of PSC Therapies”4/21/20
Li-Fang Chu“Pluripotency, Embryonic Stem Cells, and the Developmental Clock”4/14/20THOMSON LAB
Owen TamplinUnderstanding the Blood Stem Cell Niche in Zebrafish using Correlative Light Sheet and Electron Microscopy4/7/20
Randolph AshtonBioengineering Early CNS Morphogenesis for a Scalable Neural Tube Defect Risk Assay3/31/20
Tiago Fernandes“A Mechanistic Approach to Stem Cell-based Bioassembly and Scalable Biomanufacturing”3/24/20
Melissa Adams“Role of Roundabout Receptors in islet architecture and beta cell connectivity”3/10/20Blum Lab
Kran Suknuntha“Rapid Generation of Functional Neutrophils from Induced Pluripotent Stem Cells Using ETV2-Modified mRNA”3/3/20Slukvin Lab
Daniel Radecki“Gpnmb is a Novel TGFbeta1 Target that Negatively Regulates Neural Stem Cell Remyelination”2/25/20Samanta Lab
Jiyoung Bae“Metabolite Regulation of Mammalian Heart Regeneration”2/18/20Mahmoud Lab
Brian Walczak“Enhancing mesenchymal stem cells for cartilage repair”2/11/20
Giorgia Quadrato“Modeling human brain development and disease at single cell resolution with brain organoids”2/4/20
Tamer M A Mohamed“Mending the broken heart from inside”1/28/20
Timothy Kamp“Using Human Pluripotent Stem Cells to Understand Mechanisms of Cardiac Arrhythmias”1/21/20
Amr Abdeen“CRISPR-Cas9 Nanocapsules for efficient in vivo genome editing”12/10/19Saha Lab
Ethan Lippman“Modeling and understanding neurovascular function in health and disease”12/3/19
Jenna Kropp Schmidt“Derivation of Macaque Trophoblast STEM Cells: A Platform for Interrogating Primate Placentation”11/26/19GOLOS LAB
Coral WileThe role of transcriptional elongation in pluripotency acquisition11/19/2019SRIDHARAN LAB
Peiman HemattiRegulatory Considerations For More Than Minimally Manipulated and Non-Homologous Cell-Based Therapies:
A Clinician Perspective
11/12/19
Jason MeyerDevelopment and disease modeling of human pluripotent stem cell-derived retinal ganglion cells11/5/19
Randolph AshtonBioengineering CNS Morphogenesis in 2/3D for Disease Modeling10/29/19
Feyza EnginStress-induced beta cell dedifferentiation prior to immune cell infiltration prevents type 1 diabetes10/22/19
Seth TaapkenStem Cell Genetics – a Decade of Data10/15/19
Darcie MooreThe regulation of proteostasis in mammalian neural stem cells10/8/19
Farsh GulakEngineering stem cells with synthetic gene circuits as novel therapeutic delivery systems10/1/19
Charu MehtaRNA-Regulatory Exosome Complex Confers Hematopoietic Progenitor Survival9/24/19Bresnik Lab
Divya SinhaMutation-specific responses to gene therapy in patient-specific iPSC model of autosomal dominant Best disease9/17/19GAMM LAB
Timothy KampOvercoming iPSC-derived Cardiomyocyte Immaturity: How and Why9/10/19
Owen TamplinGetting to know your neighbors: Cells and signals in the hematopoietic stem cell niche5/28/19
Heinrich JasperAge-related Stem Cell Dysfunction in Barrier Epithelia – Strategies for Intervention4/30/19
Zhongwei Du, Xiang Li, Su-Chun ZhangFast Generation of Functional Subtype Astrocytes from Human Pluripotent Stem Cells4/23/19ZHANG LAB
Nisha IyerRegional Patterning of hPSC-Derived Posterior Central Nervous System Tissue4/16/19Ashton Lab
Kaivalya MoluguTracking and predicting somatic cell reprogramming using nuclear characteristics4/9/19Saha Lab
Mervin YoderIdentification of resident vascular endothelial stem cells in mouse and man4/2/19Ped-Neonatal Medicine, Indiana University
Pawan ShahiLeber Congenital Amaurosis 16 – A Form of Pediatric Blindness: The Cause & The Cure3/26/19PATTNAIK LAB
Eileen LynchIn vitro modeling of skeletal muscle pathology using ALS patient iPSCs3/12/19Suzuki Lab
Flora VaccarinoGene regulation in telencephalic organoids in development and disease3/5/19Child Study Center & Neuroscience, Yale University
Deneen WellikHox function in musculoskeletal development, maintenance and regeneration2/26/19Prof & Chair, Cell & Regenerative Biology
Brian WalczakReprogrammed Mesenchymal Stem Cells Acquire Enhanced Therapeutic Potential For Cartilage Repair2/19/19Li Lab
Matthew ForsbergMonocytes educated with exosomes from TLR-4 primed mesenchymal stem cells treat acute radiation syndrome by promoting hematopoietic recovery2/12/19Capitini Lab
Daniel RadeckiNovel Regulation of Neural Stem Cell Remyelination by GPNMB2/5/19Samanta Lab
Angela XieSynthetic biomaterial strategies to control stem cell phenotype in 2D and 3D1/29/19Murphy Lab
Melissa KinneyIntegrative systems analyses reveal dynamics of transcriptional and signaling networks in hematopoiesis1/22/19
Gavin KnightEngineering Standardized Organotypic Neural Slice Cultures from Human Pluripotent Stem Cells12/11/18Ashton Lab
Christopher BreuerCardiovascular Tissue Engineering12/4/2018Co-Director, Pediatric Surgery / Tissue Engineering, Nationwide Children’s Hospital
Tongcheng QianMonitoring stem cell-derived cardiomyocyte maturation by optical metabolic imaging11/27/18Skala Lab
Benjamin GastfriendModeling blood-brain barrier development and function with stem cell-derived brain endothelial cells and pericytes11/20/18SHUSTA / PALECEK LABS
Will Burlingham & Tim KampTesting Immunogenicity of Human Pluripotent Stem Cell-derived Cardiac Grafts11/13/18BURLINGAM
Stephen TsangPatient-specific stem cells as a platform for precision medicine11/6/18Ophthalmology, Pathology & Cell Biology, Columbia University
Tenneille Ludwig20 years of human pluripotent stem cell impact; Patents, publications and funding10/30/18WiCell
Patrick C.H. HsiehThe gut microbiota modulates heart repair after infarction10/23/18Institute of Biomedical Sciences, Academia Sinica
Melissa AdamsRoundabout Receptors control architecture in the Islets of Langerhanss10/16/18Blum Lab
Joe KlimTDP-43 – The key to unlocking ALS through pluripotent stem cell disease modeling10/9/18Harvard (Eggan Lab)
James A. MartinThe Intrinsic Regenerative Capacity of Articular Cartilage10/2/18University of Iowa
Jacques GalipeauMesenchymal Stromal Cells: Clinical Challenges and Therapeutic Opportunities9/25/18
Elliot SwartzOpportunities for leveraging stem cell technology in the emerging clean meat industry9/18/18Good Food Institute
J. Carter RalpheFunctional iPSC Models of Human Cardiomyopathy9/11/2018