The Stem Cell Podcast

Guest:

Dr. Meenal Datta is an Associate Professor at the University of Notre Dame and leader of the Tumor Immune Microenvironment Mechanics (TIME) Lab. She discusses how mechanical forces within tumors shape cancer progression and immune responses, with a focus on glioblastoma. She highlights how immunomechanics and mechanobiology influence tumor growth, treatment resistance, and immune cell function, and explores how space-based research and microgravity models can uncover new insights and therapeutic strategies for cancer.

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The Stem Cell Science Round Up

Why the Heart Resists Cancer – Researchers have discovered that mechanical load in the heart suppresses cancer cell proliferation via mechanotransduction and chromatin remodeling.

HOTSCRAMBL Shapes Stem Cell Fate – A genetic variant disrupts the lncRNA HOTSCRAMBL, reducing HSC self-renewal and impairing leukemia growth.

AI-Driven Drug Repurposing – Deep learning and organoid screening identified azole drugs that rescue neuronal defects in Leigh syndrome.

Modeling the Menstrual Cycle – An organoid-based model recreates the menstrual cycle and identifies WNT7A as key for endometrial regeneration.

Photo Reference: Courtesy of Dr. Meenal Datta.









































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Guest:

Dr. Andrew Gaffney is Vice President, iPSC Platform at STEMCELL Technologies. In this episode, he discusses how his team is advancing pluripotent stem cell applications through high-quality iPSC line development, gene editing, organoid production, and GMP manufacturing for translational and clinical use. He also highlights key challenges in the field, including reproducibility, standardization, genetic diversity, and freedom-to-operate considerations, and explains how these factors impact the path from basic research to commercialization.

Featured Products and Resources:

Explore STEMCELL Technologies’ one-stop resource for organoids.

Join us at ISSCR 2026 and be part of the global conversation shaping the future of stem cell research.

The Stem Cell Science Round Up

Transgene-Free Gastrulation Model – Scientists have produced a transgene-free stem cell model that recreates key features of human peri-gastrulation, including germ layer formation and early hematopoiesis.

Engineering Antibody-Producing Stem Cells – CRISPR-edited hematopoietic stem cells generate B cells that produce durable, protective antibodies following vaccination.

Safeguarding Chemical Reprogramming – Investigators have found that p53 is required for efficient chemical reprogramming by maintaining genomic stability and regulating early cell state transitions.

Targeting Barriers to Cardiac Repair – Knockdown of calreticulin enhances cardiac reprogramming and improves heart repair after injury.

Photo Reference: Courtesy of Dr. Andrew Gaffney









































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Guest:

Dr. Kotaro Sasaki is an Associate Professor at the University of Pennsylvania. In this episode, he discusses how his lab uses human pluripotent stem cells to model germ cell development and endocrine organs such as the testis and adrenal gland. He highlights progress toward in vitro gametogenesis, including generating spermatogonial-like cells and reconstructing testicular environments, as well as recent advances in building adrenal organoids with zonal architecture. He also explores the scientific, translational, and ethical challenges of creating functional human gametes, and emphasizes the importance of developmental biology in guiding stem cell-based approaches.

Featured Products and Resources:

Get a free wallchart on the derivation and applications of hPSCs.

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The Stem Cell Science Round Up

Stage-Specific Cell Competition – Cell competition in gastruloids is stage-specific and driven by relative p53 levels during pluripotency exit.

Modeling Pediatric Brain Tumors – Scientists have enabled robust generation and drug testing of patient-derived pediatric brain tumor organoids.

Immune Reprogramming in Heart Failure – Engineered dendritic cells reduce cardiac fibrosis and improve heart function by modulating immune responses.

Overcoming Hypoxia in Islets – Inhibiting zinc transport enhances stem cell–derived islet survival and function by improving angiogenesis and hypoxia resistance.

Photo Reference: Courtesy of Dr. Kotaro Sasaki.









































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Guest:

Dr. Aitor Aguirre is an Associate Professor at Michigan State University and Director of the Stem Cell Core. In this episode, he discusses how his lab uses pluripotent stem cells and cardiac organoids to model human heart development and disease. He highlights the role of self-organization and bioengineering in building complex heart models, including assembloids with immune and neural components, and their applications in studying conditions like atrial fibrillation. He also shares perspectives on open science, collaboration, and training the next generation of scientists.

Featured Products and Resources:

Get a free wallchart on the directed differentiation of hPSCs.

Explore STEMCELL Technologies’ collection of technical videos and webinars on neurological disease modeling.

The Stem Cell Science Round Up

Modeling West Nile Encephalitis – Human cerebral organoids effectively model West Nile virus encephalitis and its associated neuronal damage and inflammation.

New Therapy for Leigh Syndrome – Researchers identified sildenafil as a potential treatment for Leigh syndrome.

Epigenetic Landscapes of Breast Cancer – Patient-derived organoids reveal epigenetic subtypes of breast cancer, including a metastasis-specific group.

Unexpected Totipotency in Hofstenia – Hofstenia embryos retain surprising totipotency and plasticity despite early fate-specifying cleavage.

Photo Reference: Courtesy of Dr. Aitor Aguirre









































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Guest:

Dr. Thorsten Boroviak is an Assistant Professor at the University of Cambridge and a member of the Cambridge Stem Cell Institute. He discusses how stem cell–based embryo models are helping researchers study early human and primate development, including implantation and gastrulation. He also talks about using primate systems such as marmoset to understand human development, the role of biomechanics and extraembryonic tissues in embryogenesis, and the ethical considerations surrounding embryo models and emerging technologies like in vitro gametogenesis.

Featured Products and Resources:

Explore a basic overview of organoids and resources to support your organoid culture.

Explore STEMCELL Technologies’ collection of technical videos and webinars on neurological disease modeling.

The Stem Cell Science Round Up

Mitophagy Controls Blood Stem Cells – Embryonic blood stem cells expand while staying multipotent thanks to tightly controlled ROS levels regulated by developmental mitophagy.

SLC4A3 Variants Drive Arrhythmia Risk – Mutations in SLC4A3 raise intracellular pH in heart cells, which shortens electrical signals and increases the risk of dangerous arrhythmias.

HSC Dynamics After Myeloablation – After chemotherapy, blood stem cells briefly boost differentiation to rebuild the blood system before returning to normal.

Modeling Duchenne Cardiomyopathy – Scientists generated heart organoids from Duchenne muscular dystrophy patient stem cells that mimic cardiomyopathy.

Photo Reference: Courtesy of Thorsten Boroviak.









































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