Treatments & Clinical Trials

Stay informed about the latest breakthroughs in stem cell therapies and clinical trials that hold promise for a wide range of medical conditions. Explore how groundbreaking treatments and ongoing research are paving the way for the future of healthcare.

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Blood Cancer Breakthroughs: How Expanded Cord Blood is Saving Lives

FDA-approved expanded cord blood therapies raise stem cell doses, speed neutrophil recovery, reduce infections, broaden donor access, and highlight the need to bank cord blood.

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Overcoming Volume Limits: The Science of Expanding Cord Blood Cells

Ex vivo cord blood expansion boosts stem cell counts to speed engraftment, lower infection risk, and enable single‑unit adult transplants.

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How New FDA Approvals Make Cord Blood Transplants Viable for Adults

FDA approvals and nicotinamide expansion make cord blood transplants viable for adults, speeding recovery and lowering infection risk.

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Cord Blood Expansion: Why Your Baby's Stem Cells Can Now Treat Adults

Lab-expanded cord blood stem cells now enable adult transplants, shorten recovery, and make newborn banking a lasting medical resource.

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The Evolution of Stem Cells: From Cord Blood to iPSC Technology

Overview of cord blood, cord tissue, placental cells, exosomes and iPSC advances, and why banking newborn cells may enable future regenerative therapies.

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Are iPSCs the Key to Treating Parkinson’s and Autoimmune Diseases?

iPSCs can replace dopamine neurons in Parkinson’s and generate regulatory immune cells for autoimmune diseases; trials show promise despite cost, survival, and safety challenges.

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iPSC Clinical Trials: The Latest Breakthroughs in Stem Cell Research

Overview of global iPSC clinical trials — Parkinson’s, eye, spinal and fertility therapies; safety, manufacturing challenges, and cord-blood/tissue banking.

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Beyond Cord Blood: Understanding Induced Pluripotent Stem Cells (iPSCs)

How iPSCs differ from cord blood, their medical uses and risks, and why banking cord blood now keeps options open for future iPSC therapies.

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What Are iPSCs? The Future of Regenerative Medicine Explained

What are iPSCs and how they work: reprogrammed adult cells enabling personalized, embryo-free therapies, disease models, and future tissue repair.

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