Small molecules for regenerative medicine
In this episode, we discuss how new insights into stem cell biology are leading to novel therapeutics in regenerative medicine beyond cell therapy.
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In this episode, we discuss how new insights into stem cell biology are leading to novel therapeutics in regenerative medicine beyond cell therapy.
Topological defects in mesenchymal stromal cell self-assembly could suggest their potential for cartilage regeneration.
A panel of HTS assays was developed using the Transcreener platform to accelerate the development of selective helicase inhibitors.
AptaFluor SAH: A Homogenous, Universal Assay for Histone, RNA, & DNA Methyltransferases. Case Study for PRMT5, MLL4, METTL3/14, & NSP14
Injections of cardiac spheroids into primate ventricles improved left ventricular ejection after four weeks.
In this Q&A, Dr Vidmantas Šakalys, CEO of Vital3D, provides insights into the potential of 3D bioprinting to revolutionise the traditional drug development process, facilitating more accurate models and limiting the use of animal testing.
Exhibiting an excellent angiogenic effect, the stem cell therapy could provide an alternative to angioplasty procedures.
Limb bud progenitor cells efficiently generated new cartilage in osteoarthritis patients, which could lead to cartilage replacement therapy.
By studying the molecular cell states within transplanted paediatric hearts, researchers have unlocked new treatment strategies.
In this Q&A, founder of Scheer Medical Wellness Dr Alexander Scheer shares his insights, discussing the current challenges in stem cell therapy and how these can be addressed, the advancements in delivery techniques, and stem cells’ overall potential in regenerative medicine.
Distinct macrophage signatures that align specifically with regeneration could offer novel therapies to enhance wound healing.
Regenerating bladder tissue with bone marrow stem and progenitor cells gives hope to patients with end-stage bladder dysfunction.
The guide provides examples of how Transcreener allowed rapid assay development to enable screening for kinases in innate immune pathways.
Researchers have made surprising and important findings that may influence organoid and cell reprogramming studies.
Reverse-blastocyst complementation elucidates the conditions required to form lungs in rat-mouse chimeric models.