Explore how stem cell technology is transforming dentistry from traditional repairs to biological regeneration of teeth and oral tissues.
Explore the revolutionary potential of cell fusion in medicine, from stem cell reprogramming to therapeutic applications.
Discover how human stem cell-derived organoids are revolutionizing our understanding of microplastic pollution's effects on human health and development.
Groundbreaking research reveals how stem cell therapy for heart regeneration can induce tachycardia, presenting both promise and challenges for cardiac treatment.
Discover how microRNAs are transforming stem cell research and regenerative medicine through cellular reprogramming.
Discover how deep learning and stem cell technology are transforming cardiotoxicity screening in drug development, making medicines safer through AI-powered analysis.
Explore the groundbreaking discovery of A2B5+ glioma stem cells and their role in brain cancer progression and treatment resistance.
Explore how microRNA sequencing in human embryonic stem cells is revolutionizing our understanding of cellular development and disease treatment.
Explore how automation technologies are transforming mesenchymal stromal cell manufacturing, enabling scalable production of regenerative therapies.
Explore the revolutionary science and ethical challenges of cellular reprogramming - the technology that can turn back the clock on our cells and reshape medicine.