Unlocking Healing
Prof. Dr Jürgen Hescheler, a leading expert in stem cell research, shares insights into the transformative potential of embryonic and induced pluripotent stem cells (iPSCs). He highlights their role in regenerative medicine—from heart repair to treating Parkinson’s—and discusses how epigenetics and environmental factors shape development. Emphasising the need for ethical caution, Hescheler envisions stem cells as a gateway to personalised, next-generation therapies that could redefine modern medicine.
Lab-Made Life?
In a groundbreaking but controversial first, researchers in Newcastle have created artificial human sperm from embryonic stem cells, sparking hopes for new infertility treatments. Led by Prof. Karim Nayernia of the North East England Stem Cell Institute, the team used stem cells to generate sperm-like cells, dubbed "In Vitro Derived" (IVD) sperm. While UK law currently bans their use in reproduction, Nayernia calls for legislation to allow clinical applications. Critics argue the cells lack full functionality, but the research opens new avenues for understanding and potentially treating male infertility.
Stem Cell in Personalized Medicine
Prof. Dr Karim Nayernia on the application of stem cells in the field of personalized medicine.
Stem Cell in Personalized Medicine
Prof. Dr Uwe Nixdorf on the application of stem cells in the field of personalized medicine.
ISCA, International Stem Cell Academy
The International Stem Cell Academy (ISCA) provides internationally focused education, training, and consultation programmes in stem cell science and technology, tailored for students, physicians, scientists, and healthcare professionals.