After obtaining a Master’s degree, students can register for a PhD program and our students are sought after by premiere institutes like inStem, IISc, JNCASR, NCBS and abroad universities for their research programme.Students will gain in depth practical knowledge of the biology of stem cells and their differentiation potentials.Over the next 2 semesters the students will opt for mini (3 rd semester) and major project (4 th semester) where the student will be mentored individually by a faculty throughout the semester.Second semester will emphasis on different aspects of stem cells including tissue specific stem cells, tissue engineering and therapeutic application of stem cells.First semester will broadly cover the fundamental biology along with brief introduction on stem cells.The program is conducted over 4 semesters and the 1 st and 2 nd semester includes class room teaching and practical classes with four modules in each semester1 st.Workshops on experience in hands stem cell techniques.Six months Mini Project and Six months Project Work.

Guest lecturers from national and international faculty and conferences.“The zebrafish with manipulated blood stem cells remained healthy through life,” Nicoli said.Īs more is learned about how stem cell populations affect health, the ability to manipulate those populations will become more important in health care, Nicoli predicted.The MSc degree in Stem Cell Technology and Regenerative Biology is offered by the Manipal Institute of Regenerative Medicine. “This varying level of blood stem cell diversity can be ‘programmed’ and may help to change susceptibility to cardiovascular and immune diseases.”įor example, Nicoli and colleagues manipulated levels of one microRNA within embryonic endothelial cells that line blood vessels and enhanced production of blood stem cells that increase the level of red blood- and T-cells in zebrafish and human pluripotent stem cells. “And each of us maintain this level of diversity through adulthood,” Nicoli said. However, Joey Ghersi, a postdoctoral associate in Nicoli’s lab, working in collaboration with Christopher Sturgeon at Mount Sinai School of Medicine, showed that different types of blood stem cells were determined very early in development. Scientists had thought that this diversity of stem cells arose later in development with the formation of bone marrow. “The findings are quite powerful,” said Stefania Nicoli, associate professor in internal medicine and genetics at Yale School of Medicine and senior author of the paper. will use your email address to confirm your identity and send you newsletters, transaction-related emails, promotional and customer service emails in accordance with our privacy policy. They also found that stem cell levels can be manipulated during childhood, suggesting ways that blood composition might be improved, and overall health monitored throughout life. and affiliates ('STEMCELL Technologies') does not share your email address with third parties. But exactly when and how this diverse group of stem cells first arise has been unclear.Ī group of researchers at Yale School of Medicine has found that levels of diversity of blood stem cells are determined during the development of the embryo, they report July 17 in the journal Nature Cell Biology. behind embryonic stem cells and why new stem-cell technologies may bring it to an end. Older people tend to lose this diversity of blood stem cells, which can make them more susceptible to blood cancers, cardiovascular diseases, and all-cause mortality. Are you confused about all the different types of stem cells. All humans have a diverse set of blood stem cell types which dictate the composition and function of our blood and immune cells and ultimately help govern overall health.

Stem cell technologies