ISSCR News
Call for Applications: Stem Cell Reports Early Career Scientist Editorial Board
Stem Cell Reports, the peer-reviewed, open access, online journal of the International Society for Stem Cell Research (ISSCR), is seeking highly motivated and accomplished early career scientists to join the Early Career Scientist Editorial Board (ECEB). Applications are due 15 March 2025.
Janet Rossant Takes the Helm at ISSCR’s Stem Cell Reports as Editor-in-Chief
World-renowned developmental biologist Janet Rossant begins as the new editor-in-chief of Stem Cell Reports, the journal of the International Society for Stem Cell Research (ISSCR). She takes over the position held by Martin Pera, The Jackson Laboratory, USA, for nearly six years.
Researchers Develop Personalized Stem Cell Model ALS for Fast, Individualized Drug Testing
In amyotrophic lateral sclerosis (ALS), motor neurons that are required for muscle contractions die off, leading to progressive paralysis affecting most muscles of the body. The molecular causes of ALS are poorly understood, and effective treatments are missing.
To study ALS in the lab, Hideyuki Okano and his colleagues from Keio University, Japan, developed a new method to make motor neurons from stem cells taken directly from ALS patients. The results were just published in the journal Stem Cell Reports.
ISSCR Creates First-of-its Kind Continuing Education Course on Stem Cell-Based Medicine
Clinicians will soon gain access to trusted education on stem cell-based therapies through a new Continuing Education (CE) course developed by the International Society of Stem Cell Research (ISSCR). Harvard Medical School will be accrediting the course and producing the course materials.
Stem Cells Shed Insight Into Cardiovascular Disease Processes
When thinking about the immune system, most people think about B and T cells and how they can be trained to recognize pathogens, preventing re-infections. Besides this “adaptive” immune system, we also have an “innate” immune system which acts as first line defense against e.g. bacteria and viruses. The textbook view is that the innate immune system is non-specific so that it’s response always follows the same pattern, even for recurring infections. However, research published today in Stem Cell Reports provides evidence that brief exposure to certain “danger signals” can prime the body’s innate immune system into a long-term hyperreactive and inflammatory state termed “trained innate immunity.”
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