New York Blood Center’s Post

I'm thrilled to share that I've completed "The Science of Stem Cells" course offered by the esteemed American Museum of Natural History on Coursera. In this engaging course, I explored the fascinating history and basic biology of stem cells, learned about groundbreaking research techniques, and delved into the promising possibilities of stem cell therapy for treating various medical conditions. 💡 What's more, I had the privilege of hearing from Museum scientists, leading medical researchers, and a panel of bioethics experts who addressed the ethical implications of stem cell research and therapy. 🧪 This course provided valuable insights into what has already been achieved, the challenges that remain, and the exciting medical breakthroughs that lie ahead. #StemCells #Science #Medicine #OnlineCourse #AMNH #TheScienceOfStemCells

I discovered the intriguing topic of stem cell biology in the course "The Science of Stem Cells," as well as its numerous uses in both research and treatment. I learned about the various kinds of stem cells, such as embryonic, adult, and induced pluripotent stem cells, and their distinctive characteristics. I also gained knowledge of the ethical and legal issues that surround stem cell research as well as the possibility of stem cell-based therapies to cure a variety of illnesses and wounds. Overall, the course gave me a thorough introduction to the science behind stem cells and their prospective role in contemporary research and treatment.

My new Editorial "The ASCB and MBoC: Our cell biology power couple" highlights two new MBoC initiatives: (1) guaranteed peer review of research papers for American Society for Cell Biology (ASCB) members, and (2) the publication of our first full-length Review on "Neurofilament Biophysics: From Structure to Biomechanics." I encourage you to have a look!

"What sets the Lynx EVO apart is its unique capability to allow researchers to complete these tasks within a clean laminar flow cabinet." Thank you to the Institute of Genetics, Molecular and Cellular Biology (IGBMC) and the French National Centre for Scientific Research (CNRS) for talking with us for this case study titled: Elevating Stem Cell Research with Lynx EVO. We found out how: ✅ Lynx EVO is revolutionising observation within a clean laminar flow cabinet, delivering clarity and precision.🔬 ✅ researchers are using Lynx EVO to propel iPSC research forward, unlocking new insights into human diseases.🧬 ✅ Lynx EVO's user-friendly design supports seamless sharing among researchers, improving efficiency and teamwork in the lab.🤝 You can read the case study in full here: https://bit.ly/3TrNs6w #stemcell #research #microscope #stereomicroscope

🔬 The ETPN is proud to highlight the "Challenges and Prospects of Nanomedicine for Brain Targeting" course organized by the 7th International School of Nanomedicine in the scenic Erice, Sicily, Italy, from July 1-5, 2024. This distinguished event, curated under the guidance of Senior Professor Massimo Ernesto Masserini from Università degli Studi di Milano-Bicocca, a valued ETPN member, promises to delve into the latest innovations and future prospects in the realm of nanomedicine for brain targeting. 🌐 The ETPN supports and promotes this educational event, reflecting our ongoing commitment to advancing nanomedicine for the benefit of European healthcare. We encourage our members and the wider nanomedicine community to engage with this opportunity for learning, collaboration, and innovation. 📌 Key Focus Areas: #BloodBrainBarrier models and alterations in human brain disorders Innovative strategies to traverse the blood-brain barrier Smart #nanotechnologies for #therapy of #neurodegenerative diseases and brain tumors With limited spots available (60 only), we urge interested participants to prioritize early registration by the May 15, 2024, deadline. For more details please visit: https://lnkd.in/ebrUC_QP #ETPN2024 #CRS2024 #Nanomedicine #BrainTargeting #Neuroscience #Nanotechnology #ETPN

Please check-out this brilliant work of Vinidhra Shankar in the field of developmental biology. This emphasizes how important image based screening tools enabling reliable, fast and accurate studies are. Developping these tools for drug screening in cancer research, toxicology, infection, developmental biology is key to find the treatments of tomorrow. Combining this with AI tools such as machine learning based segmentation or supervised classification is opening so many possibilities. Adding on the top of that the power of cutting-edge cell biology technics CRISPR modified cells, IPSCs, Patient-Derived Organoids, MPS and on-chip systems. This is so promising for the future!

Allhmudilalah Completed Online Course Of The Science of Stem Cells from American Museum of Natural History at Coursera. "In this online course on stem cell biology, I explore the fascinating world of stem cells and their immense potential in various fields of medicine and research. l delve into the fundamentals of stem cell biology, including their sources, types, and characteristics. Through interactive modules and engaging visuals, I learned about the diverse applications of stem cells in regenerative medicine, tissue engineering, and disease modeling. Furthermore, I gained insights into ethical considerations and controversies surrounding stem cell research. By the end of this course, I have a comprehensive understanding of the cutting-edge advancements in stem cell biology, enabling to critically analyze and contribute to the rapidly evolving field." #stemcellbiology #coursera