
Stem cells are unspecialized cells that can self-renew and differentiate into any body cell, from zygote division to forming tissues and organs, like red blood cells or neurons.
Classify stem cells by potency and source: pluripotent cells differentiate into body types except placenta, while multipotent cells have limited potential; embryonic and adult stem cells come from tissues.
Explore pluripotent stem cells, including embryonic and induced pluripotent stem cells, their sources, ethical debates, and the role of adult multipotent stem cells in tissue repair.
Trace the concept of stem cells from 19th-century ideas to 1905 terminology and 1950s experiments by Till and McCulloch, establishing hematopoietic stem cells and bone marrow's role.
Trace milestones in stem cell science from the 1968 bone marrow transplant for bubble boy disease to 2006 induced pluripotent stem cells, highlighting embryonic stem cells and bioethics.
Explore the hype around stem cell therapies, separating science-plotation from reality and FDA oversight. Review the FDA-approved option, hematopoietic stem cell transplantation, and note international approvals like Prochymal and Alofisel.
Explore how stem cell research advances therapies through disease modeling, study of human development, cell replacement, and endogenous self repair.
Stem cell research applications part 2 explores mesenchymal stem cells for tissue replacement, their paracrine and immunosuppressive roles, and current trials for muscle, cartilage, and joint injuries.
Discover how axolotls regenerate limbs through wound healing, a blastema, and embryonic-like stem cells. Learn how their neotenic biology and large genome illuminate gene regulation and regeneration in vertebrates.
Explore cultured meat within cellular agriculture, from cell isolation and bioreactors to differentiation into muscle tissue, and examine sustainability, animal welfare, public health, and regulatory challenges.
Hi and welcome to the first course dedicated exclusively to the science behind stem cells on Udemy, my name is Gerardo and this is “Stem cell science”
Chances are, you've probably heard about stem cells, they seem to be constantly in the media as on of the latest medical treatments. Perhaps you even know someone who has considered stem cell therapy as an option to treat a certain condition. But, what are they exactly? Are there different types of stem cells? What are their applications? How are researchers using them at the lab? Are there other applications outside of the medical field? Do you have stem cells in your body at this moment?
Think of this course as “Beginner’s guide to Stem cells”, therefore this is intended for high school or college students with a focus on Life Sciences. The only thing you need is a basic knowledge of Biology, so this course is also open to anyone who is just curious about stem cells and want to know exactly how they function.
The course is split into videos and will cover the following sections:
THE COURSE
Stem cell 101
History of stem cells
Stem cell applications
Regeneration in other species
Non-medical stem cell applications
The content is in English, with closed captions in English and Spanish.
A bit about myself, I am a biotechnology engineer with a master’s on Stem Cell Technology and I am Research Associate in a company within the field of Regenerative Medicine, working with stem cells basically every day. Additionally, I’ve also been teaching this course at undergraduate level for engineering students, and I will be your guide through a series of sections that cover the essential of stem cells.
At the end of the course, you will be able to answer the mentioned questions at the beginning and more, so if you are interested in the topic or want to start a career within the field this content is definitely for you. Finally, if you have any questions, please fell free to get in touch, otherwise enjoy the course.