Organoids including brain organoids are an exciting, relatively new area of research. This technology is having a powerful impact on biomedical science, which is the focus of today’s post. What’s in this post Definition of organoids | Brain organoids | Challenges for mini-brains | Cutting edge cerebral organoids | References Definition of organoids and brain organoids […]
How brain organoids are transforming research Read More »
Sometimes a paper really catches your eye like a new Cell Stem Cell pub reporting eye-like structures grown on brain organoids. The paper is Human brain organoids assemble functionally integrated bilateral optic vesicles. Let’s take a quick look at this paper, its context, and the potential big-picture implications. Brain organoids with “eyes”? At first glance,
A look at “eyes on the brain organoids” Cell Stem Cell paper Read More »
Sometimes change takes a very long time, but with brain organoids or advocating for better information for patients at Clinicaltrials.gov, after waiting you can see some interesting developments. These are two of the regenerative medicine stories of the week, along with some striking research papers. Clinicaltrials.gov Some of us have been advocating for improvements at
Regenerative reads: brain organoids, Clinicaltrials.gov change Read More »
Organoids and especially brain organoids, which are made from pluripotent stem cells, are one of the most interesting developmental biology technologies of the last half a dozen or so years. Still some folks can’t help but get carried away when thinking about brain organoids it seems. A new Science paper from a team led by
Dissecting that Neanderthal brain organoids Science pub Read More »
365 days a year, 24 hours a day stem cells are growing in labs around the world, providing a never-ending stream of data and products, with real hope, good news, and lots of surprises. You can see some past examples of good news in the stem cell and regenerative medicine field highlighted on The Niche here.
Recent stem cell news: vision, brain organoids, & lab meat Read More »
In a first for the field, scientists have used human pluripotent stem cells to grow miniature brain-like structures (brain organoids) in a dish in a lab (see beautiful image of one of these “mini-brains” at left from the paper). This exciting, pioneering feat, accomplished by a team from the Austrian Academy of Science in Vienna
If I only had a brain: brain organoids from pluripotent stem cells Read More »
I’m working to send out a big grant on Tuesday so I’m busier than ever but a few stem cell and regenerative medicine stories caught my eye. I can’t write grants 24/7 without a few breaks although sometimes it feels like that’s what I’m doing. Bat stem cell derivation Pluripotent bat stem cells as a
Weekly stem cell reads: bat stem cells, brainier organoids, more Read More »
What if we could make robots that possess human brain-like structures? Chinese scientists have reportedly made such robots that are each guided at least in part by a small amount of lab-grown brain tissue. These cyborg-like creations, which are being trained to perform specific tasks, also have standard computer chips. How much does the human
On the road to Cylons? Robots with human brain tissue reported Read More »
Are small clusters of cells that make up 5-day-old human embryos equivalent to children? Biologically and in terms of just common sense, the answer is “no.” These tiny spheres have around 100 cells and no organs. Actual people have many trillions of cells, brains, and other organs. Alabama law on embryos may block IVF About
If you remember xenobots, mobile clusters of frog cells, now you might be interested to learn that some of the same team brings us human cell clusters called anthrobots. Both frog and human cellular clusters are considered types of biobots or robots made of cells. To me, anthrobots seem akin to human organoids or assembloids.
Dishing on biobots like xenobots & anthrobots vs. organoids Read More »