Cotton candy gets a bad rap. The irresistible, brightly colored cloud of sugar is notorious for sending kids into hyperactive overdrive and wreaking havoc on teeth. While it’s most typically found at a state fair or at a sports stadium, cotton candy is now popping up at the lab bench and is re-branding itself into … Continue reading Scientists use cotton candy to make artificial blood vessels
Author: Karen Ring
A cardiac love triangle: how transcription factors interact to make a heart
Here’s a heartfelt science story for all those Valentine’s day fans out there. Scientists from the Gladstone Institutes have identified how a group of transcription factors interact during embryonic development to make a healthy heart. Their work will increase our biological understanding of how the heart is formed and could produce new methods for treating … Continue reading A cardiac love triangle: how transcription factors interact to make a heart
CIRM Scholar Jessica Gluck on using stem cells to make biological pacemakers for the heart
As part of our CIRM scholar series, we feature the research accomplishments of students and postdocs that have received CIRM funding. I’d like to introduce you to one of our CIRM Scholars, Jessica Gluck. She’s currently a Postdoctoral Fellow at UC Davis working on human stem cell models of heart development. Jessica began her education … Continue reading CIRM Scholar Jessica Gluck on using stem cells to make biological pacemakers for the heart
How you derive embryonic stem cells matters
A scientist named James Thompson was the first to successfully culture human embryonic stem cells in 1998. He didn’t know it then, but his technique isolated a specific type of embryonic stem cell (ESC) that had a “primed pluripotent state”. There are actually two phases of pluripotency: naïve and primed. Naïve ESCs occur a step … Continue reading How you derive embryonic stem cells matters
A Tale of Two Stem Cell Treatments for Growing New Bones
Got Milk? If you grew up during the 90’s, you most certainly will remember the famous “Got Milk?” advertising campaign to boost milk consumption. The plug was that milk was an invaluable source of calcium, a mineral that’s essential for growing strong bones. Drinking three glasses of the white stuff a day, supposedly would help … Continue reading A Tale of Two Stem Cell Treatments for Growing New Bones
CREATE-ing tools that deliver genes past the blood-brain barrier
Your brain has a natural defense that protects it from infection and harm, it’s called the blood-brain barrier (BBB). The BBB is a selectively permeable layer of tightly packed cells that separates the blood in your circulatory system from your brain. Only certain nutrients, hormones, and molecules can pass through the BBB into the brain, … Continue reading CREATE-ing tools that deliver genes past the blood-brain barrier
From Science Fiction to Science Fact: Gene Editing May Make Personalized Therapies for Blindness
Have you seen the movie Elysium? It’s a 2013 futuristic science fiction film starring one of my favorite actors Matt Damon. The plot centers on the economic, social and political disparities between two very different worlds: one, an overpopulated earth where people are poor, starving, and have little access to technology or medical care, the … Continue reading From Science Fiction to Science Fact: Gene Editing May Make Personalized Therapies for Blindness
New drug kicks the cancer stem cell addiction
Did you know that cancer stem cells have an addiction problem? This might sound bizarre, but the science checks out. Cancer stem cells are found in many different types of cancer tumors. They have the uncanny ability to survive even the most aggressive forms of treatment. After weathering the storm, cancer stem cells are able … Continue reading New drug kicks the cancer stem cell addiction
Protective cell therapy could mean insulin independence for diabetic patients
This has already been a productive year for diabetes research. Earlier this month, scientists from UCSF and the Gladstone Institutes successfully made functional human pancreatic beta cells from skin, providing a new and robust method for generating large quantities of cells to replace those lost in patients suffering from type 1 diabetes. Today marks another … Continue reading Protective cell therapy could mean insulin independence for diabetic patients
Training the Next Generation of Stem Cell Scientists
Nobel prize winners don’t come out of thin air, they were all young, impressionable kids at one point in time. If you ask any award-winning scientists how they got into science research, many of them would likely tell you about an inspiring teacher, an encouraging parent, or a hands-on research opportunity that inspired or helped … Continue reading Training the Next Generation of Stem Cell Scientists
The Stem Cellar 