Salk News
Alaskan family keeps pioneering spirit alive donating $1.6 million to Salk Institute
LA JOLLA, CA—The Salk Institute for Biological Studies today announced a generous $1.6 million dollar gift from the estate of Henry and Lottie O'Neal of Anchorage, Alaska. Their substantial donation will help continue the pioneering research conducted at the Salk Institute.
read more >>Salk Institute named global leader in plant biology research
LA JOLLA, CA—Thomson Reuters Essential Science Indicators has seeded the Salk Institute as the number one research organization for plant biology in the world.
read more >>A funny thing happened on the way to summer...
La Jolla—Our next generation of Scientists have arrived. Salk's high school scholars - students from around San Diego County - gather at the Institute every summer to participate in hands-on laboratory experiences under the mentorship of a Salk scientist. The young scientists will present their findings today during the "Summer Research Presentations" event at 1:00 pm in the Trustees Room at the Salk Institute.
read more >>Scientists take a giant step for people - with plants!
La Jolla—Science usually progresses in small steps, but on rare occasions, a new combination of research expertise and cutting-edge technology produces a 'great leap forward.' An international team of scientists, whose senior investigators include Salk Institute plant biologist Joseph Ecker, report one such leap in the July 29, 2011 issue of Science. They describe their mapping and early analyses of thousands of protein-to-protein interactions within the cells of Arabidopsis thaliana -a variety of mustard plant that is to plant biology what the lab mouse is to human biology.
read more >>Salk researchers develop method to map cell receptor that regulates stress
LA JOLLA, CA—Drug developers have long been looking for agents that will target a cell receptor that regulates stress in humans, but no small molecule drugs have successfully gone through clinical studies. Now, a team at the Salk Institute has demonstrated how a novel tool can be used to map the binding sites on this receptor, which they say could speed the design of effective therapies.
read more >>New technique boosts efficiency of blood cell production from human stem cells
LA JOLLA, CA—Scientists at the Salk Institute for Biological Studies have developed an improved technique for generating large numbers of blood cells from a patient's own cells. The new technique will be immediately useful in further stem cell studies, and when perfected, could be used in stem cell therapies for a wide variety of conditions including cancers and immune ailments.
read more >>Renewal of Agreement Between Ipsen and Salk Supports Cutting-Edge Research
LA JOLLA, CA—Ipsen and the Salk Institute for Biological Studies announced today that they are renewing the Ipsen Life Sciences Program at the Salk Institute. The mission of the partnership is to advance knowledge in the field of proliferative and degenerative diseases through fundamental and applied biology research.
read more >>Tickets for Symphony at Salk, featuring Broadway Sensation Idina Menzel
LA JOLLA—Tickets are now available online for the 16th annual "Symphony at Salk–a concert under the stars" featuring Tony Award-winning Idina Menzel, who will perform with the San Diego Symphony under the direction of returning guest conductor Thomas Wilkins.
read more >>Unnatural" chemical allows Salk researchers to watch protein action in brain cells
LA JOLLA, CA—Researchers at the Salk Institute have been able to genetically incorporate "unnatural" amino acids, such as those emitting green fluorescence, into neural stem cells, which then differentiate into brain neurons with the incandescent "tag" intact.
read more >>The genome guardian's dimmer switch: regulating p53 is a matter of life or death
LA JOLLA, CA—Scientists at the Salk Institute for Biological Studies have found clues to the functioning of an important damage response protein in cells. The protein, p53, can cause cells to stop dividing or even to commit suicide when they show signs of DNA damage, and it is responsible for much of the tissue destruction that follows exposure to ionizing radiation or DNA-damaging drugs such as the ones commonly used for cancer therapy. The new finding shows that a short segment on p53 is needed to fine-tune the protein's activity in blood-forming stem cells and their progeny after they incur DNA damage.
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