Science Market Update

Sam Asher

Recent Posts

Regenerating Ribs with Stem Cells at USC

Posted by Sam Asher on Thu, Sep 18, 2014

In Science Market Update articles alone, we have seen the power of stem cells applied to restoring eye function and to repairing the brain at UW Madison. Not to be outdone, the University of Southern California is adding to the list of stem cell applications with its new study into repairing skeletal structures, in particular the ribs.

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Tags: 2014, CA, University of Southern California, California, USC, Los Angeles, BioResearch Product Faire Event

Los Angeles Life Scientists Correlate Autophagy With Anti-Aging

Posted by Sam Asher on Thu, Sep 11, 2014

This June, we saw that Ann Arbor researchers were adjusting the process of cell autophagy in order to fight cancerous tumors. (You can read our article on the subject here.) This September, life scientists at the University of California, Los Angeles have found that tapping into autophagy may prevent the inevitable: that is, the aging of the human body.

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Tags: 2014, CA, University of California Los Angeles, California, Los Angeles, LAVS, UCLA, Biotechnology Vendor Showcase

Irvine Scientists Use Salmon to Cure Paralysis

Posted by Sam Asher on Thu, Sep 04, 2014

Roughly 2 percent of Americans have some form of paralysis resulting from spinal cord injury, according to the Christopher & Dana Reeve Foundation. It is impossible to restore function and movement lost in this sort of paralysis…or at least, it has been up until now. A bioresearch team at the University of California, Irvine has discovered the perfect concoction to cure such paralysis using, of all things, a protein transplant from salmon.

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Tags: 2014, CA, University of California Irvine, California, BioResearch Product Faire Event, Irvine, UCI, UC Irvine

Powering Circuits With Electric Bacteria at USC

Posted by Sam Asher on Thu, Aug 28, 2014

Last year, we reported on the shocking discovery of bacteria that could create an electric current by trading electrons with each other and their surroundings. The pair of microbiologists at the University of Minnesota who led the research speculated that there was much to learn and understand about these “electric bacteria.” Now research from the University of Southern California proves them right with a breakthrough realization about a special type of electric bacteria that extends electric wires from its body.

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Tags: 2014, CA, University of Southern California, California, USC, Los Angeles, BioResearch Product Faire Event

UC Riverside Bioengineers Increase Biofuel Yield By 50%

Posted by Sam Asher on Thu, Aug 21, 2014

Bioengineers across the country are working on developing the best biofuel technology, with the goal of producing the most fuel yield from a given biomass. This May, for instance, we reported on a MSU bioresearcher who worked on optimizing the process of creating biodiesel. A research team at the University of California, Riverside has recently come up with the most effective method yet.

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Tags: 2014, CA, University of California Riverside, California, BioResearch Product Faire Event, Riverside, UC Riverside, UCR

UCSD Bioscientists Erase and Restore Memories

Posted by Sam Asher on Thu, Aug 14, 2014

Research on memory is very delicate business. The prospect of increasing memory capacity and restoring lost recollections sounds more like magic than science. Despite this, a group of researchers from the University of California, San Diego has found a way to stimulate neural networks in rats in order to erase and restore their memories.

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Tags: 2014, CA, University of California San Diego, California, San Diego, SDVS, UCSD, Biotechnology Vendor Showcase

Madison Bioresearch Group Sees Through Plant Eyes

Posted by Sam Asher on Thu, Aug 07, 2014

Plants are very finicky about when they decide to bloom. In their constant quest for sunlight, they put all their energy into growing upward and only produce fruits and flowers if they are in full sunlight. In high-density orchards, this imposes a limit on crop yield in a given space. One of the largest goals in agriculture today is to increase crop yield, as we saw earlier this year with the UIUC researchers seeking to optimize photosynthesis. Now researchers from the University of Wisconsin, Madison are trying their hand at increasing agricultural production by removing plants’ inhibitions to flower.

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Tags: 2014, Midwest, WI, Wisconsin, University of Wisconsin Madison, UWisc, BioResearch Product Faire Event, Madison

$1 Million Grant Awarded to UC Research Team for "Super-sunscreen"

Posted by Sam Asher on Thu, Jul 31, 2014

The heat of summer brings us out into the water and directly in the line of fire of the sun’s UV radiation. Many of us grumble about applying sunscreen and wish it could be simply applied once for the whole summer. Thanks to a $1 million grant from the National Cancer Institute, a research team at the University of Cincinnati is developing a topical cream that makes this fantasy possible by taking UV protection to a new level.

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Tags: 2014, Midwest, University of Cincinnati, BioResearch Product Faire Event, Cincinnati, OH, UCinci

OSU Drug Explodes E. Coli

Posted by Sam Asher on Thu, Jul 24, 2014

If a malicious bacterium seems particularly hardy in the face of current treatments, it’s probably only because we haven’t discovered its secret weakness. This seems to be the prevailing ideology at Ohio State University: earlier this month we saw how deactivating a single gene starves Salmonella and renders it essentially harmless. Now OSU researchers have pinpointed a protein in E. coli that, when inhibited, causes the bacteria to explode.

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Tags: 2014, Midwest, Ohio State University, Ohio, BioResearch Product Faire Event, Columbus, OhStu

Ann Arbor Biophysicists Find the Rhythm of Photosynthesis

Posted by Sam Asher on Thu, Jul 17, 2014

Though the word “photosynthesis” is less than 150 years old, modern society considers the process largely fundamental and simple. The truth is, though researchers make attempts to replicate and optimize photosynthesis, as we’ve seen UIUC researchers do, it is still not fully understood. The puzzles behind the inner workings of photosynthesis have caught the attention of biophysicists at the University of Michigan, Ann Arbor, and have led them to unravel some of the mysteries in order to enhance the effectiveness of artificial photosynthesis methods.

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Tags: University of Michigan, 2014, Midwest, Ann Arbor, BioResearch Product Faire Event, MI, UMich

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