News articles tagged with "chemical_engineering"

06/23/2014 11:59:55
Jessica Stoller-Conrad
A new technique developed at Caltech helps grow individual species of the unknown microbes that live in the human body.
Photograph of a glass SlipChip for growing microbes, shown next to a US quarter (left). Fluorescent in situ hybridization image of the target organism (right, top). Transmission electron microscopy image of a single cell of the target organism (right, bot
03/03/2010 08:00:00
Deborah Williams-Hedges

Caltech graduate student Heather D. Agnew is the recipient of the 2010 $30,000 Lemelson-MIT Caltech Student Prize. Agnew is among the four $30,000 Lemelson-MIT Collegiate Student Prize winners. She was recognized for her integral contributions to the development of innovative biochemical protocols that can be utilized for more stable, robust—and inexpensive—detection of diseases like cancer, HIV, or malaria.

12/16/2009 08:00:00
Jon Weiner

Caltech and UCLA have announced the establishment of the Joint Center for Translational Medicine (JCTM), which will advance experimental research into clinical applications, including the diagnosis and therapy of diseases such as cancer.

11/11/2009 08:00:00
Lori Oliwenstein

The California Institute of Technology (Caltech) and the Dow Chemical Company today announced a new solar-research collaboration aimed at developing the use of semiconductor materials that are less expensive and more abundant than those used in many of today's solar cells. In addition, they announced the creation of the Dow Chemical Company Graduate Fellowship in Chemical Sciences and Engineering.

08/06/2009 07:00:00
Lori Oliwenstein

A previously unrecognized player in the process by which gases produced by trees and other plants become aerosols—microscopically small particles in the atmosphere—has been discovered by a research team led by scientists at the California Institute of Technology (Caltech). Their research on the creation and effects of these chemicals, called epoxides, is being featured in this week's issue of the journal Science.


07/09/2009 15:00:00
Kathy Svitil

Chemists at the California Institute of Technology (Caltech) and the Scripps Research Institute have developed an innovative technique to create cheap but highly stable chemicals that have the potential to take the place of the antibodies used in many standard medical diagnostic tests.

06/18/2009 07:00:00
Lori Oliwenstein

The cells in our body are constantly receiving mixed messages. An epithelial cell might be exposed to one signal telling it to divide and, simultaneously, another telling it to stop dividing. The tug-of-war between these two sets of influences, and the effects they have on tissue growth, are explained and explored in a paper authored by scientists from Caltech and published online in the Proceedings of the National Academy of Sciences.

03/23/2009 21:00:00
Kathy Svitil

Researchers at Caltech and world-leading gene-synthesis company DNA2.0 have taken an important step toward the development of a cost-efficient process to extract sugars from cellulose--the world's most abundant organic material and cheapest form of solar-energy storage. Plant sugars are easily converted into a variety of renewable fuels such as ethanol or butanol.

11/06/2008 08:00:00
Lori Oliwenstein
Four members of the 11-member chemical engineering faculty at the California Institute of Technology (Caltech) were honored by the American Institute of Chemical Engineers (AIChE) in their list of 100 Chemical Engineers of the Modern Era, published in the October issue of their magazine, Chemical Engineering Progress.
10/17/2008 07:00:00
Lori Oliwenstein
Engineers from the California Institute of Technology (Caltech) have created a "plug-and-play" synthetic RNA device--a sort of eminently customizable biological computer--that is capable of taking in and responding to more than one biological or environmental signal at a time.
08/15/2008 07:00:00
Kathy Svitil
Researchers at the California Institute of Technology have developed a novel way to churn out large quantities of drugs, including antiplaque toothpaste additives, antibiotics, nicotine, and even morphine, using mini biofactories--in yeast.
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