... the team wondered how pressure sped up the enzyme digestion. To determine if pressure caused bacterial proteins to unfold and make their bonds more vulnerable to trypsin, the team turned to myoglobin, ...
... dairy cow immune system. His work is resulting in the first close-up look at how immune system proteins help protect the cows, and how bacterial proteins fight back.
... , therefore, would stop the infantry from taking the battlefield.
Besides the fundamental knowledge about bacterial protein movement and DNA binding, the Structure paper also sheds light on the ...
... success. The group has devised a computational method that, with remarkable accuracy, predicts how bacterial proteins fold and interact. In the short term, this new capability, described in this week ...
A group of Scripps Research Institute scientists has devised a computational method that, with remarkable accuracy, predicts how bacterial proteins fold and interact.
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... molds itself to fit other bacterial proteins that have been made sticky by acid- induced unfolding.
"Just ... enough to adapt to and bind various damaged proteins. This helps E. coli evade the otherwise ...
... acids that are known to bind many different substances (substances acted on by enzymes).
"Unlike the bacterial protein, the mammalian P-gp was designed to have a wide range of substrates," says ...
... a very sensitive fluorescence technique to find that a bacterial protein thought to exist in one "natural" three- ... The scientists studied three different Rop proteins—the wild type anti, the mutant syn, ...
SAN DIEGO, June 23 (UPI) -- U.S. scientists have found a bacterial protein thought to exist in one 3-D shape can twist itself into a second form, depending on its chemical environment.
... colleagues report the NMR structure of the large bacterial protein diacylglycerol kinase (DAGK), a complex ... ago. DAGK is the smallest known kinase (a protein that adds chemical groups called phosphates ...
... membrane-spanning protein to date. The group's ability to determine the NMR structure of the bacterial protein diacylglycerol kinase, reported in the journal Science, suggests that similar methods can ...
... 's immune system using time-lapse confocal microscopy.
The researchers can also tag individual bacterial proteins to follow their movement and determine their specific roles in the infection process. ...
... scientists to get a clear picture of what a protein looks like in its native environment. For example, ... cell.
Lactose repressor is a V-shaped bacterial protein that has two arms connected by a central ...
... to the surface of blood vessels during infection.
The high-resolution structures of parts of the bacterial protein in complex with multiple fibronectin domains reveals the efficiency with which the ...
... seems to increase disease risk is the cag+ strain, which contains a set of proteins that allows it to inject bacterial proteins into cells following attachment to the stomach lining; this interaction ...
