Group items tagged

1g solid enzyme powder (or 1mL liquid enzyme), at 40 C, pH 3.0 (disodium hydrogen phosphate - citric acid buffer), hydrolyzes casein and produces 1ug tyrosine within 1 minute, that is, a unit of enzyme activity, expressed as U/g (U/mL).

As a high-tech incubator, Xiongjin Biotechnology (Shanghai) Co., Ltd. has an independent enzyme preparation research and development team. It tracks the textile industry all the year round and specializes in the application of enzyme technology in the textile industry.

Through synergistic reaction of various enzymes system on fibers: enzymes used in paper industry makes the fibers separate effectively and open the fiber code, soften availably the fibroblast and increase the permeability of fibers, and have the fibers suck the water fully, leveling up the beating effect and lowering down its consumption.

Enzymes in cleaner contains hydrolase such as protease, lipase and diastase, which can decompose protein, carbohydrate and lipids into the constituent having relative small formula weight like peptide segments, delspray and oligosaccharide so that the solubility and suspending power of aqueous solution are stronger, improving the cleaning effect. Enzymes in cleaner is applicable to decompose the protein besmirch such as milk, bloodstain and food residue;

Our genetic code is translated by two super-families of modern-day enzymes. Carter's research team created and superimposed digital three-dimensional versions of the two super-families to see how their structures aligned. Carter found that all the enzymes have virtually identical cores that can be extracted to produce "molecular fossils" he calls Urzymes-Ur meaning earliest or original. The other parts, he said, are variations that were introduced later, as evolution unfolded. These two Urzymes are as close as scientists have gotten to the actual ancient enzymes that would have populated the Earth billions of years ago.

Stickum adhering to and inlaying the fasciculus is removed by textile enzymes, accelerating the separation of fibers, strengthening the wettability and hygroscopicity for the surface of textiles and improving the dyeing effect of yarn and textile.

Under the condition of pH 4.8 at 37 ℃, 1 μ mol reducing sugar is released every minute from the concentration of 5.0mg/ml carboxymethyl cellulose sodium solution, and the amount of enzyme required is a unit of enzyme activity, expressed as U.

Waste paper-enhancing enzyme: Waste paper-enhancing enzyme is a biological protein that is genetically modified and deeply fermented.

Alkaline lipase: Alkaline lipase is a new enzyme in detergent industry. Its main use is as new enzymes used in detergent industry. Its special properties decompose the clothing oil into diglyceride, monoglyceride and fatty acid and other water-soluble substances, which significantly improve the washing effect of washing powder, especially the effect of removing the macula.

Operating manual of the enzymatic degumming of ramie fiber: This enzymatic degumming of ramie is designed for the ramie degumming process of enzyme preparation products, as well as a biological preparation made of superior strain by deep fermentation.

Alkaline protease was extracted by liquid culture of Bacillus licheniformis NO.2709. This product is an enzyme preparation catalyzing protein hydrolysis under alkaline condition (PH during 9-12). It is suitable for industries such as enzymatic detergent, leather depilation, silk degumming, and protein hydrolysis.

Lipase enzymes used in leather industry has achieved good results in degreasing of crepe, fur, leather, gelatin, and the like. Candida lipolytica lipase can reduce the oil content of the raw material of the spinning material from 10% to 0.5%, to meet the spinning requirements, and does not affect the fiber strength.

""We probably have underestimated the role our microbial flora play in modulating disease risk," says Daniel Rader, a heart disease specialist at the University of Pennsylvania School of Medicine. Rader, who was not involved in the study, says that gut bacteria may not be as big a factor in causing heart disease as diabetes or smoking, but could be important in tipping some people toward sickness. Researchers led by Stanley Hazen, a cardiologist at the Cleveland Clinic, didn't start out to study gut bacteria. In fact, says Hazen, he had "no clue - zero," that intestinal microbes were involved in heart disease. "I'd never even considered it or thought of the concept." Hazen and his colleagues compared blood plasma from healthy people to plasma from people who had had heart attacks, strokes or died to see if substances in the blood could predict who is in danger from heart disease. The researchers found 18 small molecules associated with fat buildup in the arteries. One of the best predictors turned out to be a byproduct made when gut bacteria break down a fat called choline (also known as lecithin). The more of this byproduct, called trimethylamine N-oxide or TMAO, a person or mouse has in the blood, the higher the risk of getting heart disease, the researchers found. Gut bacteria are actually middlemen in TMAO production. The microbes convert lecithin to a gas that smells like rotten fish. Then an enzyme in the liver changes the foul-smelling gas to TMAO."

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"Zwar besitzen die Termiten in ihrem Darm auch selbst Cellulose zersetzende Enzyme (Cellulasen), die Hauptarbeit wird jedoch von den Mikroorganismen übernommen. Sie zerlegen das Holz in seine Bestandteile und produzieren dabei im Rahmen ihres Stoffwechsels Produkte wie Fettsäuren oder Milchsäuren, die dann von den Termiten weiterverwertet werden können. Einer dieser Helfer im Miniaturformat sind die kugelrunden und völlig unbeweglichen Bakterien der Art Spirochaeta coccoides. Forscher der Johannes Gutenberg-Universität haben sie im Jahr 2006 im Darm des amerikanischen Holzfressers Neotermes castaneus erstmals entdeck"

ScienceDaily (Nov. 4, 2010) - Positive psychological changes that occur during meditation training are associated with greater telomerase activity, according to researchers at the University of California, Davis, and the University of California, San Francisco. The study is the first to link positive well-being to higher telomerase, an enzyme important for the long-term health of cells in the body.

Researchers have found a pharmaceutical way to clear some of the cognitive fog that results from a sleepless night. In a new study using lab mice, researchers corrected the memory problems in sleep-deprived mice through a drug that suppressed levels of a certain enzyme in a brain region called the hippocampus.