Примери за използване на Intracellular material на Английски и техните преводи на Български
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Release of intracellular material.
Ultrasonication is a effective method for cell preparation that releases the intracellular material….
This effect can be used for the extraction of intracellular materials, e.g. starch from the cell matrix.
After the separation,the cells must be disrupted to release the oil and other intracellular material.
Since ultrasonication promotes mass transfer, the intracellular material is released into the surrounding solvent.
This means the intracellular material(i.e. the targeted substances) is released from the inner cell and transferred into the solvent.
This effect can be used for the extraction of intracellular materials, e.g.
Ultrasound assists the extraction of the intracellular material and makes it thereby available for the enzymatic fermentation.
Suslick 1998 By these extreme forces sonolysis occurs,cell walls are disrupted, and intracellular material is extracted.
Primarily, ultrasound is used to extract intracellular material from biomass, such as corn, soybeans, straw, ligno-cellulosic material or vegetable waste materials. .
Ultrasonics activates enzymes andimproves the extraction rate of the intracellular material, e.g. starch, proteins.
Bio-sciences use ultrasonic homogenizers to lyse cells andextract proteins and other intracellular materials, the pharma industry applied ultrasonics to synthesis pharmacologically active molecules, to produce vaccines and to formulate them into nano-sized drug carriers.
Furthermore, the destruction of the aggregates andcell walls improves the bioavailability of intracellular material to decomposition by bacteria.
Ultrasonic lysis andextraction is used to release intracellular material before purification and down-stream processes.
Cell disintegration is a common task in biotechnology andin many applications that involve processing cells and intracellular material.
Secondly, during the rarefaction cycle the content of cell(i.e. intracellular material) is flushed out of the inner cell.
Ultrasonic cell disruptors(alsotermed as ultrasonic extractors) are well known for their capability to open cells in order to release intracellular material.
The ultrasound-assisted extraction is a proven method for the extraction of intracellular material and functional and bioactive components.
For biological matter such as plant materials, the high velocity liquid jets andalternating pressure cycles disrupt the cell walls and release the intracellular material.
Ultrasonication is a effective method for cell preparation that releases the intracellular material from the cell's interior compartment rapidly into the buffer solution.
Cell suspensions consisting in vegetal, mammelian or microbial cells require an efficient and reliable technique, which disrupts the cell walls ormembranes and makes the intracellular material available for subsequent processes or analysis.
Ultrasonic disintegration of cellular structures and extraction of intracellular material reduces the particle size and exposes a much larger surface area to enzymes during liquefaction.
These intense conditionsbreak cell walls and high mass transfer so that the intracellular material is transferred into the solvent.
The intense ultrasonic forces perforate orbreak the cell matrix so that all intracellular material is fast and easily released, so that a maximum yield is extracted.
Bio-sciences use ultrasonic homogenizers to lyse cells andextract proteins and other intracellular materials, the pharma industry applied ultrasonics….
By the application of power ultrasonics,the plant cells are disrupted and the intracellular material is extracted so that the feedstock is better available for the enzymatic digestion.
Most difficulties arise from uncontrolled cell disruption resulting in an untargeted release of all intracellular material or/ and the denaturation of the target product.
Ultrasonically generated cavitation perforates orbreaks the cell wall so that the intracellular material- e.g. valuable compounds such as oils, flavours, vitamins, colorants- are released.
Ultrasonically generated cavitation improves mass transfer anddisrupts cells so that the intracellular material and the targeted bioactive substances are released into the solvent.
During lysis, the cell walls of the microorganism is disrupted and broken up so that the intracellular material such as proteins, lipids and other nutrient are released.