Examples of using Complex molecules in English and their translations into Hungarian
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That may produce complex molecules.
It is widely used in the pharmaceutical and chemical industry to synthesize complex molecules.
Proteins are long, complex molecules, intricate chains whose individual links are amino acids.
The metabolic breakdown of complex molecules.
Complex molecules are to be gained through enzymatic modification for use as base fluids or additives.
For example, food made of complex molecules.
As atoms then join to create complex molecules, the quantum field-effects become much more intricate and intensified.
Useful energy+ small molecules->complex molecules.
The complex molecules on Titan, including organic material- that is, substances that incorporate carbon- make it a promising location for life to develop.
An atom that's able to form long, complex molecules.
Previous research has suggested that the answer may lie in complex molecules called flavanols, which recruit the gas nitric oxide to the cells that line the inner walls of blood vessels.
Free energy+ small molecules>>> complex molecules.
It is sunshine light energy captured during plant photosynthesis, and through decomposition it is converted andstored within the interior of the world's most refined and complex molecules.
The 1987 Nobel Prize in Chemistrywas given to chemists for showing how complex molecules can perform very precise functions.
Students in the biomolecular engineering(BioE)program work at the molecular level with simple and complex molecules.
Each one of your cells is like asmall city with thousands of different types of complex molecules interacting with each other to keep you alive and conscious.
But silicon is the closest element to carbon. It reacts almost identically… withother elements the way it combines to form complex molecules.
Withers' research interests have always centered on enzymes that can assemble anddegrade complex molecules called glycans, such as the sugars on cell surfaces.
Since everything in nature tends to equilibrium, simultaneously with the processes of energy release and splitting of products(catabolism), the opposite reactions take place,requiring energy expenditure and creating complex molecules from simple(anabolism).
The natural vitamin C, ascorbic acid molecules are linked together to form multiple,chemically complex molecules for which the action is much longer than the effect of a simple synthetic ascorbic acid.
Since everything in nature tends to equilibrium, simultaneously with the processes of energy release and splitting of products(catabolism), the opposite reactions take place,requiring energy expenditure and creating complex molecules from simple(anabolism).
A major branch of survival machines, now called plants,started to use sunlight directly themselves to build up complex molecules from simple ones, re-enacting at much higher speed the synthetic processes of the original soup.
Proteins like hemoglobin have extremely complex molecules.
The theory of evolution says that disordered, dispersed, and lifeless atoms and molecules spontaneously came together over time, in a particular order,to form extremely complex molecules such as proteins, DNA, and RNA, whereupon millions of different living species with even more complex structures gradually emerged.
But we're starting to realize thatbits are really poor at simulating complex molecules and particles.
The theory of evolution says that disordered, dispersed, and lifeless atoms and molecules spontaneously came together in time in a certain order andplan to form extremely complex molecules such as proteins, DNA, and RNA after which they gradually brought about millions of different living species with even more complex structures.
For example, people who support the idea of primordial soup(it's not a cooking word, it's an actual term)think that Earth itself formed complex molecules that led to the appearance of life.
Such dust is vital to life,because it helps form planets, complex molecules and normal stars.
According to the announcement, the scientists were honored for discovering“more efficient ways oflinking carbon atoms together to build the complex molecules that are improving our everyday lives.”.
An innovative material based on smectite and algae extracts, developed by Olmix, permits to increase the interlayer spaceof smectite up to 5nm and thus bind complex molecules like deoxynivalenol and fumonisins(Demais and Havenaar, 2006).