Carver J P.Oligosaccharides:How can flexible molecules act as signal. Pure and Applied Chemistry . 1993Carver JP. Oligosaccharides - How Can Flexible Molecules Act as Signals. Pure and Applied Chemistry. 1993; 65 :763–770.Carver, J. P. (1993) Oligosaccharides: how can flexible mole- cules ...
This substance also exists in gaseous, as well as solid states.Answer and Explanation: The procedure of dissolving involves the breakdown of solute from a huge-size crystal of molecules into small size individual molecules. This breaking...
Germ cells are the only cells in the body capable of giving rise to a new organism, and this totipotency hinges on their ability to assemble membraneless germ granules. These specialized RNA and protein complexes are hallmarks of germ cells throughout their life cycle: as embryonic germ granules...
coli's DNA might know how to break a maltose molecule (a simple sugar) into its two glucose molecules. That is all that that particular enzyme can do, but that action is important when an E. coli is eating maltose. Once the maltose is broken into glucose, other enzymes act on the ...
The electromagnetic rays emitted by the sun have a lot of energy in them. When they strike matter, whether solid or liquid, all of this energy causes the molecules in that matter to vibrate. They get excited and start jumping around. This activity generates heat. Solar cookers use a couple...
Electrostatic Van de Waals forces act between molecules to form weak bonds. The types of Van der Waals forces, strongest to weakest, are dipole-dipole forces, dipole-induced dipole forces and the London dispersion forces. The hydrogen bond is based on a type of dipole-dipole force that is es...
As the hang glider and pilot move through the air, they collide with air molecules. The frictional force caused by these collisions is known as drag, which slows the glider down. The amount of drag is proportional to the airspeed of the hang glider: The faster the glider moves, the more...
coli's DNA might know how to break a maltose molecule (a simple sugar) into its two glucose molecules. That is all that that particular enzyme can do, but that action is important when an E. coli is eating maltose. Once the maltose is broken into glucose, other enzymes act on the ...
But the secret to its insulation power is in its texture.海獭毛保温的秘密在于毛的纹理。Otter fur is spiky, so it traps insulating air molecules.海獭毛尖锐，能够困住保温空气分子。And that is exactly what snowflakes do.和雪花是一样的。Powdery, fresh snow can be up to 95% trapped air.新鲜的...
Sincethe binding site is located at the interfacebetween the two monomers, Wright suggested Oligosaccharides:How can flexible molecules act as signals? 765 that the binding of ligand reduces the relative mobility of the monomers with respect to each other as well as reducing the mobility of ...