compartmentalization of enzymes into defined organelles
the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other. the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other. the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other.
phosphorylation by other kinases, which can switch them from an inactive to an active state. This post-translational modification can be triggered in response to specific signals, allowing for precise control of cell cycle progression.
Proteins are the primary macromolecules that can act as enzymes. They catalyze biochemical reactions by lowering the activation energy needed for the reaction to occur. Other macromolecules like RNA can also exhibit enzymatic activity, known as ribozymes.
An allosteric enzyme is one in which the activity of the enzyme can be controlled by the biniding of a molecule to the "allosteric site". This really just means somewhere other than the active site. Thus allosteric control of an enzyme can be classed in two ways. A positive allosteric modification is the binding of a molecule to the enzyme which increase the rate of reaction. Sort of like catalysing the catalysing effect of an enzyme. Obviously the opposite is true of negative allosteric modification. A good example for this is the activity of phosphofructokinase, which is promoted by a high AMP concentration, and inhibited by a high ATP concentration. This should make sense if you think about the action of a kinase etc.
Neither contaminated pepsin nor deionized water would cause the digestion of BAPNA. Pepsin is a digestive enzyme that breaks down proteins, while deionized water is unlikely to impact enzymatic activity. Any digestion of BAPNA would more likely be due to enzyme activity or other factors.
enzymatic, synthetic, actinic, synthetical
The pituitary gland secretes hormones that control the activity of other endocrine glands in the body.
An autophosphorylation is the phosphorylation of a kinase protein catalyzed by its own enzymatic activity.
the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other. the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other. the time is related to enzymatic activity of amylase because as the sol'n or substance has been added to the iodine sol'n, the soln' will change color and its time gives you an idea w/c of the sol'n react faster than the other.
I am not sure if this is a strange religions question, but I am going to assume not. A cell that "dies" is broken down via enzymatic activity and the component proteins are recycled into other cells. No waste in nature!
because the decision to engage in one activity means forgoing some other activity
phosphorylation by other kinases, which can switch them from an inactive to an active state. This post-translational modification can be triggered in response to specific signals, allowing for precise control of cell cycle progression.
as enzymes to control the rate of reactions and regulate cellular activity
The word sustentation means maintenance in being or activity. Other words for sustentation are conservation, preserving, upkeep, maintenance, keep, and care.
gladiators tounraments, free games, races, and other public activity
commemoration
Proteins are the primary macromolecules that can act as enzymes. They catalyze biochemical reactions by lowering the activation energy needed for the reaction to occur. Other macromolecules like RNA can also exhibit enzymatic activity, known as ribozymes.