Of course. That is the meaning of ' noncompetitive inhibitor. ' It does not compete with the substrate at the active site but inhibits enzyme activity at the allosteric ( other site ) site.
no it is false
Repressors bind to the silencers in the DNA to block the RNA polymerase from binding to the promoter of the gene to reduce gene expression, not really binding to enzymes active sites I think what you meant was "what does an inhibitor do to the enzymes active site"? In which case, it depends on the type of inhibitor. A competitive inhibitor has a structure similar to the substrate, hence would bind to the active site as well, competing with the substrate for the enzyme active sites, decreasing enzymatic activity. A non-competitive inhibitor binds to the allosteric site of the enzyme, causing a structural change in the enzyme active site shape. Hence the enzyme would not be able to bind to the original substrate, so enzymatic activity comes to a halt for the enzymes that are bound by the non-competitive inhibitors
To check; to hold back; to restrain; to hinder., To forbid; to prohibit; to interdict.
It depends on the cause and severity of the damage.It depends on the cause and severity of the damage.It depends on the cause and severity of the damage.It depends on the cause and severity of the damage.It depends on the cause and severity of the damage.It depends on the cause and severity of the damage.
proper hand-washing depends on waht two things?
A photoheterotroph is an organism which depends on light for the majority of its energy and that mainly depends on organic compounds for its carbon.
This depends on the enzyme. Temperature, pH, and the presence of co-factors, or allosteric inhibitors.
allosteric effectors have their own specific sites for binding to enzyme. they can bring positiveor negative effect. that depends on the natre of effector.
Repressors bind to the silencers in the DNA to block the RNA polymerase from binding to the promoter of the gene to reduce gene expression, not really binding to enzymes active sites I think what you meant was "what does an inhibitor do to the enzymes active site"? In which case, it depends on the type of inhibitor. A competitive inhibitor has a structure similar to the substrate, hence would bind to the active site as well, competing with the substrate for the enzyme active sites, decreasing enzymatic activity. A non-competitive inhibitor binds to the allosteric site of the enzyme, causing a structural change in the enzyme active site shape. Hence the enzyme would not be able to bind to the original substrate, so enzymatic activity comes to a halt for the enzymes that are bound by the non-competitive inhibitors
It depends which army you mean
It depends which army you mean
It depends on whether you consider the commandments in Leviticus binding or not.
it depends on how old the precedent is, how closely related is it to the case you are looking at and the difference between your precedent and crown/defense lawyer's precedent
In general, a handwritten letter is not considered a legally binding contract in court unless specific legal requirements are met. Having a neutral witness can add credibility to the contents of the letter and the signature authenticity but does not automatically make it legally binding. For a document to be legally binding, it typically needs to meet specific legal criteria such as offer, acceptance, and consideration.
It depends on what sense of "legal" you are referring to. An unsigned document in and of itself is not generally binding or enforceable. An letter used as evidence of some particular fact could be verified by a handwriting expert. It depends on what you mean by legal and the circumstances. You need to provide more details.
It depends on which target. There are hundreds of different types of targets available.
It does not depend on the line. The regulation is the percentage change in voltage caused by applying the full load current, and that depends on the transformer supplying the line. A value of 5% would be typical.
There are many tools for custom binding. It depends on what you're trying to bind - data or something tangible. The name of the device that lets you create a custom binding is called Android Virtual Device. You can read more about it at developer.android.com/guide/developing/tools/avd.html