If the amount is less, it will take time for the effector to bind to each site. If it is more, it will take less time for the effort to bind. It is like some little kids trying to find a place to sit on a bus. The more there are of them, the faster the seats will be filled.
When allosteric effector X binds to the enzyme, it induces a conformational change in the enzyme's active site, rendering it unable to catalyze the reaction. However, adjusting the concentration of X can still impact the speed of the reaction because it determines the extent of binding between X and the enzyme. Higher concentrations of X will result in more binding and therefore a greater inhibition of enzyme activity, leading to a slower reaction. Conversely, lower concentrations of X will result in less binding and less inhibition, leading to a faster reaction.
allosteric effectors have their own specific sites for binding to enzyme. they can bring positiveor negative effect. that depends on the natre of effector.
Ahh... A fine question. The answer: When a substrate acts as an effector there are homotropic effects. The substrate binds to the active site and induces allosteric-like effects.
It is not the fourth one specifically that binds easier, O2 is a positive allosteric effector (activator) of Haemoglobin and the binding of O2 facilitates further binding of O2. I'm not sure why this is though.
A Receptor is referring to a sense organ, like a nerve ending. An Effector is referring to a muscle capable of reflecting to a stimulus. By definition, receptor and effector are antonyms.
effector
Protein kinase and Allosteric effector
allosteric effectors have their own specific sites for binding to enzyme. they can bring positiveor negative effect. that depends on the natre of effector.
Ahh... A fine question. The answer: When a substrate acts as an effector there are homotropic effects. The substrate binds to the active site and induces allosteric-like effects.
BPG in hemoglobin means allosteric effector, that binds to the site that is completely remote from that active site for oxygen. The amount of BPG in red cells determines the oxygen affinity of hemoglobin.
It is not the fourth one specifically that binds easier, O2 is a positive allosteric effector (activator) of Haemoglobin and the binding of O2 facilitates further binding of O2. I'm not sure why this is though.
The brain is not an effector. An effector refers to the glands and muscles doing activity.
Effector - album - was created in 1999.
An effector is at the end of a reflex arc as it is the muscle or gland that 'does' the reflex. What the effector does is the outcome of the reflex arc.
The effector muscle is the biceps brachii.
A Receptor is referring to a sense organ, like a nerve ending. An Effector is referring to a muscle capable of reflecting to a stimulus. By definition, receptor and effector are antonyms.
The effector cell responds to a nerve impulse and can be either a muscle cell or a gland cell.
Effector molecules are small molecules that selectively bind to proteins. These molecules also help regulate biological activity.