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Allosteric Enzyme

2014-11-27T23:48:30Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate.<ref>Hardin, J., Kleinsmith, L., Bertoni, G., 2012. Becker's world of the cell, 8th Edition, Boston: Benjamin Cummings. [pp.147]</ref>]] An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References<br> ==

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Allosteric Enzyme

2014-11-27T22:57:40Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate<ref>Hardin, J., 2012. Becker's world of the cell, Boston: Benjamin Cummings. [pp.147]</ref>]]. An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References<br> ==

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Allosteric Enzyme

2014-11-27T22:56:05Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate<ref name="1">Hardin, J., 2012. Becker's world of the cell, Boston: Benjamin Cummings. [pp.147]</ref>]]. An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References<br> ==

<references /><br>
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Allosteric Enzyme

2014-11-27T22:54:18Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate]]. 

An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References<br> ==

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Allosteric Enzyme

2014-11-27T22:51:49Z

140209851:

Allosteric Enzyme

2014-11-27T22:50:57Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate]]1. 

An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References ==

<references />

1 <script type="text/javascript" src="safari-extension://com.ebay.safari.myebaymanager-QYHMMGCMJR/96bf6d94/background/helpers/prefilterHelper.js"></script>
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Allosteric Enzyme

2014-11-27T22:50:17Z

140209851:

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[Allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate<ref>Hardin, J., 2012. Becker's World of the Cell, Boston: Benjamin Cummings. [pp.147]</ref>]]. 

An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References ==

<references />

1
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Allosteric Enzyme

2014-11-27T22:49:08Z

140209851: Created page with "Allosteric Enzyme is an enzyme which exists in two different forms. Both these forms have different effects on the catalytic activity of an enzyme as they h..."

Allosteric Enzyme is an [[Enzyme|enzyme]] which exists in two different forms. Both these forms have different effects on the catalytic activity of an [[Enzyme|enzyme]] as they have different biological activity. One form can be readily interconverted into the other, and this process is regulated by an [[allosteric effector|allosteric effector]]. In one form the allosteric [[Enzyme|enzyme]] would result in the [[Enzyme|enzyme]] having a high affinity for its [[Substrate|substrate]]; where as in the other it would cause the enzyme to have a low affinity for its [[Substrate|substrate<ref>Hardin, J., 2012. Becker's World of the Cell, Boston: Benjamin Cummings. [pp.147]</ref>]]. 

An example of an allosteric [[Enzyme|enzyme]] is glycogen phosphorylase.

== References ==

<references />

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