20:36, 21 July 2023Rhodydogtalkcontribs created page
Reversible Hill Equation(
←Created page with ' The classic
Monod–Wyman–Changeux model (MWC) for cooperativity is generally published in an irreversible form. The is there are no product terms in the rate equation. However, a series of publications by Popova and Sel'kov<ref>{{cite journal |last1=Popova |first1=S.V. |last2=Sel'kov |first2=E.E. |title=Generalization of the model by monod, wyman and changeux for the case of a reversible monosubstrate reaction |journal=FE...')
22:49, 19 June 2022Rhodydogtalkcontribs created page
Draft:Biochemical Circuit Design Patterns(
←Created page with '{{subst:AfC submission/draftnew}}<!-- Important, do not remove this line before article has been created. --> A biochemical circuit design pattern is a conceptual solution to achieve a given dynamical behavior. A given pattern can be usually implemented at the molecular level in multiple ways. Examples of behavioral patterns include oscillators, bistable switches, logical functions, and amplifiers, == References == <!-- Inline citations added to your...')
20:36, 21 July 2023Rhodydogtalkcontribs created page
Reversible Hill Equation(
←Created page with ' The classic
Monod–Wyman–Changeux model (MWC) for cooperativity is generally published in an irreversible form. The is there are no product terms in the rate equation. However, a series of publications by Popova and Sel'kov<ref>{{cite journal |last1=Popova |first1=S.V. |last2=Sel'kov |first2=E.E. |title=Generalization of the model by monod, wyman and changeux for the case of a reversible monosubstrate reaction |journal=FE...')
22:49, 19 June 2022Rhodydogtalkcontribs created page
Draft:Biochemical Circuit Design Patterns(
←Created page with '{{subst:AfC submission/draftnew}}<!-- Important, do not remove this line before article has been created. --> A biochemical circuit design pattern is a conceptual solution to achieve a given dynamical behavior. A given pattern can be usually implemented at the molecular level in multiple ways. Examples of behavioral patterns include oscillators, bistable switches, logical functions, and amplifiers, == References == <!-- Inline citations added to your...')