"
Team:Warsaw/Modelling/Gene
From 2009.igem.org
(New page: DRAFR. Kopiowanie z worda do wiki fail 1)Zakladajac ze funkcja Hilla jest ok. do modelowania repression. [citation Needed;)] Mamy dla transkrypcji i translacji ∂[mRNA]/∂t=(max〖t...) |
|||
| Line 1: | Line 1: | ||
| - | + | <math>\int_0^\infty e^{-x^2}\,dx.</math> | |
| + | <fail> | ||
| + | To have math rendered in a particular MediaWiki installation, one has to set $wgUseTeX = true; in LocalSettings.php. | ||
| + | </fail> | ||
| + | |||
| + | DRAFR. | ||
1)Zakladajac ze funkcja Hilla jest ok. do modelowania repression. [citation Needed;)] | 1)Zakladajac ze funkcja Hilla jest ok. do modelowania repression. [citation Needed;)] | ||
Mamy dla transkrypcji i translacji | Mamy dla transkrypcji i translacji | ||
| + | <math>abc</math> | ||
∂[mRNA]/∂t=(max〖transcription rate〗×K_m^n)/(K_m^n+〖Repressor concentration〗^n )-degradation rate[mRNA] | ∂[mRNA]/∂t=(max〖transcription rate〗×K_m^n)/(K_m^n+〖Repressor concentration〗^n )-degradation rate[mRNA] | ||
(∂[Protein])/∂t=max〖translation rate〗×mRNA-degradation rate[Protein] | (∂[Protein])/∂t=max〖translation rate〗×mRNA-degradation rate[Protein] | ||
| Line 13: | Line 19: | ||
∂[mRNAcI]/∂t=(max〖transcription rate z pcI〗×K_mLacI^n)/(K_mcI^n+〖LacI concentration〗^n )-degradation rate[cImRNA] | ∂[mRNAcI]/∂t=(max〖transcription rate z pcI〗×K_mLacI^n)/(K_mcI^n+〖LacI concentration〗^n )-degradation rate[cImRNA] | ||
(∂[ProteincI])/∂t=max〖translation rate〗 [cImRNA]-degradation rate(tu moze byc funkcja ktora modeluje reakcje na temperature)[cIProtein] | (∂[ProteincI])/∂t=max〖translation rate〗 [cImRNA]-degradation rate(tu moze byc funkcja ktora modeluje reakcje na temperature)[cIProtein] | ||
| + | <math><math>Insert formula here</math><math>Insert formula here</math></math> | ||
Latest revision as of 21:17, 13 October 2009
<math>\int_0^\infty e^{-x^2}\,dx.</math>
<fail> To have math rendered in a particular MediaWiki installation, one has to set $wgUseTeX = true; in LocalSettings.php. </fail>
DRAFR. 1)Zakladajac ze funkcja Hilla jest ok. do modelowania repression. [citation Needed;)] Mamy dla transkrypcji i translacji <math>abc</math> ∂[mRNA]/∂t=(max〖transcription rate〗×K_m^n)/(K_m^n+〖Repressor concentration〗^n )-degradation rate[mRNA] (∂[Protein])/∂t=max〖translation rate〗×mRNA-degradation rate[Protein] Km the concentration of repressor needed to repressed by 50% the overall expression N - hill coefficient Zakladajac prosty model naszego 1wszego switcha ze jest tam tylko LacI I cI wyglada to tak
∂[mRNALacI]/∂t=(max〖t ranscription rate〗 z pLac×K_mcI^n)/(K_mcI^n+〖cI concentration〗^( n) )-degradation rate[LacImRNA] (∂[ProteinLacI])/∂t=max〖translation rate〗 [LacImRNA]-degradation rate[LacIProtein] ∂[mRNAcI]/∂t=(max〖transcription rate z pcI〗×K_mLacI^n)/(K_mcI^n+〖LacI concentration〗^n )-degradation rate[cImRNA] (∂[ProteincI])/∂t=max〖translation rate〗 [cImRNA]-degradation rate(tu moze byc funkcja ktora modeluje reakcje na temperature)[cIProtein] <math><math>Insert formula here</math><math>Insert formula here</math></math>
