Team:Paris Saclay/simulation
From 2013.igem.org
(Created page with "{{Team:Paris_Saclay/incl_debut_generique}} ='''simulation.hsim'''= <p>title="FNR regulator simulation"; geometry = 200:50; // size of E.coli in unit of 10nm 200 : 50=2:0.5 µm...") |
(→simulation.hsim) |
||
(3 intermediate revisions not shown) | |||
Line 1: | Line 1: | ||
{{Team:Paris_Saclay/incl_debut_generique}} | {{Team:Paris_Saclay/incl_debut_generique}} | ||
='''simulation.hsim'''= | ='''simulation.hsim'''= | ||
- | + | title="FNR regulator simulation scenario 2"; | |
Line 12: | Line 12: | ||
+ | molecule mfnr; | ||
- | molecule | + | molecule FNRi; |
- | molecule | + | molecule FNRa; |
- | molecule | + | molecule o2; |
- | molecule | + | molecule ClpXP; |
- | molecule | + | molecule proteinase1,proteinase2,proteinase3; |
- | molecule | + | molecule GPV; |
- | molecule | + | molecule PV (0,200,0);//color set :green |
+ | molecule GPR; | ||
+ | molecule PR (200,0,0); //color set : red | ||
- | + | molecule GPR_binded; | |
+ | molecule FNRa_binded_GPR; | ||
+ | molecule FNRa_binded_PV; | ||
- | + | molecule repression_red_protein; | |
- | + | molecule FNRa_binded; | |
- | size( | + | |
+ | |||
+ | //size : 10nm as unit | ||
+ | |||
+ | |||
+ | size(mfnr)=0.1; | ||
size(ClpXP)=0.5; | size(ClpXP)=0.5; | ||
- | size( | + | size(FNRa)=0.6; |
+ | |||
+ | size(FNRi)=0.3; | ||
+ | |||
+ | size(o2)=0.01; | ||
+ | |||
+ | size(FNRa_binded)=1.2; | ||
+ | |||
+ | size(proteinase1)=0.5; | ||
+ | |||
+ | size(proteinase2)=0.5; | ||
+ | |||
+ | size(proteinase3)=0.5; | ||
- | |||
- | |||
size(GPV)=0.01; | size(GPV)=0.01; | ||
Line 55: | Line 75: | ||
size(PR)=1; | size(PR)=1; | ||
- | size( | + | size(GPR_binded)=0.02; |
- | size( | + | size(FNRa_binded_GPR)=1.3; |
- | size( | + | size(FNRa_binded_PV)=2.3; |
+ | size(repression_red_protein)=4; | ||
- | |||
- | speed | + | // speed : probability to move to a distance of 10 nm |
- | |||
- | |||
- | speed( | + | speed(mfnr)=0.1; |
- | speed( | + | speed(ClpXP)=0.5; |
- | speed( | + | speed(FNRa)=0.3; |
- | speed( | + | speed(FNRi)=0.3; |
+ | |||
+ | speed(GPV)=01; | ||
speed(PV)=0.3; | speed(PV)=0.3; | ||
- | speed(GPR)=0; | + | speed(GPR)=0.1; |
speed(PR)=0.3; | speed(PR)=0.3; | ||
- | speed( | + | speed(o2)=0.8; |
- | speed( | + | speed(FNRa_binded)=0.1; |
- | speed( | + | speed(FNRa_binded_GPR)=0.1; |
+ | speed(repression_red_protein)=0.01; | ||
+ | speed(GPR_binded)=0.1; | ||
- | + | speed(FNRa_binded_PV) = 0.1; | |
- | // | + | //maximum of number of link |
- | |||
+ | maxlinks (GPR) = FNRa_binded(1); | ||
+ | maxlinks (GPV) = FNRa_binded(1); | ||
- | |||
- | + | //rules | |
+ | //translation fnr to FNR inactived | ||
- | + | mfnr -> mfnr + FNRi [0.001]; | |
- | |||
- | |||
+ | //2 FNRi bind | ||
+ | FNRi + FNRi -> FNRa [0.5]; | ||
- | |||
+ | //to many FNRa will reduce FNR production | ||
- | + | FNRa + mfnr -> FNRa*mfnr [0.1]; | |
- | + | FNRa*mfnr -> FNRa + mfnr [0.1]; | |
- | |||
- | |||
+ | //deactivation FNR | ||
+ | FNRa + o2 -> FNRi + FNRi [0.9]; | ||
- | // | + | //degradation FNR |
- | + | FNRi + ClpXP -> ClpXP [0.05]; | |
- | + | FNRa + proteinase1 -> proteinase1 [0.05];//taux de dissociation est different | |
- | |||
+ | //green reporter protein production | ||
- | + | FNRa + FNRa -> FNRa_binded [0.5]; | |
- | + | FNRa_binded -> FNRa + FNRa [0.001]; | |
- | + | FNRa_binded + GPV -> FNRa_binded_PV [0.1]; | |
- | + | FNRa_binded_PV -> FNRa_binded + GPV[0.001]; | |
- | + | FNRa_binded_PV -> PV + FNRa_binded_PV[0.05]; | |
- | |||
- | |||
+ | //red protein repression with 4 FNR activated | ||
- | + | FNRa_binded + GPR -> FNRa_binded_GPR [0.8]; | |
- | + | FNRa_binded_GPR + FNRa_binded_GPR -> repression_red_protein [0.5]; | |
- | + | repression_red_protein -> FNRa_binded_GPR + FNRa_binded_GPR [0.00001]; | |
+ | FNRa_binded_GPR -> FNRa_binded + GPR[0.0001]; | ||
- | // | + | //production of red protein when aerobic |
- | + | GPR + GPR -> GPR_binded[0.05]; | |
+ | GPR_binded -> GPR_binded + PR [0.05]; | ||
+ | GPR_binded -> GPR + GPR[0.001]; | ||
- | |||
+ | //degradation of protein | ||
+ | PR + proteinase2 -> proteinase2 [0.1]; | ||
- | + | PV + proteinase3 -> proteinase3 [0.1]; | |
- | |||
- | |||
- | + | //initialtion of paremeters | |
- | init( | + | init(10,mfnr); |
- | init(100, | + | init(100,ClpXP); |
init(100,GPV); | init(100,GPV); | ||
- | |||
- | |||
init(100,GPR); | init(100,GPR); | ||
- | init( | + | init(1000,o2); |
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | init( | + | init(100,proteinase1); |
+ | init(100,proteinase2); | ||
+ | init(100,proteinase3); | ||
+ | <big>[https://2013.igem.org/Team:Paris_Saclay/Modeling/FNR Back] </big> | ||
{{Team:Paris_Saclay/incl_fin}} | {{Team:Paris_Saclay/incl_fin}} |
Latest revision as of 01:49, 5 October 2013
simulation.hsim
title="FNR regulator simulation scenario 2";
geometry = 200:50; // size of E.coli in unit of 10nm 200 : 50=2:0.5 µm
//molecules list
molecule mfnr;
molecule FNRi;
molecule FNRa;
molecule o2;
molecule ClpXP;
molecule proteinase1,proteinase2,proteinase3;
molecule GPV;
molecule PV (0,200,0);//color set :green
molecule GPR;
molecule PR (200,0,0); //color set : red
molecule GPR_binded;
molecule FNRa_binded_GPR;
molecule FNRa_binded_PV;
molecule repression_red_protein;
molecule FNRa_binded;
//size : 10nm as unit
size(mfnr)=0.1;
size(ClpXP)=0.5;
size(FNRa)=0.6;
size(FNRi)=0.3;
size(o2)=0.01;
size(FNRa_binded)=1.2;
size(proteinase1)=0.5;
size(proteinase2)=0.5;
size(proteinase3)=0.5;
size(GPV)=0.01;
size(PV)=1;
size(GPR)=0.01;
size(PR)=1;
size(GPR_binded)=0.02;
size(FNRa_binded_GPR)=1.3;
size(FNRa_binded_PV)=2.3;
size(repression_red_protein)=4;
// speed : probability to move to a distance of 10 nm
speed(mfnr)=0.1;
speed(ClpXP)=0.5;
speed(FNRa)=0.3;
speed(FNRi)=0.3;
speed(GPV)=01;
speed(PV)=0.3;
speed(GPR)=0.1;
speed(PR)=0.3;
speed(o2)=0.8;
speed(FNRa_binded)=0.1;
speed(FNRa_binded_GPR)=0.1;
speed(repression_red_protein)=0.01;
speed(GPR_binded)=0.1;
speed(FNRa_binded_PV) = 0.1;
//maximum of number of link
maxlinks (GPR) = FNRa_binded(1);
maxlinks (GPV) = FNRa_binded(1);
//rules
//translation fnr to FNR inactived
mfnr -> mfnr + FNRi [0.001];
//2 FNRi bind
FNRi + FNRi -> FNRa [0.5];
//to many FNRa will reduce FNR production
FNRa + mfnr -> FNRa*mfnr [0.1];
FNRa*mfnr -> FNRa + mfnr [0.1];
//deactivation FNR
FNRa + o2 -> FNRi + FNRi [0.9];
//degradation FNR
FNRi + ClpXP -> ClpXP [0.05];
FNRa + proteinase1 -> proteinase1 [0.05];//taux de dissociation est different
//green reporter protein production
FNRa + FNRa -> FNRa_binded [0.5];
FNRa_binded -> FNRa + FNRa [0.001];
FNRa_binded + GPV -> FNRa_binded_PV [0.1];
FNRa_binded_PV -> FNRa_binded + GPV[0.001];
FNRa_binded_PV -> PV + FNRa_binded_PV[0.05];
//red protein repression with 4 FNR activated
FNRa_binded + GPR -> FNRa_binded_GPR [0.8];
FNRa_binded_GPR + FNRa_binded_GPR -> repression_red_protein [0.5];
repression_red_protein -> FNRa_binded_GPR + FNRa_binded_GPR [0.00001];
FNRa_binded_GPR -> FNRa_binded + GPR[0.0001];
//production of red protein when aerobic
GPR + GPR -> GPR_binded[0.05];
GPR_binded -> GPR_binded + PR [0.05];
GPR_binded -> GPR + GPR[0.001];
//degradation of protein
PR + proteinase2 -> proteinase2 [0.1];
PV + proteinase3 -> proteinase3 [0.1];
//initialtion of paremeters
init(10,mfnr);
init(100,ClpXP);
init(100,GPV);
init(100,GPR);
init(1000,o2);
init(100,proteinase1);
init(100,proteinase2);
init(100,proteinase3);