This a model from the article:
Data assimilation constrains new connections and components in a complex, eukaryotic circadian clock model.
Gould P.D., Ugarte N., Domijan M., Costa M., Foreman J., MacGregor D., Rose K. , Finkenstädt B., Penfield S., Rand D.A., Millar A.J., Halliday K., Hall A. 20865009,
Abstract:
Abstract to place here. This model is a temperature sensitive version of Pokhilko et al. 2010

This model originates from BioModels Database: A Database of Annotated Published Models (http://www.ebi.ac.uk/biomodels/). It is copyright (c) 2005-2011 The BioModels.net Team.
For more information see the terms of use.
To cite BioModels Database, please use: Li C, Donizelli M, Rodriguez N, Dharuri H, Endler L, Chelliah V, Li L, He E, Henry A, Stefan MI, Snoep JL, Hucka M, Le Novère N, Laibe C (2010) BioModels Database: An enhanced, curated and annotated resource for published quantitative kinetic models. BMC Syst Biol., 4:92.

DomijanMirelamirela.domijan@warwick.ac.ukUniversity of Warwick2010-10-21T17:09:01+00:002011-12-05T20:29:02+00:00

D L cT cZG cZTL def m6 m7 m8 p5 m6 L m7 D cT p5 cZTL cZG m8 cT def

cNI_m def m16 m16 cNI_m def

cLm cP7 def g12 g13 l m n10 n11 n10 cLm l cLm l g12 l n11 cP7 m cP7 m g13 m def

cY_m def p6 p6 cY_m def

D L cP7 def m15 m23 m15 L m23 D cP7 def

cT_m def p4 p4 cT_m def

D L cL cP cT def g g16 g7 n5 n6 q2 s L q2 cP n5 L n6 D g7 s cT s g7 s g16 g cL g g16 g def

cL cY d def e g4 g5 n2 n3 n2 cY d cY d g4 d n3 g5 e cL e g5 e def

cT_m def m5 m5 cT_m def

cNI_m def p10 p10 cNI_m def

def p14 p14 def

cP7_m def m14 m14 cP7_m def

cY_m def m9 m9 cY_m def

cLm def m4 m4 cLm def

c cL def g3 p3 p3 cL c cL c g3 c def

c cL def g3 m3 p3 m3 cL p3 cL c cL c g3 c def

D L cL_m def p1 p2 cL_m p1 L p2 D def

cP9_m def m12 m12 cP9_m def

cY def m10 m10 cY def

L cP def m11 m11 cP L def

D L cTm def m25 m26 m25 L m26 D cTm def

D cP def p7 p7 D 1 cP def

D L cG cZG cZTL def p12 p13 p12 L cZTL cG p13 D cZG def

L cL cP cT def g14 g15 n n12 o q4 L q4 cP n12 L g15 o cL o g15 o g14 n cT n g14 n def

cG def m19 m19 cG def

cZG def m21 m21 cZG def

L a b cNI cP cP7 cP9 cTm def g1 g2 n0 n1 q1 n0 L L q1 cP n1 cTm b cTm b g2 b g1 a cP9 cP7 cNI a g1 a def

D L cL_m def m1 m2 m1 L m2 D cL_m def

cG_m def p11 p11 cG_m def

L cL cP cT def g8 g9 h i n4 n7 q3 L q3 cP n4 L n7 cL i cL i g9 i g8 h cT h g8 h def

D L cP9 def m13 m22 m13 L m22 D cP9 def

cP7_m def p9 p9 cP7_m def

cL cLm cP9 def g10 g11 j k n8 n9 n8 cLm cL j cLm cL j g10 j n9 cP9 k cP9 k g11 k def

D L cNI def m17 m24 m17 L m24 D cNI def

cG_m def m18 m18 cG_m def

cP9_m def p8 p8 cP9_m def

cZTL def m20 m20 cZTL def

cT def f g6 p15 p15 cT f cT f g6 f def

0.5 1 t 24 t 24 0.5 1 t 24 t 24 12 0.5 1 t 24 t 24 24 0.5

1 L

An0 En0 Rgas Temp

Am1 Em1 Rgas Temp

Ap1 Ep1 Rgas Temp

Am6 Em6 Rgas Temp

Am25 Em25 Rgas Temp

Am15 Em15 Rgas Temp

An12 En12 Rgas Temp

def function_4_cL_m_trscr L a b cNI cP cP7 cP9 cTm def g1 g2 n0 n1 q1

def function_4_cL_m_degr D L cL_m def m1 m2

def function_4_cL_trsl D L cL_m def p1 p2

def function_4_cL_degr c cL def g3 m3 p3

def function_4_cL_modif c cL def g3 p3

def function_4_cLm_degr cLm def m4

def function_4_cT_m_trscr cL cY d def e g4 g5 n2 n3

def function_4_cT_m_degr cT_m def m5

def function_4_cT_trsl cT_m def p4

def function_4_cT_degr D L cT cZG cZTL def m6 m7 m8 p5

def function_4_cT_modif cT def f g6 p15

def function_4_cTm_degr D L cTm def m25 m26

def function_4_cY_m_trscr D L cL cP cT def g g16 g7 n5 n6 q2 s

def function_4_cY_m_degr cY_m def m9

def function_4_cY_trsl cY_m def p6

def function_4_cY_degr cY def m10

def function_4_cP_trsl D cP def p7

def function_4_cP_degr L cP def m11

def function_4_cP9_m_trscr L cL cP cT def g8 g9 h i n4 n7 q3

def function_4_cP9_m_degr cP9_m def m12

def function_4_cP9_trsl cP9_m def p8

def function_4_cP9_degr D L cP9 def m13 m22

def function_4_cP7_m_trscr cL cLm cP9 def g10 g11 j k n8 n9

def function_4_cP7_m_degr cP7_m def m14

def function_4_cP7_trsl cP7_m def p9

def function_4_cP7_degr D L cP7 def m15 m23

def function_4_cNI_m_trscr cLm cP7 def g12 g13 l m n10 n11

def function_4_cNI_m_degr cNI_m def m16

def function_4_cNI_trsl cNI_m def p10

def function_4_cNI_degr D L cNI def m17 m24

def function_4_cG_m_trscr L cL cP cT def g14 g15 n n12 o q4

def function_4_cG_m_degr cG_m def m18

def function_4_cG_trsl cG_m def p11

def function_4_cG_degr cG def m19

def function_4_cG_cZTL_assoc D L cG cZG cZTL def p12 p13

def function_4_cZTL_trsl def p14

def function_4_cZTL_degr cZTL def m20

def function_4_cZG_degr cZG def m21