Additional information for the publication:
Aurine Verkest, Carmem Lara de O. Manes, Steven Vercruysse, Sara Maes, Els Van Der Schueren, Tom Beeckman, Pascal Genschik, Martin Kuiper, Dirk Inzé, and Lieven De Veylder,
The cyclin dependent kinase inhibitor KRP2 controls the onset of the endoreduplication cycle during Arabidopsis leaf development through inhibition of mitotic CDKA;1 kinase complexes.
Below we present the three discussed simulation scenarios.
You need the simulator SIM-plex (download SIM-plex here) if you want to try out and change the network definitions
yourself.
Col-0 (wild-type) - download network definition or condensed definition.
fixedcomp CDKB11 0 0, add 11
0, add 2 10, add 2 -10, add 5 0,
add 11.1 0, add 1.9 9, add 1.9 -9, add 5.1 0,
add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0 blue2
comp KRP2 6 0.02 red
comp CDKA1 14 green3
comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5
if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1
if KRP2 > 8 then CDKA1 -0.9
CDKB1;1.N161 (less CDKB1;1 activity) - download network definition or condensed definition.
fixedcomp CDKB11 0 0, add 11.2 0, add
1.8 8, add 1.8 -8, add 5.2 0,
add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0,
add 11.5 0, add 1.5 5, add 1.5 -5, add 5.5 0 blue2
comp KRP2 6 0.02 red
comp CDKA1 12 green3
comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5
if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1
if KRP2 > 8 then CDKA1 -0.9
KRP2OE (more KRP2 activity) - download network definition or condensed definition.
fixedcomp CDKB11 0 0, add 11
0, add 2 10, add 2 -10, add 5 0,
add 11.1 0, add 1.9 9, add 1.9 -9, add 5.1 0,
add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0 blue2
comp KRP2 7 0.02 red
comp CDKA1 12 green3
comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.55
if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1
if KRP2 > 8 then CDKA1 -0.9
Presented together, as in the publication:
Overview of the network definition textfiles:
KRP2_simulation_01_-_wild_type.txt
fixedcomp CDKB11 0 0, add 11 0, add 2 10, add 2 -10, add 5 0, add 11.1 0, add 1.9 9, add 1.9 -9, add 5.1 0, add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0 blue2 comp KRP2 6 0.02 red comp CDKA1 14 green3 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
KRP2_simulation_02_-_less_CDKB11.txt
fixedcomp CDKB11 0 0, add 11.2 0, add 1.8 8, add 1.8 -8, add 5.2 0, add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0, add 11.5 0, add 1.5 5, add 1.5 -5, add 5.5 0 blue2 comp KRP2 6 0.02 red comp CDKA1 12 green3 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
KRP2_simulation_03_-_more_KRP2.txt
fixedcomp CDKB11 0 0, add 11 0, add 2 10, add 2 -10, add 5 0, add 11.1 0, add 1.9 9, add 1.9 -9, add 5.1 0, add 11.3 0, add 1.7 7, add 1.7 -7, add 5.3 0 blue2 comp KRP2 7 0.02 red comp CDKA1 12 green3 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.55 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
The condensed network definitions:
KRP2_simulation_short_01_-_wild_type.txt
fixedcomp CDKB11 0 0, 11 0, 13 10, 15 0, 31.1 0, 33 9, 34.9 0, 51.3 0, 53 7, 54.7 0 comp KRP2 6 0.02 comp CDKA1 14 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
KRP2_simulation_short_02_-_less_CDKB11.txt
fixedcomp CDKB11 0 0, 11.2 0, 13 8, 14.8 0, 31.3 0, 33 7, 34.7 0, 51.5 0, 53 5, 54.5 0 comp KRP2 6 0.02 comp CDKA1 12 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.5 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
KRP2_simulation_short_03_-_more_KRP2.txt
fixedcomp CDKB11 0 0, 11 0, 13 10, 15 0, 31.1 0, 33 9, 34.9 0, 51.3 0, 53 7, 54.7 0 comp KRP2 7 0.02 comp CDKA1 12 comp KRP2ph
timepoints 0 to 80
if true then KRP2 0.55 if CDKB11 > 4 then transform KRP2 to KRP2ph 3
if true then CDKA1 1 if KRP2 > 8 then CDKA1 -0.9
.