Table III. Differential equations... | Rockefeller University Press

Table III.

Differential equations

Reaction	Rate equation
Blue^a
L1	kf_L1 * R * L – kr_L1 * RL
L2	kf_L2 * L * RG – kr_L2 * RLG
G1	kf_G1 * G * R – kr_G1 * RG
G2	kf_G2 * G * RL – kr_G2 * RLG
Grey^a
G1β	kf_G1 * Gβγ * R – kr_G1 * RGβγ
G2β	kf_G2 * Gβγ * RL – kr_G2 * RLGβγ
L2β	kf_L2 * L * RGβγ – kr_L2 * RLGβγ
Orange^a
NX_RLG	k_NX_RLG * RLG
NX_G	k_NX_G * G
NX_RG	k_NX_G * RG
NX_P	k_NX_P * Gα-GDP-PLC
Green^a
GTPase1	k_GTPase1 * Gα-GTP
GTPase2	k_GTPase2 * Gα-GTP-PLC
Red^a
PLCassoc	k_PLCassoc * Gα-GTP * PLC
PLCdiss	k_PLCdiss * Gα-GDP-PLC
Black^a
G-reconstitution	k_reconst * Gβ * Gα-GDP

Reaction	Rate equation
Blue^a
L1	kf_L1 * R * L – kr_L1 * RL
L2	kf_L2 * L * RG – kr_L2 * RLG
G1	kf_G1 * G * R – kr_G1 * RG
G2	kf_G2 * G * RL – kr_G2 * RLG
Grey^a
G1β	kf_G1 * Gβγ * R – kr_G1 * RGβγ
G2β	kf_G2 * Gβγ * RL – kr_G2 * RLGβγ
L2β	kf_L2 * L * RGβγ – kr_L2 * RLGβγ
Orange^a
NX_RLG	k_NX_RLG * RLG
NX_G	k_NX_G * G
NX_RG	k_NX_G * RG
NX_P	k_NX_P * Gα-GDP-PLC
Green^a
GTPase1	k_GTPase1 * Gα-GTP
GTPase2	k_GTPase2 * Gα-GTP-PLC
Red^a
PLCassoc	k_PLCassoc * Gα-GTP * PLC
PLCdiss	k_PLCdiss * Gα-GDP-PLC
Black^a
G-reconstitution	k_reconst * Gβ * Gα-GDP

Units of fluxes (reaction rates) are molecules µm⁻² s⁻¹.

Color of arrow in Fig. 4.