Molecules

Ran(cargo)

Ran cargo

C(site,Y1~u~p,Y2~u~p,Y3~u~p)

C site Y1 u p Y2 u p Y3 u p

RCC1(site)

RCC1 site

Species

Ran(cargo!1).C(site!1,Y1~u,Y2~u,Y3~u)

Ran cargo C site Y1 u Y2 u Y3 u

RCC1(site)

RCC1 site

Observables

Ran_cyt Ran()

Ran ?cargo

Cargo_cyt C()

C ?site Y1 u ?p Y2 u ?p Y3 u ?p

RCC1_nuc RCC1()

RCC1 ?site

Cargo_phosp_cyt_total C(Y1~p!?) @nuc

C ?site Y1 ?p Y2 u ?p Y3 u ?p

Cargo_nuc C()

C ?site Y1 u ?p Y2 u ?p Y3 u ?p

Cargo_phosp_cyt C(Y1~p!?,Y2~p!?,Y3~p!?)

C ?site Y1 ?p Y2 ?p Y3 ?p

Ran_bound_cyt Ran(cargo!+)

Ran cargo

Reaction Rules

Ran(cargo!+) <-> Ran(cargo!+)

Ran cargo

Ran(cargo!1).C(site!1) <-> Ran(cargo) + C(site)

Ran ⬆⬇cargo ⬆⬇ C ⬆⬇site Y1 u ?p Y2 u ?p Y3 u ?p

C(Y3~u!?) <-> C(Y3~p!?)

C ?site Y1 u ?p Y2 u ?p Y3 ?u p take all branches, once each, in any order⬇⬆

C(Y2~u!?) <-> C(Y2~p!?)

C ?site Y1 u ?p Y2 ?u p take all branches, once each, in any order⬇⬆ Y3 u ?p

C(Y1~u!?) <-> C(Y1~p!?)

C ?site Y1 ?u p take all branches, once each, in any order⬇⬆ Y2 u ?p Y3 u ?p

Ran(cargo) + RCC1(site) <-> Ran(cargo!1).RCC1(site!1)

Ran ⬇⬆cargo ⬇⬆ RCC1 ⬇⬆site

Ran(cargo!1).C(site!1) <-> Ran(cargo) + C(site)

Ran ⬆⬇cargo ⬆⬇ C ⬆⬇site Y1 u ?p Y2 u ?p Y3 u ?p