const double T; // time bound

// the probability that Grb2 is bound to FRS2 at the time instant T
P=? [ F[T,T] FRS2_GRB>0 & relocFRS2=0 & degFRS2=0 ]

// the expected number of times that Grb2 binds to FRS2 by time T
R{"bindings"}=? [ C<=T ]

// the expected time that Grb2 spends bound to FRS2 within the first T time units
R{"bound"}=? [ C<=T ]

// the long-run probability that Grb2 is bound to FRS2
S=? [ FRS2_GRB>0 & relocFRS2=0 & degFRS2=0 ]

// the expected number of times Grb2 binds to FRS2 before either degradation or relocation occurs
R{"bindings"}=? [ F relocFRS2=1 | degFRS2=1 | degFGFR=1 ]

// the expected time Grb2 spends bound to FRS2 before either degradation or relocation occurs
R{"bound"}=? [ F relocFRS2=1 | degFRS2=1 | degFGFR=1 ]

// the probability that each possible cause of degradation/relocation has occurred by time T
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U[0,T] relocFRS2=1 ]
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U[0,T] degFRS2=1  ]
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U[0,T] degFGFR=1  ]

// the probability that each possible cause of degradation/relocation occurs first
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U relocFRS2=1 ]
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U degFRS2=1 ]
P=? [ relocFRS2=0 & degFRS2=0 & degFGFR=0 U degFGFR=1 ]

// the expected time until either degradation or relocation occurs in the pathway
R{"time"}=? [ F relocFRS2=1 | degFRS2=1 | degFGFR=1 ]