// TCRcell.p - Cell parameter file used in TraubFS_B
// Format of file :
// x,y,z,dia are in microns, all other units are SI (Meter Kilogram Sec Amp)
// In polar mode 'r' is in microns, theta and phi in degrees
// Control line options start with a '*'
// The format for each compartment parameter line is :
//name parent r theta phi d ch dens ...
//in polar mode, and in cartesian mode :
//name parent x y z d ch dens ...
// For channels, "dens" = maximum conductance per unit area of compartment
// For spike elements, "dens" is the spike threshold
// Coordinate mode
*relative
*cartesian
*asymmetric
*set_global CM 0.009
*set_global RM 0.3333333
*set_global EREST_ACT -0.07
*set_compt_param ELEAK -0.0594
// Specifying constants
*set_compt_param RM 2.6399992 //0.33333 (2.50)
*set_compt_param RA 1.75 //0.3 (2.00)
*set_compt_param ELEAK -0.0666 // -0.075
//SOMA *************************************************************
// For the soma, use the leakage potential (-0.07 + 0.0106) for Em
//*set_compt_param ELEAK -0.0594
// Actually, after Cunningham et al. PNAS 2004;101:7152-7157, will maintain
// leakage potential at ELEAK -0.07
soma none 0 0 42 20.0 Ca_s20 -3.94097958E15 NaF20 1000 \
NaP20 2.0 KDR20 337.5 \
KA20 60 K220 20.0 \
CaH20 5.0 KCs20 120 \
KM20 5 KAHPs20 0.5 \
AR20 2.5 CaL20 5.0
//*set_compt_param ELEAK -0.066 // -0.077
*set_compt_param RM 2.6399992 //0.33333 (2.50)
*set_compt_param RA 1.75 //0.3 (2.00)
*set_compt_param CM 0.009 //0.01 (0.01)
//PROXIMAL DENDRITE COMPARTMENTS ***************************************
// proxdendNNE Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE soma 22.5 0 39.0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendNE Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE soma 39.0 0 22.5 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendE Cunningham et al., PNAS 2004;101:7152-7157
proxdendE soma 45 0 0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendSE Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE soma 39.0 0 -22.5 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendSSE Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE soma 22.5 0 -39.0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendSSW Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW soma -22.5 0 -39.0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendSW Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW soma -39.0 0 -22.5 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendW Cunningham et al., PNAS 2004;101:7152-7157
proxdendW soma -45 0 0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendNW Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW soma -39.0 0 22.5 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
// proxdendNNW Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW soma -22.5 0 39.0 1.46 Ca_d20 -2.26744123E17 NaF20 1000 \
NaP20 2.0 KDR20 225 \
KA20 60 K220 20 \
CaH20 5 KCd20 120 \
KM20 5 KAHPd20 0.5 \
AR20 5 CaL20 0
*set_compt_param RM 2.6399992 //0.33333 (2.50)
*set_compt_param RA 1.75 //0.3 (2.00)
*set_compt_param CM 0.009 //0.01 (0.01)
//*set_compt_param ELEAK -0.066
//DISTAL Level I DENDRITE COMPARTMENTS ***************************************
// proxdendNNE1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE1 proxdendNNE 0.0 0 45 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNE1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE1 proxdendNE 22.5 0 39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendE1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE1 proxdendE 39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSE1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE1 proxdendSE 45 0 0.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSE1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE1 proxdendSSE 22.5 0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSW1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW1 proxdendSSW 0.0 0 -45 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSW1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW1 proxdendSW -22.5 0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendW1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW1 proxdendW -22.5 0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNW1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW1 proxdendNW -45 0 0.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNNW1 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW1 proxdendNNW -22.5 0 39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNNE2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE2 proxdendNNE 22.5 0 39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNE2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE2 proxdendNE 39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendE2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE2 proxdendE 45 0 0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSE2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE2 proxdendSE 39.0 0 -22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSE2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE2 proxdendSSE 22.5 0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSW2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW2 proxdendSSW -22.5 0.0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSW2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW2 proxdendSW -39.0 0 -22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendW2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW2 proxdendW -45 0 0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNW2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW2 proxdendNW -39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNNW2 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW2 proxdendNNW -22.5 0 39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNNE3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE3 proxdendNNE 39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNE3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE3 proxdendNE 45 0 0.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendE3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE3 proxdendE 39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSE3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE3 proxdendSE 22.5 0 -39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSE3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE3 proxdendSSE 0.0 0 -45 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSSW3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW3 proxdendSSW -39.0 0 -22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendSW3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW3 proxdendSW -45 0 0.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendW3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW3 proxdendW -39.0 0 22.5 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNW3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW3 proxdendNW -22.5 0 39.0 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
// proxdendNNW3 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW3 proxdendNNW 0.0 0 45 1.168 Ca_d20 -9.8583123E16 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 30
//DISTAL Level II DENDRITE COMPARTMENTS ***************************************
// proxdendNNE11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE11 proxdendNNE1 -22.5 0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE11 proxdendNE1 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE11 proxdendE1 22.5 0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE11 proxdendSE1 39.0 0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE11 proxdendSSE1 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW11 proxdendSSW1 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW11 proxdendSW1 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW11 proxdendW1 -22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW11 proxdendNW1 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW11 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW11 proxdendNNW1 -45 0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE12 proxdendNNE1 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE12 proxdendNE1 22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE12 proxdendE1 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE12 proxdendSE1 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE12 proxdendSSE1 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW12 proxdendSSW1 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW12 proxdendSW1 -22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW12 proxdendW1 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW12 proxdendNW1 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW12 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW12 proxdendNNW1 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE13 proxdendNNE1 22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE13 proxdendNE1 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE13 proxdendE1 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE13 proxdendSE1 39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE13 proxdendSSE1 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW13 proxdendSSW1 -22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW13 proxdendSW1 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW13 proxdendW1 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW13 proxdendNW1 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW13 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW13 proxdendNNW1 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE21 proxdendNNE2 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE21 proxdendNE2 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE21 proxdendE2 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE21 proxdendSE2 45 0. 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE21 proxdendSSE2 39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW21 proxdendSSW2 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW21 proxdendSW2 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW21 proxdendW2 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW21 proxdendNW2 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW21 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW21 proxdendNNW2 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE22 proxdendNNE2 22.5 0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE22 proxdendNE2 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE22 proxdendE2 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE22 proxdendSE2 39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE22 proxdendSSE2 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW22 proxdendSSW2 -22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW22 proxdendSW2 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW22 proxdendW2 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW22 proxdendNW2 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW22 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW22 proxdendNNW2 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE23 proxdendNNE2 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE23 proxdendNE2 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE23 proxdendE2 39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE23 proxdendSE2 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE23 proxdendSSE2 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW23 proxdendSSW2 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW23 proxdendSW2 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW23 proxdendW2 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW23 proxdendNW2 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW23 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW23 proxdendNNW2 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE31 proxdendNNE3 22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE31 proxdendNE3 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE31 proxdendE3 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE31 proxdendSE3 39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE31 proxdendSSE3 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW31 proxdendSSW3 -22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW31 proxdendSW3 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW31 proxdendW3 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW31 proxdendNW3 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW31 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW31 proxdendNNW3 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE32 proxdendNNE3 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE32 proxdendNE3 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE32 proxdendE3 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE32 proxdendSE3 22.5 0.0 -39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE32 proxdendSSE3 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW32 proxdendSSW3 -39.0 0.0 -22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW32 proxdendSW3 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW32 proxdendW3 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW32 proxdendNW3 -22.5 0.0 39.2 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW32 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW32 proxdendNNW3 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNE33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNE33 proxdendNNE3 45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNE33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNE33 proxdendNE3 39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendE33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendE33 proxdendE3 22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSE33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSE33 proxdendSE3 0.0 0.0 -45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSE33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSE33 proxdendSSE3 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSSW33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSSW33 proxdendSSW3 -45 0.0 0.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendSW33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendSW33 proxdendSW3 -39.0 0.0 22.5 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendW33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendW33 proxdendW3 -22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNW33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNW33 proxdendNW3 0.0 0.0 45 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// proxdendNNW33 Cunningham et al., PNAS 2004;101:7152-7157
proxdendNNW33 proxdendNNW3 22.5 0.0 39.0 0.876 Ca_d20 -1.31443566E17 NaF20 50 \
NaP20 0.1 KDR20 0 \
KA20 2 K220 20 \
CaH20 2.5 KCd20 200 \
KM20 5 KAHPd20 0.5 \
AR20 3 CaL20 5
// Specifying constants for axonal compartment
*set_compt_param RM 0.1 // (0.1)
*set_compt_param RA 1.0 // (1.0)
*set_compt_param CM 0.009 // (0.01) RC = 0.001
//*set_compt_param ELEAK -0.07441
// axona Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axona soma 0 0 -25 1.6 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
// axonb Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axonb axona 0 0 -50 1.4 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
// axonLa Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axonLa axonb -8.7 0 -49.2 1 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
// axonLb Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axonLb axonLa -8.7 0 -49.2 1 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
// axonRa Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axonRa axonb 8.7 0 -49.2 1 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
// axonRb Fig 1. Traub et al., J Neurophysiol 2003;89:909-921
// Differs from Traub et al., in that axon is vertical
axonRb axonRa 8.7 0 -49.2 1 NaF20 4000 \
KDR20 1800 \
KA20 2 K220 5
