

 delete from current where id_configuration = 1
 delete from synaptic_dynamics where id_configuration = 1
 delete from markov_type where id_configuration = 1 
 delete from neuron_type where id_configuration = 1
 delete from conductance_type where id_configuration = 1
 delete from motorunit_type where id_configuration = 1
 delete from nerve where id_configuration = 1 
 delete from miscellaneous where id_configuration = 1 
 

 insert into nerve (id_configuration, cd_nerve, stimulus_spinal_entry, stimulus_end_plate, index) values (1, 'PTN', 0.60, 0.20, 1);
 insert into nerve (id_configuration, cd_nerve, stimulus_spinal_entry, stimulus_end_plate, index) values (1, 'CPN', 0.66, 0.14, 2);


 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'step', 'Simulation step [ms]', 0.05, 0, 1);
 
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'mnSomaRefractoryPeriod', 'Motoneuron soma absolute refractory period [ms]', 5.0, 10, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'mnAxonRefractoryPeriod', 'Motor axon absolute refractory period [ms]', 5.0, 11, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'afAxonRefractoryPeriod', 'Sensory axon absolute refractory period [ms]', 5.0, 12, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'inIaSomaRefractoryPeriod', 'Ia Interneuron absolute refractory period [ms]', 5.0, 13, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'inIbSomaRefractoryPeriod', 'Ib Interneuron absolute refractory period [ms]', 5.0, 14, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'inRcSomaRefractoryPeriod', 'Renshaw cell absolute refractory period [ms]', 1.0, 15, 1);

 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniSOL', 'Initial position of SOL MN pool in the caudal-rostral column [mm]',    0, 20, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndSOL', 'Final position of SOL MN pool in the caudal-rostral column [mm]',   18.0, 21, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniMG', 'Initial position of MG MN pool in the caudal-rostral column [mm]',      0, 22, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndMG', 'Final position of MG MN pool in the caudal-rostral column [mm]',     10.0, 23, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniLG', 'Initial position of LG MN pool in the caudal-rostral column [mm]',   10.0, 24, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndLG', 'Final position of LG MN pool in the caudal-rostral column [mm]',     18.0, 25, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniTA', 'Initial position of TA MN pool in the caudal-rostral column [mm]',   50.0, 26, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndTA', 'Final position of TA MN pool in the caudal-rostral column [mm]',     57.0, 27, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniIN_ext', 'Initial position of SOL-MG-LG IN pool in the caudal-rostral column [mm]',    0.0, 28, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndIN_ext', 'Final position of SOL-MG-LG IN pool in the caudal-rostral column [mm]',     18.0, 29, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xIniIN_flex', 'Initial position of TA IN pool in the caudal-rostral column [mm]',   50.0, 30, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'xEndIN_flex', 'Final position of TA IN pool in the caudal-rostral column [mm]',     57.0, 31, 1);
 
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'decliningRCtoMN', 'Declining factor of RC-MN synapse', 0.22, 40, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'decliningMNtoRC', 'Declining factor of MN-RC synapse', 0.01, 41, 1);

 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'thicknessSOL', 'Mean thickness of the SOL muscle [mm]', 18.4, 50, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'thicknessMG', 'Mean thickness of the MG muscle [mm]',   17.0, 51, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'thicknessLG', 'Mean thickness of the LG muscle [mm]',   18.8, 52, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'thicknessTA', 'Mean thickness of the TA muscle [mm]',   18.8, 53, 1);
 
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'skinLayer', 'Thickness of the skin layer [mm]',   1.5, 60, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'tauAttenuation', 'Constant of the MUAP amplitude attenuation [1/mm]',   5.0, 61, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'cteEnlargement', 'Constant of the MUAP duration widening [1/mm]',   0.1, 62, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'noiseEMG', 'Noise/EMG relation', 1.0, 63, 1);

 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'spontaneousRC_mean', '* Spontaneous firing rate of RCs - mean [pps]', 7.0, 70, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'spontaneousRC_cv', '* Spontaneous firing rate of RCs - coefficient of variation', 0.3, 71, 1);
 
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'reobaseSTD', '* Motoneuron rheobase coefficient of variation', 0.01, 80, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'axonThresholdSTD', '* Axon threshold coefficient of variation', 0.05, 81, 0);
 insert into miscellaneous (id_configuration, property, description, value, index, division) values (1, 'axonVelocitySTD', '* Axon velocity coefficient of variation', 0, 82, 1);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR CM_ext-MN S',    	600,  	 	70.0, 75, 0.3, 101);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR CM_ext-MN FR',   	600,  	 	70.0, 75, 0.3, 102);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR CM_ext-MN FF',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR RBE_ext-MN S',   	40,  	 	70.0, 75, 0.3, 105);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR RBE_ext-MN FR',  	160, 	 	70.0, 75, 0.3, 106);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'TR RBE_ext-MN FF',  	640, 	 	70.0, 75, 0.3, 107);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'MG', 1, 'TR RBI_ext-MN S',   	500, 	 	-16.0, 75,0.3, 110);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'MG', 1, 'TR RBI_ext-MN FR',  	500, 	 	-16.0, 75,0.3, 111);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'MG', 1, 'TR RBI_ext-MN FF',  	500, 	 	-16.0, 75,0.3, 112);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise excitatory_MN-MN S',  	6000, 	 	70.0, 100, 0.3, 200);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise excitatory_MN-MN FR', 	6000, 	 	70.0, 100, 0.3, 201);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise excitatory_MN-MN FF', 	6000, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise inhibitory_MN-MN S',  	5000, 	 	-16.0, 100,0.3, 205);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise inhibitory_MN-MN FR', 	5000, 	 	-16.0, 100,0.3, 206);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'MG', 1, 'Noise inhibitory_MN-MN FF', 	5000, 	 	-16.0, 100,0.3, 207);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR CM_ext-MN S',    	600,  	 	70.0, 75, 0.3, 101);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR CM_ext-MN FR',   	600,  	 	70.0, 75, 0.3, 102);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR CM_ext-MN FF',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR RBE_ext-MN S',   	40,   	 	70.0, 75, 0.3, 105);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR RBE_ext-MN FR',  	160, 	 	70.0, 75, 0.3, 106);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'TR RBE_ext-MN FF',  	640, 	 	70.0, 75, 0.3, 107);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'LG', 1, 'TR RBI_ext-MN S',   	500,  	 	-16.0, 75,0.3, 110);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'LG', 1, 'TR RBI_ext-MN FR',  	500,  	 	-16.0, 75,0.3, 111);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'LG', 1, 'TR RBI_ext-MN FF',  	500,  	 	-16.0, 75,0.3, 112);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise excitatory_MN-MN S',  	6000, 	 	70.0, 100, 0.3, 200);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise excitatory_MN-MN FR', 	6000, 	 	70.0, 100, 0.3, 201);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise excitatory_MN-MN FF', 	6000, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise inhibitory_MN-MN S',  	5000, 	 	-16.0, 100,0.3, 205);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise inhibitory_MN-MN FR', 	5000, 	 	-16.0, 100,0.3, 206);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'LG', 1, 'Noise inhibitory_MN-MN FF', 	5000, 	 	-16.0, 100,0.3, 207);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR CM_ext-MN S',    	600,  	 	70.0, 75, 0.3, 101);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR CM_ext-MN FR',   	600,  	 	70.0, 75, 0.3, 102);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR CM_ext-MN FF',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR RBE_ext-MN S',   	40,   	 	70.0, 75, 0.3, 105);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR RBE_ext-MN FR',  	160, 	 	70.0, 75, 0.3, 106);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'TR RBE_ext-MN FF',  	640, 	 	70.0, 75, 0.3, 107);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'SOL', 1, 'TR RBI_ext-MN S',   	500,  	 	-16.0, 75,0.3, 110);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'SOL', 1, 'TR RBI_ext-MN FR',  	500,  	 	-16.0, 75,0.3, 111);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'SOL', 1, 'TR RBI_ext-MN FF',  	500,  	 	-16.0, 75,0.3, 112);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise excitatory_MN-MN S',  	6000, 	 	70.0, 100, 0.3, 200);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise excitatory_MN-MN FR', 	6000, 	 	70.0, 100, 0.3, 201);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise excitatory_MN-MN FF', 	6000, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise inhibitory_MN-MN S',  	5000, 	 	-16.0, 100,0.3, 205);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise inhibitory_MN-MN FR', 	5000, 	 	-16.0, 100,0.3, 206);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'SOL', 1, 'Noise inhibitory_MN-MN FF', 	5000, 	 	-16.0, 100,0.3, 207);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR CM_flex-MN S',    	600,  		70.0, 75, 0.3, 101);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR CM_flex-MN FR',   	600,  		70.0, 75, 0.3, 102);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR CM_flex-MN FF',   	600,  		70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR RBE_flex-MN S',   	40,   		70.0, 75, 0.3, 105);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR RBE_flex-MN FR',  	160, 		70.0, 75, 0.3, 106);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'TR RBE_flex-MN FF',  	640, 		70.0, 75, 0.3, 107);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'TA', 1, 'TR RBI_flex-MN S',   	500,  		-16.0, 75,0.3, 110);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'TA', 1, 'TR RBI_flex-MN FR',  	500,  		-16.0, 75,0.3, 111);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'DT', 'TA', 1, 'TR RBI_flex-MN FF',  	500,  		-16.0, 75,0.3, 112);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise excitatory_MN-MN S',  	6000, 	 	70.0, 100, 0.3, 200);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise excitatory_MN-MN FR', 	6000, 	 	70.0, 100, 0.3, 201);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise excitatory_MN-MN FF', 	6000, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise inhibitory_MN-MN S',  	5000, 	 	-16.0, 100,0.3, 205);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise inhibitory_MN-MN FR', 	5000, 	 	-16.0, 100,0.3, 206);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'DT', 'TA', 1, 'Noise inhibitory_MN-MN FF', 	5000, 	 	-16.0, 100,0.3, 207);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR CM_ext-IN RC',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR CM_ext-IN IaIn',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR CM_ext-IN IbIn',   	600,  	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBE_ext-IN RC',  	600, 	 	70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBE_ext-IN IaIn',  	600, 	 	70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBE_ext-IN IbIn',  	600, 	 	70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBI_ext-IN IaIn',  	500, 	 	-16.0, 75,0.3, 113);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBI_ext-IN IbIn',  	500, 	 	-16.0, 75,0.3, 113);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 0, 'TR RBI_ext-IN RC',  	500, 	 	-16.0, 75,0.3, 113);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 1, 'Noise excitatory_RC-IN RC', 	15, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_ext', 1, 'Noise inhibitory_RC-IN RC',  	15, 	 	-16.0, 100,0.3, 205);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR CM_flex-IN RC',   	600, 	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR CM_flex-IN IaIn',   	600, 	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR CM_flex-IN IbIn',   	600, 	 	70.0, 75, 0.3, 103);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBE_flex-IN RC',  	600, 		70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBE_flex-IN IaIn',  	600, 		70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBE_flex-IN IbIn',  	600, 		70.0, 75, 0.3, 109);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBI_flex-IN RC',  	500,  		-16.0, 75,0.3, 113);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBI_flex-IN IaIn',  	500,  		-16.0, 75,0.3, 114);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 0, 'TR RBI_flex-IN IbIn',  	500,  		-16.0, 75,0.3, 114);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 1, 'Noise excitatory_RC-IN RC', 	15, 	 	70.0, 100, 0.3, 202);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'DT', 'IN_flex', 1, 'Noise inhibitory_RC-IN RC',  	15, 	 	-16.0, 100,0.3, 205);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)    	      	  	 values (1, 'D', 'MG', 'MG', 1, 'AF Ia-MN S',   	   600, 	 	70.0, 78, 0.3, 301);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'MG', 1, 'AF Ia-MN FR',  	   600, 	 	70.0, 78, 0.3, 302);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'MG', 1, 'AF Ia-MN FF', 	   600, 	 	70.0, 78, 0.3, 303);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'LG', 1, 'AF Ia-MN S',   	   600, 	 	70.0, 71, 0.3, 301);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'LG', 1, 'AF Ia-MN FR',  	   600, 	 	70.0, 71, 0.3, 302);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'LG', 1, 'AF Ia-MN FF', 	   600, 	 	70.0, 71, 0.3, 303);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'SOL', 1, 'AF Ia-MN S',     600, 	 	70.0, 90, 0.3, 301);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'SOL', 1, 'AF Ia-MN FR',    600, 	 	70.0, 90, 0.3, 302);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'SOL', 1, 'AF Ia-MN FF',    600, 	 	70.0, 90, 0.3, 303);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'TA', 'TA', 1, 'AF Ia-MN S',       600, 	 	70.0, 75, 0.3, 301);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'TA', 'TA', 1, 'AF Ia-MN FR',      600, 	 	70.0, 75, 0.3, 302);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'TA', 'TA', 1, 'AF Ia-MN FF',      600, 	 	70.0, 75, 0.3, 303);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'MG', 1, 'AF Ia-MN S',  	600, 	 	70.0, 15, 0.3, 404);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'MG', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 15, 0.3, 405);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'MG', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 15, 0.3, 406);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'MG', 1, 'AF Ia-MN S',  	600, 	 	70.0, 15, 0.3, 407);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'MG', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 15, 0.3, 408);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'MG', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 15, 0.3, 409);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'LG', 1, 'AF Ia-MN S',  	600, 	 	70.0, 15, 0.3, 404);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'LG', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 15, 0.3, 405);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'LG', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 15, 0.3, 406);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'LG', 1, 'AF Ia-MN S',  	600, 	 	70.0, 15, 0.3, 407);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'LG', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 15, 0.3, 408);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'SOL', 'LG', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 15, 0.3, 409);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'SOL', 1, 'AF Ia-MN S',  	600, 	 	70.0, 0, 0.3, 404);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'SOL', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 0, 0.3, 405);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'MG', 'SOL', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 0, 0.3, 406);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'SOL', 1, 'AF Ia-MN S',  	600, 	 	70.0, 15, 0.3, 407);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'SOL', 1, 'AF Ia-MN FR', 	600, 	 	70.0, 15, 0.3, 408);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'D', 'LG', 'SOL', 1, 'AF Ia-MN FF', 	600, 	 	70.0, 15, 0.3, 409);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'TA', 'IN_ext', 1, 'AF Ia-IN IaIn', 600, 	 	70.0, 100, 0.3, 501);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'MG', 'IN_flex', 1, 'AF Ia-IN IaIn', 600, 	 	70.0, 100, 0.3, 501);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'LG', 'IN_flex', 1, 'AF Ia-IN IaIn', 600, 	 	70.0, 100, 0.3, 502);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'SOL','IN_flex', 1, 'AF Ia-IN IaIn', 600, 	 	70.0, 100, 0.3, 503);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'MG', 'IN_ext', 1, 'AF Ib-IN IbIn', 600, 	 	70.0, 100, 0.3, 501);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'LG', 'IN_ext', 1, 'AF Ib-IN IbIn', 600, 	 	70.0, 100, 0.3, 502);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'SOL','IN_ext',1, 'AF Ib-IN IbIn', 600, 	 	70.0, 100, 0.3, 503);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)  		 values (1, '', 'TA','IN_flex', 1,  'AF Ib-IN IbIn', 600, 	 	70.0, 100, 0.3, 503);


 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IaIn-MN S',    	500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IaIn-MN FR',   	500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IaIn-MN FF',   	500,  	 	-16.0, 20, 0.3, 3);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IbIn-MN S',    	500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IbIn-MN FR',   	500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN IbIn-MN FF',   	500,  	 	-16.0, 20, 0.3, 3);
 
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IaIn-MN S',    	500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IaIn-MN FR',   	500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IaIn-MN FF',   	500,  	 	-16.0, 20, 0.3, 3);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IbIn-MN S',    	500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IbIn-MN FR',   	500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN IbIn-MN FF',   	500,  	 	-16.0, 20, 0.3, 3);
 
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IaIn-MN S',    500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IaIn-MN FR',   500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IaIn-MN FF',   500,  	 	-16.0, 20, 0.3, 3);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IbIn-MN S',    500,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IbIn-MN FR',   500,  	 	-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN IbIn-MN FF',   500,  	 	-16.0, 20, 0.3, 3);
 
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IaIn-MN S',    	500,  		-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IaIn-MN FR',   	500,  		-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IaIn-MN FF',   	500,  		-16.0, 20, 0.3, 3);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IbIn-MN S',    	500,  		-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IbIn-MN FR',   	500,  		-16.0, 20, 0.3, 2);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN IbIn-MN FF',   	500,  		-16.0, 20, 0.3, 3);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)          		  values (1, '', 'IN_flex', 'IN_ext', 1, 'IN IaIn-IN IaIn', 100,  	 	-16.0, 20, 0.3, 1);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)          		  values (1, '', 'IN_ext', 'IN_flex', 1, 'IN IaIn-IN IaIn', 100,  	 	-16.0, 20, 0.3, 1);
																																																		

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN RC-MN S',    	440,  	 	-16.0, 100, 0.3, 4);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN RC-MN FR',   	300,  	 	-16.0, 100, 0.3, 5);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'MG', 1, 'IN RC-MN FF',   	240,  	 	-16.0, 100, 0.3, 6);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'MG', 'IN_ext', 1, 'MN S-IN RC',    	150, 		70.0, 100,  0.3, 7);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'MG', 'IN_ext', 1, 'MN FR-IN RC',   	170, 		70.0, 100,  0.3, 8);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'MG', 'IN_ext', 1, 'MN FF-IN RC',   	300,		 	70.0, 100,  0.3, 9);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN RC-MN S',    	440,  	 	-16.0, 100, 0.3, 4);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN RC-MN FR',   	300,  	 	-16.0, 100, 0.3, 5);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'LG', 1, 'IN RC-MN FF',   	240,  	 	-16.0, 100, 0.3, 6);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'LG', 'IN_ext', 1, 'MN S-IN RC',    	150,		 	70.0, 100,  0.3, 7);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'LG', 'IN_ext', 1, 'MN FR-IN RC',   	170,		 	70.0, 100,  0.3, 8);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'LG', 'IN_ext', 1, 'MN FF-IN RC',   	300,		 	70.0, 100,  0.3, 9);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN RC-MN S',    	440,  	 	-16.0, 100, 0.3, 4);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN RC-MN FR',   	300,  	 	-16.0, 100, 0.3, 5);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_ext', 'SOL', 1, 'IN RC-MN FF',   	240,  	 	-16.0, 100, 0.3, 6);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'SOL', 'IN_ext', 1, 'MN S-IN RC',    	150,		 	70.0, 100,  0.3, 7);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'SOL', 'IN_ext', 1, 'MN FR-IN RC',   	170,		 	70.0, 100,  0.3, 8);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'SOL', 'IN_ext', 1, 'MN FF-IN RC',   	300,		 	70.0, 100,  0.3, 9);

 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN RC-MN S',    	440,  	 	-16.0, 100, 0.3, 4);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN RC-MN FR',   	300,  	 	-16.0, 100, 0.3, 5);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, 'S', 'IN_flex', 'TA', 1, 'IN RC-MN FF',   	240,  	 	-16.0, 100, 0.3, 6);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'TA', 'IN_flex', 1, 'MN S-IN RC',    	150, 		 	70.0, 100,  0.3, 7);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'TA', 'IN_flex', 1, 'MN FR-IN RC',   	170, 		 	70.0, 100,  0.3, 8);
 insert into conductance_type (id_configuration, compartment, cd_nucleus_pre, cd_nucleus, active, cd_conductance_type, gmax, E, connectivity, delay, index)                  values (1, '', 'TA', 'IN_flex', 1, 'MN FF-IN RC',   	300,		 	70.0, 100,  0.3, 9);


 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'CM_ext',  'TR', 100,  0, 0, 0, 'P', 6);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'RBE_ext', 'TR', 100,  0, 0, 0, 'P', 7);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'RBI_ext', 'TR', 100,  0, 0, 0, 'P', 8);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'CM_flex',  'TR', 100,  0, 0, 0, 'P', 6);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'RBE_flex', 'TR', 100,  0, 0, 0, 'P', 7);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, std, distribution, index) values (1, 'DT', 'RBI_flex', 'TR', 100,  0, 0, 0, 'P', 8);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, distribution, index) 				   values (1, 'DT', 'excitatory_MN',  'Noise', 1, 0, 1.0, 'P', 11);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, mean, distribution, index) 				   values (1, 'DT', 'inhibitory_MN',  'Noise', 1, 0, 1.0, 'P', 12);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_ext', 'RC',  'IN',   350, 1, 0.5, 0.5, 200, 1.0, 58000, 4);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_ext', 'IbIn','IN',   350, 1, 0.8, 0.8, 6280, 1.0, 84500, 5);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_ext', 'IaIn','IN',   350, 0, 0.8, 0.8, 6280, 1.0, 84500, 5);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_flex', 'RC',  'IN',  350, 0, 0.5, 0.5, 200, 1.0, 58000, 4);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_flex', 'IaIn','IN',  350, 0, 0.8, 0.8, 6280, 1.0, 84500, 5);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, cm, total_area, index) 							values (1, 'IN_flex', 'IbIn','IN',  350, 0, 0.8, 0.8, 6280, 1.0, 84500, 5);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'SOL', 'S',   'MN',800, 1,  3.5,  6.5,  1150, 1050, 14350, 10650, 44.0, 47.0, 18, 12.4,  5519, 6789,  41.5,  62.5,  77.5,   82.5,  77.5,   82.5,   1.0, 70.0, 'PTN',  1);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'SOL', 'FR',  'MN', 50, 1,  6.5, 17.5, 1050,  950, 10650,  6950, 47.0, 50.0,  12.4, 12.2,  6789, 8058,  62.5,  83.5,  82.5,   87.5,  82.5,   87.5,   1.0, 70.0, 'PTN',  2);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'SOL', 'FF',  'MN', 50, 1, 17.5, 25.1,  950,  650,  6950,  6050, 50.0, 53.0,  12.2, 12,  8058, 10578,  83.5,  92.5,  87.5,  112.5,  87.5,  112.5,   1.0, 70.0, 'PTN',  3);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'SOL', 'Ia',  'AF', 400, 1, 65.0, 69.0, 18.0, 9.0, 'PTN', 'P', 9);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'SOL', 'Ib',  'AF', 200, 1, 62.0, 66.0, 16, 10, 'PTN', 'P', 9);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'MG', 'S',   'MN',250, 0,  3.5,  6.5, 1150, 1050, 14350, 10650, 44.0, 47.0, 18, 12.4,  5519, 6789, 41.5,  62.5,  77.5,   82.5,  77.5,   82.5,   1.0, 70.0, 'PTN', 1);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'MG', 'FR',  'MN',125, 0,  6.5, 17.5, 1050,  950, 10650,  6950, 47.0, 50.0, 12.4, 12.2,  6789, 8058, 62.5,  83.5,  82.5,   87.5,  82.5,   87.5,   1.0, 70.0, 'PTN', 2);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'MG', 'FF',  'MN',125, 0, 17.5, 25.1,  950,  650,  6950,  6050, 50.0, 53.0, 12.2, 12,  8058, 10578, 83.5,  92.5,  87.5,  112.5,  87.5,  112.5,   1.0, 70.0, 'PTN', 3);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'MG', 'Ia','AF', 80, 0, 65.0, 69.0, 18.0, 9.0, 'PTN', 'P', 6);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'MG', 'Ib','AF', 40, 0, 62.0, 66.0, 16, 10, 'PTN', 'P', 6);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'LG', 'S',   'MN',200, 0,  3.5,  6.5,  1150, 1050, 14350, 10650,  44.0, 47.0, 18, 12.4,  5519, 6789, 41.5,  62.5,  77.5,   82.5,  77.5,   82.5,   1.0, 70.0, 'PTN', 1);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'LG', 'FR',  'MN',100, 0,  6.5, 17.5, 1050,  950, 10650,  6950,  47.0, 50.0,  12.4, 12.2,  6789, 8058, 62.5,  83.5,  82.5,   87.5,  82.5,   87.5,   1.0, 70.0, 'PTN', 2);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'LG', 'FF',  'MN',100, 0, 17.5, 25.1,  950,  650,  6950,  6050,  50.0, 53.0,  12.2, 12,  8058, 10578, 83.5,  92.5,  87.5,  112.5,  87.5,  112.5,   1.0, 70.0, 'PTN', 3);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'LG', 'Ia',  'AF', 76, 0, 65.0, 69.0, 18.0, 9.0, 'PTN', 'P', 9);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'LG', 'Ib',  'AF', 38, 0, 62.0, 66.0, 16, 10, 'PTN', 'P', 9);

 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'TA', 'S',   'MN', 250, 0,   3.5,  6.5,  1150, 1050, 14350, 10650, 44.0, 47.0, 18, 12.4,  5519, 6789, 41.5,  62.5,  77.5,   82.5,  77.5,   82.5,   1.0, 70.0, 'CPN', 1);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'TA', 'FR',  'MN',  50, 0,   6.5, 17.5, 1050,  950, 10650,  6950, 47.0, 50.0,  12.4, 12.2,  6789, 8058, 62.5,  83.5,  82.5,   87.5,  82.5,   87.5,   1.0, 70.0, 'CPN', 2);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, rheobase1, rheobase2, rm_soma1, rm_soma2, rm_dend1, rm_dend2, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, l_dend1, l_dend2, d_dend1, d_dend2, l_soma1, l_soma2, d_soma1, d_soma2, cm, ri, cd_nerve, index)	values (1, 'TA', 'FF',  'MN',  50, 0,  17.5, 25.1,   950,  650,  6950,  6050, 50.0, 53.0, 12.2, 12,  8058, 10578, 83.5,  92.5,  87.5,  112.5,  87.5,  112.5,   1.0, 70.0, 'CPN', 3);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'TA', 'Ia',  'AF', 280, 0, 65.0, 69.0, 18.0, 9.0, 'CPN', 'P', 9);
 insert into neuron_type (id_configuration, cd_nucleus, cd_neuron_type, cd_category, quantity, active, axon_velocity1, axon_velocity2, axon_threshold1, axon_threshold2, cd_nerve, distribution, index) 	values (1, 'TA', 'Ib',  'AF', 140, 0, 62.0, 66.0, 16, 10, 'CPN', 'P', 9);


 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_ext', 'RC', 'S', 0, false, 4);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_ext', 'IaIn', 'S', 0, false, 4);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_ext', 'IbIn', 'S', 0, false, 4);

 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_flex', 'RC', 'S', 0, false, 4);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_flex', 'IaIn', 'S', 0, false, 4);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'IN_flex', 'IbIn', 'S', 0, false, 4);

 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'MG', 'S', 'S', 0, false, 1);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'MG', 'FR', 'S', 0, false, 2);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'MG', 'FF', 'S', 0, false, 3);

 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'LG', 'S', 'S', 0, false, 1);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'LG', 'FR', 'S', 0, false, 2);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'LG', 'FF', 'S', 0, false, 3);

 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'SOL', 'S', 'S', 0, false, 1);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'SOL', 'FR', 'S', 0, false, 2);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'SOL', 'FF', 'S', 0, false, 3);

 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'TA', 'S', 'S', 0, false, 1);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'TA', 'FR', 'S', 0, false, 2);
 insert into current (id_configuration, cd_nucleus, cd_neuron_type, compartment, imax, active, index) values (1, 'TA', 'FF', 'S', 0, false, 3);

		
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'MG', 'S',  10.5, 12.5, 40.0, 50.0,110.0, 100.0, 0.105, 0.125, 0.8, 0.7, 1);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'MG', 'FR', 12.5, 30.0, 50.0,120.0, 73.5,  55.5, 0.125, 0.300, 0.7, 0.6, 2);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'MG', 'FF', 30.0, 50.0,120.0,200.0, 82.3,  56.9, 0.300, 0.500, 0.6, 0.5, 3);

 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'LG', 'S',  10.5, 12.5, 40.0, 50.0,110.0, 100.0, 0.105, 0.125, 0.8, 0.7, 1);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'LG', 'FR', 12.5, 30.0, 50.0,120.0, 73.5,  55.5, 0.125, 0.300, 0.7, 0.6, 2);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'LG', 'FF', 30.0, 50.0,120.0,200.0, 82.3,  56.9, 0.300, 0.500, 0.6, 0.5, 3);

 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'SOL', 'S', 10.5, 12.5, 40.0, 50.0,110.0, 100.0, 0.105, 0.125, 0.8, 0.7, 1);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'SOL', 'FR',12.5, 30.0, 50.0,120.0, 73.5,  55.5, 0.125, 0.300, 0.7, 0.6, 2);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'SOL', 'FF',30.0, 50.0,120.0,200.0, 82.3,  56.9, 0.300, 0.500, 0.6, 0.5, 3);

 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'TA', 'S',  10.5, 12.5, 40.0, 50.0,110.0, 100.0, 0.105, 0.125, 0.8, 0.7, 1);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'TA', 'FR', 12.5, 30.0, 50.0,120.0, 73.5,  55.5, 0.125, 0.300, 0.7, 0.6, 2);
 insert into motorunit_type (id_configuration, cd_nucleus, cd_motorunit_type, twitch_tension1, twitch_tension2, tetanic_tension1, tetanic_tension2, tau_force1, tau_force2, amp_emg1, amp_emg2, dur_emg1, dur_emg2, index) values (1, 'TA', 'FF', 30.0, 50.0,120.0,200.0, 82.3,  56.9, 0.300, 0.500, 0.6, 0.5, 3);


 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaM-S',  	30, 0.6, 	22, 13, 120, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaM-FR', 	30, 0.6, 	22, 13, 120, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaM-FF', 	30, 0.6, 	22, 13, 120, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaH-S',  	30,  0.6, 	0.5, 4.0, 120, 6);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaH-FR', 	30, 0.6, 	0.5, 4.0, 120, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gNaH-FF', 	30, 0.6, 	0.5, 4.0, 120, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKN-S',  		4,  0.6, 	1.5, 0.1, -10, 11);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKN-FR', 		4, 0.6, 	1.5, 0.1, -10, 12);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKN-FF', 		0.5, 0.6, 	1.5, 0.1, -10, 13);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKQ-S',  		16, 0.6, 	1.5, 0.025, -10, 16);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKQ-FR', 		34, 0.6, 	1.5, 0.05, -10, 17);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'MG', 'gKQ-FF', 		4, 0.6, 	1.5, 0.05, -10, 18);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaM-S',  30, 0.6, 	22, 13, 120, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaM-FR', 30, 0.6, 	22, 13, 120, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaM-FF', 30, 0.6, 	22, 13, 120, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaH-S',  30,  0.6, 	0.5, 4.0, 120, 6);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaH-FR', 30, 0.6, 	0.5, 4.0, 120, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gNaH-FF', 30, 0.6, 	0.5, 4.0, 120, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKN-S',  4,  0.6, 	1.5, 0.1, -10, 11);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKN-FR', 4, 0.6, 	1.5, 0.1, -10, 12);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKN-FF', 0.5, 0.6, 	1.5, 0.1, -10, 13);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKQ-S',  16,  0.6, 	1.5, 0.025, -10, 16);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKQ-FR', 34, 0.6, 	1.5, 0.05, -10, 17);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'LG', 'gKQ-FF', 4, 0.6, 	1.5, 0.05, -10, 18);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaM-S',  30, 0.6, 	22, 13, 120, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaM-FR', 30, 0.6, 	22, 13, 120, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaM-FF', 30, 0.6, 	22, 13, 120, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaH-S',  30,  0.6, 	0.5, 4.0, 120, 6);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaH-FR', 30, 0.6, 	0.5, 4.0, 120, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gNaH-FF', 30, 0.6, 	0.5, 4.0, 120, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKN-S',  4,  0.6, 	1.5, 0.1, -10, 11);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKN-FR', 4, 0.6, 	1.5, 0.1, -10, 12);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKN-FF', 0.5, 0.6, 	1.5, 0.1, -10, 13);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKQ-S',  16,  0.6, 	1.5, 0.025, -10, 16);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKQ-FR', 34, 0.6, 	1.5, 0.05, -10, 17);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'SOL', 'gKQ-FF', 4, 0.6, 	1.5, 0.05, -10, 18);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaM-S',  30, 0.6, 	22, 13, 120, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaM-FR', 30, 0.6, 	22, 13, 120, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaM-FF', 30, 0.6, 	22, 13, 120, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaH-S',  30,  0.6, 	0.5, 4.0, 120, 6);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaH-FR', 30, 0.6, 	0.5, 4.0, 120, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gNaH-FF', 30, 0.6, 	0.5, 4.0, 120, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKN-S',  4,  0.6, 	1.5, 0.1, -10, 11);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKN-FR', 4, 0.6, 	1.5, 0.1, -10, 12);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKN-FF', 0.5, 0.6, 	1.5, 0.1, -10, 13);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKQ-S',  16,  0.6, 	1.5, 0.025, -10, 16);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKQ-FR', 34, 0.6, 	1.5, 0.05, -10, 17);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'TA', 'gKQ-FF', 4, 0.6, 	1.5, 0.05, -10, 18);


 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaM-RC', 	30, 0.6, 	22, 13, 120, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaH-RC', 	30, 0.6, 	0.5, 4.0, 120, 9);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKN-RC', 		1, 0.6, 	1.5, 0.1, -10, 14);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKQ-RC', 		4, 0.6, 	1.5, 0.07, -10, 18);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaM-IaIn', 	30, 0.6, 	22, 13, 120, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaH-IaIn', 	30, 0.6, 	0.5, 4.0, 120, 10);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKN-IaIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKQ-IaIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaM-IbIn', 	30, 0.6, 	22, 13, 120, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gNaH-IbIn', 	30, 0.6, 	0.5, 4.0, 120, 10);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKN-IbIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_ext', 'gKQ-IbIn', 	1, 0.6, 	1.5, 0.03, -10, 15);


 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaM-RC', 	30, 0.6, 	22, 13, 120, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaH-RC', 	30, 0.6, 	0.5, 4.0, 120, 9);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKN-RC', 	1, 0.6, 	1.5, 0.1, -10, 14);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKQ-RC', 	4, 0.6, 	1.5, 0.07, -10, 18);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaM-IaIn', 	30, 0.6, 	22, 13, 120, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaH-IaIn', 	30, 0.6, 	0.5, 4.0, 120, 10);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKN-IaIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKQ-IaIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaM-IbIn', 	30, 0.6, 	22, 13, 120, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gNaH-IbIn', 	30, 0.6, 	0.5, 4.0, 120, 10);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKN-IbIn', 	1, 0.6, 	1.5, 0.03, -10, 15);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, gmax, tpeak, alpha, beta, E, index)	values (1, 'IN_flex', 'gKQ-IbIn', 	1, 0.6, 	1.5, 0.03, -10, 15);





 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'RC',   	 3, 	1, 0.5, 0.07, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'RC',   	 0.4, 	1, 0.5, 1.2, -16, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'IaIn', 	 0.2, 	1, 0.5, 2.5, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'IaIn', 	 0.4, 	1, 0.5, 1.2, -16, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'IbIn', 	 0.2, 	1, 0.5, 2.5, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_ext', 'IbIn', 	 0.4, 	1, 0.5, 1.2, -16, 8);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'RC',   	 3, 	1, 0.5, 0.07, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'RC',   	 0.4, 	1, 0.5, 1.2, -16, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'IaIn', 	 0.2, 	1, 0.5, 2.5, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'IaIn', 	 0.4, 	1, 0.5, 1.2, -16, 8);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'IbIn', 	 0.2, 	1, 0.5, 2.5, 70, 7);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index) values (1, 'IN_flex', 'IbIn', 	 0.4, 	1, 0.5, 1.2, -16, 8);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'S',    0.2, 	1, 0.5, 2.5, 70, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'S',    0.4, 	1, 0.5, 1.2, -16, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'FR',   0.2, 	1, 0.5, 2.5, 70, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'FR',   0.4, 	1, 0.5, 1.2, -16, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'FF',   0.2, 	1, 0.5, 2.5, 70, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'MG', 'FF',   0.4, 	1, 0.5, 1.2, -16, 6);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'S',    0.2,	1, 0.5, 2.5, 70, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'S',    0.4, 	1, 0.5, 1.2, -16, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'FR',   0.2,	1, 0.5, 2.5, 70, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'FR',   0.4, 	1, 0.5, 1.2, -16, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'FF',   0.2,	1, 0.5, 2.5, 70, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'LG', 'FF',   0.4, 	1, 0.5, 1.2, -16, 6);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'S',   0.2,	1, 0.5, 2.5, 70, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'S',   0.4, 	1, 0.5, 1.2, -16, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'FR',  0.2,	1, 0.5, 2.5, 70, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'FR',  0.4, 	1, 0.5, 1.2, -16, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'FF',  0.2,	1, 0.5, 2.5, 70, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'SOL', 'FF',  0.4, 	1, 0.5, 1.2, -16, 6);

 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'S',    0.2,	1, 0.5, 2.5, 70, 1);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'S',    0.4, 	1, 0.5, 1.2, -16, 2);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'FR',   0.2,	1, 0.5, 2.5, 70, 3);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'FR',   0.4, 	1, 0.5, 1.2, -16, 4);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'FF',   0.2,	1, 0.5, 2.5, 70, 5);
 insert into markov_type (id_configuration, cd_nucleus, cd_markov_type, tpeak, tmax, alpha, beta, E, index)	values (1, 'TA', 'FF',   0.4, 	1, 0.5, 1.2, -16, 6);
 
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'MG', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'MG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'MG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'LG', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'LG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'LG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'SOL', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'SOL', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'SOL', 'AF Ia-MN FF', 'D', 1500.0, 11.0);

 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'LG', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'LG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'LG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'MG', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'MG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'MG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'SOL', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'SOL', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'SOL', 'AF Ia-MN FF', 'D', 1500.0, 11.0);

 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'SOL', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'SOL', 'AF Ia-MN FR', 'D', 1500.0,11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'SOL', 'AF Ia-MN FF', 'D', 1500.0,11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'MG', 'AF Ia-MN S', 'D', 1500.0,  11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'MG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'MG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'LG', 'AF Ia-MN S', 'D', 1500.0,  11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'LG', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'LG', 'AF Ia-MN FF', 'D', 1500.0, 11.0);

 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'TA', 'AF Ia-MN S', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'TA', 'AF Ia-MN FR', 'D', 1500.0, 11.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'TA', 'AF Ia-MN FF', 'D', 1500.0, 11.0);


 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'IN_ext', 'MN S-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'IN_ext', 'MN FR-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'MG', 'IN_ext', 'MN FF-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'IN_ext', 'MN S-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'IN_ext', 'MN FR-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'LG', 'IN_ext', 'MN FF-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'IN_ext', 'MN S-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'IN_ext', 'MN FR-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'SOL', 'IN_ext', 'MN FF-IN RC', 'D', 200.0, 50.0);

 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'IN_flex', 'MN S-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'IN_flex', 'MN FR-IN RC', 'D', 200.0, 50.0);
 insert into synaptic_dynamics (id_configuration, cd_nucleus_pre, cd_nucleus, cd_conductance_type, dynamic_type, tau, variation) values (1, 'TA', 'IN_flex', 'MN FF-IN RC', 'D', 200.0, 50.0);


 