proc biophys_HL5PN1(){
	forsec $o1.all {
		insert pas
		insert Ih
		Ra = 100
		cm = 0.9
		e_pas = -87.95381461591153
		g_pas = 5.513184919047276e-06
		gbar_Ih = 2.595486989588034e-05
		shift1_Ih = 144.76545935424588
		shift2_Ih = 14.382865335237211
		shift3_Ih = -28.179477866349245
		shift4_Ih = 99.18311385307702
		shift5_Ih = 16.42000098505615
		shift6_Ih = 26.699880497099517
	}
	$o1.distribute_channels("apic","gbar_Ih",5,0.5,24,950,-285,$o1.soma.gbar_Ih)
	$o1.distribute_channels("dend","gbar_Ih",5,0.5,24,950,-285,$o1.soma.gbar_Ih)
	$o1.distribute_channels("axon","gbar_Ih",5,0.5,24,950,-285,$o1.soma.gbar_Ih)
	
	forsec $o1.somatic {
		insert NaTg
		insert Nap
		insert K_P
		insert K_T
		insert Kv3_1
		insert SK
		insert Im
		insert Ca_HVA
		insert Ca_LVA
		insert CaDynamics
		ek = -85
		ena = 50
		gbar_NaTg = 0.25201521141896893
		vshiftm_NaTg = 0
		vshifth_NaTg = 10
		slopem_NaTg = 9
		slopeh_NaTg = 6
		gbar_Nap = 0.003033060908700612
		gbar_K_P = 0.8175635980054591
		gbar_K_T = 0.30236633994051276
		gbar_Kv3_1 = 1.0865045426039421
		vshift_Kv3_1 = 0
		gbar_SK = 0.9835503401452511
		gbar_Im = 0.00046066237514744124
		gbar_Ca_HVA = 3.558790752566993e-05
		gbar_Ca_LVA = 0.0069619030642716065
		gamma_CaDynamics = 0.0005
		decay_CaDynamics = 339.4976686310027
	}
	forsec $o1.axonal {
		insert NaTg
		insert Nap
		insert K_P
		insert K_T
		insert Kv3_1
		insert SK
		insert Im
		insert Ca_HVA
		insert Ca_LVA
		insert CaDynamics
		ek = -85
		ena = 50
		gbar_NaTg = 0.01610016218591181
		vshiftm_NaTg = 0
		vshifth_NaTg = 10
		slopem_NaTg = 9
		slopeh_NaTg = 6
		gbar_Nap = 0.0039066649539876265
		gbar_K_P = 0.9154172332184092
		gbar_K_T = 1.3791692362643442
		gbar_Kv3_1 = 0.32383874103056987
		vshift_Kv3_1 = 0
		gbar_SK = 0.676024550345748
		gbar_Im = 0.0003338981006419728
		gbar_Ca_HVA = 2.848874924596506e-05
		gbar_Ca_LVA = 5.661100879011304e-05
		gamma_CaDynamics = 0.0005
		decay_CaDynamics = 304.45061195130324
	}
}