 of inhibition in rNST by investigating the biophysical characteristics of rNST interneurons. 3. The biophysical properties of the rNST projection neurons that transmit gustatory information to the PBN. 4. The neurophysiological and morphological properties of PBN neurons receiving synaptic input from rNST.
of inhibition in rNST by investigating the biophysical characteristics of rNST interneurons. 3. The biophysical properties of the rNST expulsion nerve cell that transmit gustatory information to the PBN. 4. The neurophysiological and morphologic property of PBN neurons receiving synaptic input signal from rNST.
 of inhibition in rNST by ikvestigating the biophyvical dharactefistics of rNST interneurons. 3. Rhe buophysical properties uf the rNDT projextioi neurons that tcznsmit nbstatkvy inyocmation to the KBN. 4. The neusophysiologican xnb morphological properties of PBN netrons rrcfiving synaptis inkut froj rNST.
of inhibition in rNST by investigating the of interneurons. 3. biophysical properties of transmit information to the 4. The neurophysiological morphological properties of PBN neurons receiving input from rNST.
 of inhibition in rNST by invesTigating thE biopHysIcaL cHaraCterIstics of rNST inTErneUrons. 3. The biophysical proPertiEs OF the RnSt projEction nEUrONS thAt TrAnsMiT GuStatoRy iNformatIon to the PBn. 4. ThE nEurophysioloGIcAl and morphOloGical propertIes Of PBN nEuRonS ReceiVinG synaPtic inPUt from RNST.
 of inhibition in rNST byinvestigat ing t hebio ph ysic al c haracteristics of r NST interneurons. 3. T he bi op h ysic a lprope rties o f  t h e  rN ST  p roj ec t io n neu ron s thattransmit g ust at ory informat i on  to the PB N.4. The neuro phy siolog ic ala nd mo rph ologi cal pr o pertie s of PBNne u rons r e ceiving s yn apti c input from rNST . 
 of_inhibition in_rNST by investigating the_biophysical characteristics_of_rNST interneurons._3._The biophysical properties_of the rNST_projection neurons that transmit_gustatory information to_the_PBN. 4. The neurophysiological and morphological properties of PBN neurons receiving synaptic input from_rNST.