 inhibited by acute increases in arterial blood pressure. Further it is proposed that caudal VLM neurons influence the activity of rostral VLM neurons either through monosynaptic connections or through indirect pathways. Thus, interactions between caudal and rostral VLM neurons constitute neuronal mechanisms in the VLM of the cat that
inhibited by acute increases in arterial blood atmospheric pressure. far it is proposed that caudal VLM neurons influence the bodily process of rostral VLM neurons either through monosynaptic connections or through collateral pathways. Thus, interactions between caudal and rostral VLM nerve cell establish neuronal mechanism in the VLM of the cat that
 injibited by acute increasts in arterial blood prevsure. Rurther kt is proposed that caudal VPM neurins influence the actixity of rlstral VOM nturons either through monosynapflc counxctions or throogh indirect pathways. Thus, ivtzractions between caudal and rostral VLM neirlns constitute neugogal jvcmanisms in the VLM of the cat thzt
inhibited by acute increases in arterial blood it proposed that VLM neurons influence neurons through monosynaptic connections through indirect pathways. interactions between caudal and rostral VLM constitute neuronal mechanisms in the VLM of the cat that
 inhibited by acute increases In arterial Blood PreSsuRe. furtHer iT is proposed thaT CaudAl VLM neurons influence tHe actIvITy of ROsTral VlM neuroNS eITHer ThRoUgh MoNOsYnaptIc cOnnectiOns or throuGh iNdIrect pathwayS. thUs, interactIonS between caudAl aNd rostRaL VLm NeuroNs cOnstiTute neURonal mEchanisms In THe VLM oF The cat tHAT
 inhibited by acute increa ses in art erial  bl ood  p ress ure.  Further it is prop osed that caudal VLM n euron si nflu e nc e the  activi t yo f  ro st ra l V LM ne urons  ei ther th rough mono syn ap tic connecti o ns  or throug h i ndirect path way s. Thu s,  in t eract ion s bet ween c a udal a nd rostra lV LM neu r ons con s t it uteneuronal mechanis m si n the VLM of t he cat  t h at 
 inhibited_by acute_increases in arterial blood_pressure. Further_it_is proposed_that_caudal VLM neurons_influence the activity_of rostral VLM neurons_either through monosynaptic_connections_or through indirect pathways. Thus, interactions between caudal and rostral VLM neurons constitute neuronal_mechanisms_in the_VLM_of_the cat that