Search Results - "Lawing, W L"

Depolarization and stimulation of neurons in nucleus tractus solitarii by carbon dioxide does not require chemical synaptic input by Dean, J B, Bayliss, D A, Erickson, J T, Lawing, W L, Millhorn, D E

“…The effects of elevated CO2 (i.e. hypercapnia) on neurons in the nucleus tractus solitarii were studied using extracellular (n = 82) and intracellular (n = 33)…”
Get more information

CO2 decreases membrane conductance and depolarizes neurons in the nucleus tractus solitarii by Dean, J B, Lawing, W L, Millhorn, D E

“…To identify central sites of potential CO2/H+-chemoreceptive neurons, and the mechanism responsible for neuronal chemosensitivity, intracellular recordings…”
Get full text

Mesencephalic stimulation elicits inhibition of phrenic nerve activity in cat by Gallman, E A, Lawing, W L, Millhorn, D E

“…1. Previous work from this laboratory has indicated that the mesencephalon is the anatomical substrate for a mechanism capable of inhibiting central…”
Get full text

Excitatory and inhibitory effects on respiration of L-glutamate microinjected superficially into the ventral aspects of the medulla oblongata in cat by Lawing, W L, Millhorn, D E, Bayliss, D A, Dean, J B, Trzebski, A

“…L-Glutamate (4-40 nmol) was microinjected at superficial depths beneath the ventral surface of the medulla oblongata in cats. Injections (100-300 microns…”
Get more information

MR findings in diffuse renal parenchymal disease by Kettritz, U, Semelka, R C, Brown, E D, Sharp, T J, Lawing, W L, Colindres, R E

“…This study evaluates the MR appearance of the kidney in diffuse renal parenchymal diseases, using precontrast, and immediate and delayed postgadolinium chelate…”
Get more information

CO sub(2) decreases membrane conductance and depolarizes neurons in the nucleus tractus solitarii by Dean, J B, Lawing, W L, Millhorn, DE

“…To identify central sites of potential CO sub(2)/H super(+)-chemoreceptive neurons, and the mechanism responsible for neuronal chemosensitivity intracellular…”
Get full text

CO2 decreases membrane conductance and depolarizes neurons in the nucleus tractud solitarii by DEAN, J. B, LAWING, W. L, MILLHORN, D. E

Get full text