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Subfornical organ participates in salt appetiteTHUNHORST, R. L; EHRLICH, K. J; SIMPSON, J. B et al.Behavioral neuroscience. 1990, Vol 104, Num 4, pp 637-642, issn 0735-7044Article

ANP and naloxone reduce postdeprivation drinking after subformical organ lesionsNAILI LIN; HUBBARD, J. I.Brain research bulletin. 1992, Vol 28, Num 5, pp 769-774, issn 0361-9230Article

Subfornical organ: effects of salt loading and water deprivation on in vitro radioamino acid incorporation into individual proteinsSANTER, D. M; HEYDORN, W. E; CREED, G. J et al.Brain research. 1986, Vol 372, Num 1, pp 107-114, issn 0006-8993Article

Decreased number and affinity of rat atrial natriuretic peptide (6-33) binding sites in the subfornical organ of spontaneously hypertensive ratsSAAVEDRA, J. M; ISRAEL, A; KURIHARA, M et al.Circulation research. 1986, Vol 58, Num 3, pp 389-392, issn 0009-7330Article

Subfornical organ connections with septal neurons projecting to the median eminenceDONEVAN, S. D; FERGUSON, A. V.Neuroendocrinology (Basel). 1988, Vol 48, Num 1, pp 67-71, issn 0028-3835Article

GLUCOSE-RESPONSIVE NEURONS IN THE SUBFORNICAL ORGAN OF THE RAT—A NOVEL SITE FOR DIRECT CNS MONITORING OF CIRCULATING GLUCOSEMEDEIROS, N; DAI, L; FERGUSON, A. V et al.Neuroscience. 2012, Vol 201, pp 157-165, issn 0306-4522, 9 p.Article

Sensory circumventricular organs: central roles in integrated autonomic regulationCOTTRELL, G. Trevor; FERGUSON, Alastair V.Regulatory peptides. 2004, Vol 117, Num 1, pp 11-23, issn 0167-0115, 13 p.Article

Spontaneously active GABAergic interneurons in the subfornical organ of rat slice preparationsHONDA, Eiko; XU, Sheng-Hong; ONO, Kentaro et al.Neuroscience letters. 2001, Vol 306, Num 1-2, pp 45-48, issn 0304-3940Article

Glucagon-like peptide I receptors in the subfornical organ and the area postrema are accessible to circulating glucagon-like peptide IØRSKOV, C; POULSEN, S. S; MØLLER, M et al.Diabetes (New York, NY). 1996, Vol 45, Num 6, pp 832-836, issn 0012-1797, 4 p.Article

Water deprivation and subfornical organ activity in the pigeon a [¹⁴C]2-deoxyglucose studyHEUSTON, K; ZEIGLER, H. P.Brain research. 1994, Vol 654, Num 2, pp 331-335, issn 0006-8993Article

Hypothalamic angiotensin release in response to AII or glutamic acid stimulation of the SFO in ratsWRIGHT, J. W; ROBERTS, K. A; STUBLEY, L. A et al.Brain research bulletin. 1993, Vol 31, Num 6, pp 649-654, issn 0361-9230Article

Early development of the human area postrema and subfornical organCASTANEYRA-PERDOMO, A; MEYER, G; HEYLINGS, D. J et al.The Anatomical record. 1992, Vol 232, Num 4, pp 612-619, issn 0003-276XConference Paper

Functional identification of central pressor pathways originating in the subfornical organCIRIELLO, J; GUTMAN, M. B.Canadian journal of physiology and pharmacology. 1991, Vol 69, Num 7, pp 1035-1045, issn 0008-4212Article

Projections from the subfornical organ to the supraoptic nucleus in the rat : ultrastructural idenfication of an interposed synapse in the median preoptic nucleus using a combination of neuronal tracersOLDFIED, B. J; HARDS, D. K; MCKINLEY, M. J et al.Brain research. 1991, Vol 558, Num 1, pp 13-19, issn 0006-8993Article

Atriopeptin prevents angiotensin II-stimulated glucose utilization in the subfornical organNERMO-LINDQUIST, E; KADEKARO, M; TERRELL, M. L et al.Peptides (New York, NY. 1980). 1990, Vol 11, Num 4, pp 837-842, issn 0196-9781, 6 p.Article

Subfornical organ activation stimulates luteinizing hormone secretion in the ratDONEVAN, S. D; VAN VUGT, D. A; FERGUSON, A. V et al.Brain research. 1989, Vol 488, Num 1-2, pp 398-402, issn 0006-8993, 5 p.Article

Subfornical organ lesions in rats abolish hyperdipsic effects of isoproterenol and serotoninHUBBARD, J. I; NAILI LIN; SIBBALD, J. R et al.Brain research bulletin. 1989, Vol 23, Num 1-2, pp 41-45, issn 0361-9230, 5 p.Article

Regulation of angiotensin II binding sites in the subfornical organ and other rat brain nuclei after water derivationNAZARALI, A. J; GUTKIND, J. S; SAAVEDRA, J. M et al.Cellular and molecular neurobiology. 1987, Vol 7, Num 4, pp 447-455, issn 0272-4340Article

Direct projections from caudal ventrolateral medullary depressor sites to the subfornical organBABIC, Tanja; RODER, Stefanie; CIRIELLO, John et al.Brain research. 2004, Vol 1003, Num 1-2, pp 113-121, issn 0006-8993, 9 p.Article

The action of the A1 noradrenergic region on the activity of subfornical organ neurons in the ratTANAKA, Junichi; MASHIKO, Norifumi; KAWAKAMI, Ayako et al.Neuroscience letters. 2002, Vol 332, Num 1, pp 41-44, issn 0304-3940Article

Inhibition of subfornical organ neuronal potassium channels by vasopressinWASHBURN, D. L. S; BEEDLE, A. M; FERGUSON, A. V et al.Neuroscience. 1999, Vol 93, Num 1, pp 349-359, issn 0306-4522Article

Pharmacological characterisation of amylin-related peptides activating subfornical organ neuronesRIEDIGER, T; SCHMID, H. A; YOUNG, A. A et al.Brain research. 1999, Vol 837, Num 1-2, pp 161-168, issn 0006-8993Article

Neurotensin projections to subfornical organ from arcuate nucleusROSAS-ARELLANO, M. P; SOLANNO-FLORES, L. P; CIRIELLO, J et al.Brain research. 1996, Vol 706, Num 2, pp 323-327, issn 0006-8993Article

Neurons in the median preoptic nucleus of the rat with collateral branches to the subfornical organ and supraoptic nucleusOLDFIELD, B. J; HARDS, D. K; MCKINLEY, M. J et al.Brain research. 1992, Vol 586, Num 1, pp 86-90, issn 0006-8993Article