ArnstenA.F.SegalD.NevilleH.YardS. HillJanowskiD.BloomL.Naloxone augments electrophysiological signs of selective attention in man. Nature1983. 304. 725–727.
2.
BaskinD.S.HosobuchiY.Naloxone reversal if ischemic neurological deficits in man. Lancetii1981. 272–275.
3.
BickerstaffE.R.Impairment of consciousness in migraineThe Lancet, 1961; 2: 1057–1059.
4.
BigleyG.KSharpF.RReversible alexia without agraphia due to migraine. Arch Neurol.1983. 40. 114–115.
5.
CentonzeV.BrucoliC.MacinagrossaG.AttoliniE.CampanozziE.AlbanoO.Non Familial hemiplegic migraine responsive to naloxoneCephalalgia, Vol. 3, pp. 125–27. 1983.
6.
CherabiehR.PhilipponB.LaurentB.AntoineJ.C.SchottB.BergerM.Hemodynamical and clinical results with small doses of Naloxone in cerebral ischemia. IIIe internation. symposium: Cerebral ischemia. Toulouse. Novembre 1983.
DukesH.T.VeithR.G.Cerebral angiography during migraine prodrome and headache. Neurology. 1964. 14. 636–639.
9.
FadenA.I.Opiate antagonists in the treatment of stroke Current concepts of cerebrovascular disease Stroke, vol 15, n° 3, May-June 1984.
10.
LauritzenM.OlesenJ.Regional cerebral blood flow during migraine attacks by xenon 133 inhalation and emission tomographyBrain (1984), 107, 447–461.
11.
SicuteryF.FanciullacciM. BoccunimGattoG.Naloxone effectiveness on spontaneous and induced perceptive disorders in migraine. Headache, July 1983, 179–83.
12.
SkinhojE.Hemodynamic studies within the brain during migraine. Arc. Neurol.1973. 29. 95–98.
13.
SokoloffL.Local cerebral energy metabolism: its relationship to functional activity and blood flow, cerebral vascular smooth muscle and its control. Ciba Fondation Symposium 56 (New series) Amsterdam: Elsevier, 1978: 171–91.
14.
SteardoL.BaroneP.Di StasioE.BonusoS.Headache patients: different responses induced by naloxone during work-test. Cephalalgia, Vol. 2, pp. 151–6.