LoomisA.L.HarveyE.N., and HobartG.A., Distribution of disturbance-patterns in the human electroencephalogram with special reference to sleep, J. Neurophysiol., 1:413–430, 1938.
2.
GibbsF.A., and GibbsE.L., Atlas of Electroencephalography, 2nd ed., Vol. 1, Addison-Wesley, Cambridge (Mass.), 1950.
3.
ZobniwA.M.YarworthS., and NiedermeyerE., Depth electroencephalography, J. Electrophysiol. Technol., 1:215–240, 1975.
4.
NiedermeyerE., Depth electroencephalography. In NiedermeyerE. and da SilvaF. Lopes, Electroencephalography, pp. 519–536, Urban and Schwarzenberg, Baltimore, 1982.
5.
GücerG.NiedermeyerE., and LongD.M., Thalamic EEG recordings in patients with chronic pain, J. Neurol. (Berlin), 219:47–61, 1978.
6.
RayC.C.BickfordR.G.ClarkL.C.Jr., and RussertW.E., A new multicontact multipurpose brain depth probe, Proceed. Mayo Clinic, 40:781–790, 1965.
7.
SchaltenbrandG., and BaileyP. (eds.), Introduction to stereotaxis with Atlas of the Human brain, Thieme, Stuttgart, 1959.
8.
WalkerA.E.UematsuS.NiedermeyerE., and MacDonaldL., Depth recording, In SchaltenbrandG. and WalkerA.E. (eds), Stereotaxy of the Human Brain, 2nd ed., pp. 661–668, Thieme, Stuttgart, 1982.
KnottJ.R.HayneR., and MeyersR., Physiology of sleep: Wave characteristics and temporal relations of human electroencephalograms simultaneously recorded from the thalamus, the corpus striatum and the surface of the scalp, Arch. Neurol. Psychiat. (Chicago), 63:526, 1950 (abstract).
11.
GibbsF.A., Discussion remark to the paper of Knott et al. (see 10).
12.
OkumaT.ShimazonoY.FukudaT., and NarabayashiH., Cortical and subcortical recordings in non-anesthetized and anesthetized periods in man, Electroenceph. clin. Neurophysiol., 6:269–286, 1954.
13.
LiebJ.P.JosephJ.P.EngelJ.WalkerJ., and CrandallP.H., Sleep state and seizure foci related to depth spike activity in patients with temporal lobe epilepsy, Electroenceph. clin. Neurophysiol., 49:538–557, 1980.
14.
WieserH.G., and SiegfriedJ., Hirnstamm-Ableitungen (Makroelektroden) beim Menschen, I. Elektrische Befunde im Wachzustand und Ganznachtschlaf, Z. EEG-EMG, 10:8–19, 1979.
15.
CooperR.WinterA.L.CrowH.J., and WalterW.G., Comparison of subcortical, cortical and scalp activity using chronic indwelling electrodes in man, Electroenceph. clin. Neurophysiol., 18:217–228, 1965.
16.
NiedermeyerE.SingerH.S.FolsteinS.E.AllenR.P.MirandaF.FineyreF., and BirdB.L., Hypersomnia with simultaneous waking and sleep patterns in the electroencephalogram, J. Neurol. (Berlin), 221, 1–13, 1979.
17.
MouretJ.DeBillyG.RenaudB., and BloisR., Narcolepsy and Hypersomnia: Diseases or syndromes? Polygraphic-pharmacological studies, In GuilleminaultC.DementW.C., and PassouantP. (eds.), Narcolepsy, pp. 571–584, Spectrum, New York, 1976.
18.
AndersenP., and AnderssonS.A., Physiological mechanisms of the alpha waves, In KellawayP. and PetersénI. (eds), Clinical Electroencephalography in Children, pp. 31–48, Grune and Stratton, New York, 1968.
19.
JouvetM., Biogenic amines and the states of sleep, Science, 163:32–41, 1969.
20.
JouvetM., Some monoaminergic mechanisms controlling sleep and waking, In KarczmarA.G. and EcclesJ.C. (eds), Brain and Human Behavior, pp. 131–161, Springer, New York, 1972.