SadéJ.Cellular differentiation of the middle ear lining.Ann Otol Rhinol Laryngol1971;80:376–84.
3.
SadéJMeyerAKingMSilberlengA.Clearance of middle ear effusions by mucociliary system.Acta Otolaryngol1975;79:277–82.
4.
SadéJ.Ciliary activity and middle ear clearance.Arch Otolaryngol1967;86:128–35.
5.
SadéJ.Pathology and pathogenesis of secretory otitis mediaArch Otolaryngol1966; 84: 297–305.
6.
LuntzMLevitISadéJ.The histological patterns of normal and inflamed middle ear mucosa.Eur Arch Otorhinolaryngol1991;248:127–8.
7.
BuckinghamRAFerrerJLMiddle ear pressures in eustachian tube malfunction, manometric studies.Laryngoscope1973;83:1585–93.
8.
SadéJ.Secretory otitis media and its sequelae. New York: Churchill Livingstone, 1979.
9.
SadéJLuntzM.The eustachian tube lumen: A comparison between normal and inflamed specimens.Ann Otol Rhinol Laryngol1989;98:630–4.
10.
SadéJ.The nasopharynx eustachian tube and otitis media.J Laryngol Otol1994;108:95–100.
11.
HildingA.Role of ciliary action in production of pulmonary atelectasis.Trans Acad Ophthalmol Otolaryngol1944;80:835–7.
12.
SadéJ.Secretory otitis media in adults. I—The role of mastoid pneumatization.Ann Otol Rhinol Laryngol1996; 105: 643–7.
13.
SadéJLuntzM.Adenoidectomy in otitis media.Ann Otol Rhinol Laryngol1991;100:226–31.
14.
MawRAGlue ear in childhood. Cambridge: Mac Keit Press & Cambridge University Press, 1995.
15.
HergilsLMagnusonB.Analysis of middle ear gas composition by mass spectrometer. In: SadéJ, ed. The eustachian tube: basic aspects. Amsterdam: Kugler and Ghenidi1991: 295–8.
16.
ElnerA.Normal gas change in human middle ear.Ann Otol Rhinol Laryngol1976;85:161–4.
17.
EdenARGannonpyS.Neural control of middle ear aeration.Arch Otolaryngol Head Neck Surg1987;113:133–7.
BuckinghamR.Reversibility of chronic adhesive otitis media with polyethylene tube, middle ear air-vent, Kodachrome time lapse study.Laryngoscope1966;76:993–1014.
20.
LuntzMSadéJ.The value of middle ear inflation as a diagnostic indicator of eustachian tube patency and function.J Laryngol Otol1990;104:134–7.
21.
SadéJLuntzM.The eustachian tube lumen: A comparison between normal and inflamed specimens.Ann Otol Rhinol Laryngol1989;98:630–4.
22.
SadéJLuntzMYanivEYurovitzkiI.Eustachian tube lumen in chronic otitis media.Am J Otol1986;6:439–42.
23.
MagnanJBremondGChaysAGignagD.Experience in tubo tympanic endioscopy. In: SadéJ, ed. Basic aspects of the eustachian tube and middle ear diseases. Milan: Kuglera Ghedini, 1991: 59–62.
24.
IngelstedSIPhysiology of the eustachian tube.Ann Otol Rhinol Laryngol1976;85:156–60.
25.
BluestoneCDParadiseJLBeeryQCPhysiology of the eustachian tube in the pathogenesis and management of middle ear effusions.Laryngoscope1972;82:1654–70.
26.
PalvaAKarjaJ.Eustachian tube tests and surgical evaluation.Acta Otolaryngol1970;(suppl263):25–8.
27.
BuckinghamRAPatent eustachian tube in the underaerated middle ear: A paradox.Ann Otol Rhinol Laryngol1988;97:219–21.
28.
MagnusonB.Tubal closing failure in retraction type cholesteatoma and adhesive middle ear lesions.Acta Otolaryngol1978;86:408–17.
29.
SadéJLuntzM.Gaseous pathways in atelectatic ears.Ann Otol Rhinol Laryngol1989;98:355–8.
30.
ArALuntzMMover-LevHLeviDHarellMSadéJ.Gas composition in middle ear cavity vs. superior vena cava blood of the guinea pig. Intersociety Meeting: Regulation, integration, adaptation: A species approach; 1994.Physiologist1994;31:A79.
31.
NakashimaT.Tympanogram recorded under cervical compression.Audiology1995;34:13–6.
32.
MyersEMBeeryQCBluestoneCDRoodSRSiglerBAEffect of certain head and neck tumors and their management on the ventilatory function of the eustachian tube.Ann Otol Rhinol Laryngol1984;19:3–16.
33.
CasselbrandtMLCantekinEIDirkmaatDCDoyleWYBluestoneCDExperimental paralysis of tensor veli palatini muscle.Acta Otolaryngol1988;106:178–85.
34.
SadéJShatzALuntzMFuchsC.Eustachian tube muscles in acute and secretory otitis media.Acta Otolaryngol1988;105:543–8.
35.
SadéJFuchsC.Secretory otitis media in adults. Mastoid pneumatization as a prognosis factor.Ann Otol Rhinol Laryngol1996; 105: 643–7.
36.
HellstromSStenforsLEThe pressure equilibration function of the pars flaccida and the middle ear mechanism.Acta Physiol Scand1988;118:337–41.
RichardsSHO'NeillGWilsonF.Middle-ear pressure variations during general anesthesia.J Laryngol Otol1982;96:883–92.
39.
RuhaCBShacherenPAZeltzmanDPaparellesMYaouTHAge related morphological changes in human tympanic membrane.Arch Otolaryngol Head Neck Surg1991;117:627–34.
40.
WittmaackK.Uber die Entstehung der Schleimhautkonstitution des mittelhors.Acta Otolaryngol1937;25:414–29.