910 results on '"Ear, Middle anatomy & histology"'
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852. Fossula of the cochlear fenestra.
853. The harp seal, Pagophilus groenlandicus, (Erxleben 1777). XIV. The gross and microscopic structure of the middle ear.
854. [Contribution to the anatomy of the tympanic glomus].
855. Dehiscence of the Fallopian canal. An anatomical study.
856. Traumatic cerebrospinal fluid fistulas in children.
857. Phylogeny of lemurs, galagos and lorises.
858. Cranial morphology of the early tertiary Phenacolemur and its bearing on primate phylogeny.
859. Management of paroxysmal vertigo.
860. [The ultramicroscopic structure of the musculus stapedius of guinea pigs].
861. [Surgical anatomy of the posterior recesses of the tympanic cavity. Its importance in the surgery of chronic otitis media].
862. Elastic tissue in the middle-ear cavity.
863. The function of the middle ear in lizards: divergent types.
864. The peripheral auditory apparatus.
865. The perils of the sinus tympani.
866. [Ossicle lesions in closed skull injuries].
867. Middle ear mucosa.
868. [Morpho-functional considerations on the evolution of the auditory transmission apparatus in vertebrates].
869. The areal ratio and variations in normal hearing.
870. On the nature and vicissitudes of the accessory air spaces of the middle ear.
871. Experimental tympanoplasty.
872. Anatomy of the internal auditory canal.
873. Surgical anatomy of the sinus epitympani.
874. On the nature and vicissitudes of the accessory air spaces of the middle ear.
875. Scanning electron microscopy in otorhinolaryngology research, 1969.
876. [The round window].
877. The structure of the cochlea in Chiroptera. 3. Microchiroptera: Phyllostomatoidea.
878. Stapedial processes in tympanic cavities of capuchin monkeys (Cebus).
879. [Internal spiral canal and subtectorial canalicular network in humoral and acoustic functions].
880. [Anatomico-roentgenological study of the lower wall of the tympanic cavity in man].
881. Tympanofacial recess in the human ear.
882. [Micro-anatomical surgical study of the middle and internal ear. Preliminary results obtained by means of microphotography].
883. [Model of the human ear ossicles].
884. Actomyosin ATPase activity of middle ear muscles in the cat.
885. A comparison between the fibres of the periodontal membrane and the fibres of the annular ligament in the oval window.
886. Structural variations in the mammalian middle ear.
887. Studies on the morphogenesis of the middle ear muscles in man.
888. Cochlear aqueduct in infants.
889. Histologic studies of the normal mucosa in the middle ear, mastoid cavities and Eustachian tube.
890. Ultrastructure of normal human middle ear mucosa. Preliminary report.
891. The Megachiroptera and Vespertilionoidea of the Microchiroptera.
892. [Burns of the tympanum. Doubtful prognosis. Therapeutic difficulties].
893. The morphological basis for understanding middle ear effusions. An electron microscopic, cytochemical, and autoradiographic investigation.
894. Middle-ear function in a monotreme: the Echidna (Tachyglossus aculeatus).
895. Ciliary activity and middle ear clearance.
896. [New morphological and functional aspects of the round window].
897. The clinical significance of epitympanic mucosal folds.
898. [Anatomical and histological characteristics of the structure of the floor of the human tympanic cavity].
899. Disposition of the middle ear mucosa.
900. Normal tomographic measurements of the auditory ossicles and tympanic cavity using the polytome.
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