Anatomie und Histiologie der Hypophysis cerebri einiger Säuger

Trautmann, A.

doi:10.1007/bf02979940

Cited by 57 publications

(8 citation statements)

References 12 publications

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“…This finding is not in keeping with relevant literature (ROMEIS, 1940, KUROSUMI et al, 1961DUCHEN, 1962;HOWE and MAXWELL, 1966;THODY, 1967, 1969a, b;RAFTERY, 1969) (BRYANT, 1916;VANDERBURGH, 1917;RASMUSSEN, 1928;KUROSUMI et al, 1961) an observation that could not be confirmed in either the present study or those made by TRAUTMAN (1909) on a large series of animals.…”

Section: Discussioncontrasting

confidence: 99%

Morphological Features of the Hypophyseal Intermediate Lobe Directly Related to its Activity

Boyd

1972

Arch. Histol. Jap., Arch. Histol. Jpn

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Section: Discussioncontrasting

confidence: 99%

Morphological Features of the Hypophyseal Intermediate Lobe Directly Related to its Activity

Boyd

1972

Arch. Histol. Jap., Arch. Histol. Jpn

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“…The mammalian pars intermedia, like its counterpart in lower vertebrates, is innervated (Trautman, 1909;Rasmussen, 1938;Green & Harris, 1947;Harris, 1948;Smith, 1956;Bargmann & Knoop, 1960;Kurosumi et al 1961;Ziegler, 1963;Green, 1964;Howe & Maxwell, 1966, 1968Cameron & Foster, 1971). …”

Section: Nervous Control (A) Innervation (I) Histologymentioning

confidence: 97%

“…(a) Cell types (i) Light microscopy Using various staining procedures, and in particular the periodic acid-Schiff (PAS) technique, at least two cell types can be distinguished in the mammalian pars intermedia (Trautman, 1909(Trautman, , 1911Romeis, 1940;Kurosumi, Matsuzawa & Fujie, 1962;Duchen, 1962;Howe & Thody, 1968,1969c. For convenience these have been termed Type 1 and Type 2 ; a third form, Type 3, lines the hypophysial cleft (Howe & Thody, 1968).…”

Section: Histophysiology Of the Pars Intermediamentioning

confidence: 99%

The Mammalian Pars Intermedia: A Review of Its Structure and Function

Howe¹

1973

Journal of Endocrinology

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“…It becomes of importance, therefore, to look for a nerve path from mid-brain to hypophysis through which the secretion of pituitary antidiuretic substance is functionally linked with such events in the central nervous system as accompany emotional stress. Now the anatomical studies of Ramon-y-Cajal [1894], and of many since his time [Trautmann, 1909;Tello, 1912;Hoenig, 1922;Greving, 1923Greving, , 1928Greving, , 1930Pines, 1925;Stengel, 1926;Croll, 1928;Roussy et Mosinger, 1933;Laruelle, 1934;Le Gros Clark, 1936], have disclosed such a pathway in the supraopticohypophyseal tract connecting the supraoptic and paraventricular 368…”

Section: (3) a Comparison Of The Inhibitory Effect Of Transient Emotimentioning

confidence: 99%

The Inhibition of Water‐diuresis by Emotional Stress and by Muscular Exercise

Rydin¹,

Verney²

1938

Exp Physiol

151

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THAT emotional stress may be the occasion for a fall in the rate of urine-secretion, even to the degree of total suppression, has been recognised since the reference by Bernard [1859] to certain cases of vesico-vaginal fistula operated upon by Jobert and in which "par suite de l'emotion, l'ecoulement de l'urine avait ete suspendu pendant toute la duree de l'operation, et quelquefois meme bien au dela." Bernard makes this reference in connection with the darkening of the blood in the renal veins which he observed to accompany the inhibition of urine-flow during severe abdominal operations on the dog and rabbit: the suggestion is implicit, therefore, that the inhibition following emotional stress has likewise a vasomotor cause. The fact, however, that an effective stress may be of apparently small degree [Mackeith, Pembrey, Spurrel, Warner, and Westlake, 1923;Theobald, 1934] and the consideration that a reduced blood-flow through the kidney forms, on teleological grounds, an unattractive accompaniment, have been partly responsible for recent attempts to discover the incidents of the phenomenon of inhibition and to disclose their accidental or essential relation with it. The demonstration of the persistence of the phenomenon in the dog after section of the renal nerves, and indeed of all organic connection between the animal and its kidney [Theobald and Verney, 1935], has now excluded these nerves from functional participation, and in so doing has testified to intervention through humoral channels. Reasons, moreover, have been advanced [Theobald and Verney, 1935] against this intervention's being in the nature of a change in the partition of water between blood and tissues: a humorally transmitted agent has therefore been postulated, and its identity with adrenaline made unlikely by the dissimilarity between the course of inhibition due to emotion and that due to an intravenous injection of this drug.The view that the agent is identical with the antidiuretic substance of post-pituitary extract, however [Theobald and Verney, 1935], is supported on the one hand by the superficial resemblance of the courses of inhibition from emotional stress and the intravenous 1 Fellow of the Rockefeller Foundation.

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Anatomie und Histiologie der Hypophysis cerebri einiger Säuger

Cited by 57 publications

References 12 publications

Morphological Features of the Hypophyseal Intermediate Lobe Directly Related to its Activity

Morphological Features of the Hypophyseal Intermediate Lobe Directly Related to its Activity

The Mammalian Pars Intermedia: A Review of Its Structure and Function

The Inhibition of Water‐diuresis by Emotional Stress and by Muscular Exercise

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