Localisation par immunofluorescence de différents principes hormonaux de l'hypophyse de Nectophrynoïdes occidentalis Angel, au cours du développement embryonnaire

Zuber-Vogeli, M.; Doerr-Schott, J

doi:10.1016/0016-6480(84)90252-1

Cited by 8 publications

(15 citation statements)

References 11 publications

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“…The localization of ACTH cells in the rostroventral region of the PD in Rana limnocharis and the immunoreactivity shown by PI cells to ACTH 1-24 antiserum are in agreement with the results reported for Xenopus laevis, Rana temporaria, Triturus marrnoratus, Salamandra salamandra (Doerr-Schott 1974), Ambystoma mexicanurn (Hauser-Gunsbourg et al 1973), Rana ridibunda (Gracia-Navarro and Doerr-Schott 1982), Rana esculenta (Vaudry et al 1977), Pleurodeles waltlii (Andrieux et al 1977), Nectophrynoides occidentalis (Zuber-Vogeli et al 1975) and Typhlonectes cornpressicaudus (Doerr-Schott and Zuber-Vogeli 1984). The rostra1 distribution of ACTH cells has also been demonstrated in the larvae of Xenopus laevis (Moriceau-Hay et al 1982, Verburg-van Kemenade et al 1984.…”

Section: Al 1977) Typhlonectes Compressicaudussupporting

confidence: 86%

“…13) and of TSH (arrow) and GTH (broken arrow) cells (Fig. (Doerr-Schott and Zuber-Vogeli 1984) and Hyla arborea (Campantico et al 1985). x 1260.…”

Section: Figs 13 and 14mentioning

confidence: 98%

“…14) in the same section. Also, in the larvae of Xenopus laevis (Moriceau-Hay et al 1979) and Alytes obstetricans Dubois 1973, Guyetant et al 1977) immunoreactive GH cells are found in the caudal region and in Nectophrynoides occidentalis (Zuber-Vogeli and Doerr-Schott 1984) in the dorsal region of the PD. (Doerr-Schott and Zuber-Vogeli 1984) and Hyla arborea (Campantico et al 1985).…”

Section: Figs 13 and 14mentioning

confidence: 99%

“…Conventional cytological and histochemical techniques have enabled the recognition of five different cell types (two acidophilic and three mucoid or basophilic) in the amphibian pars distalis (PD), besides the melanophore stimulating hormone secreting cells of the pars intermedia (PI). However, the detailed distribution of various hormone secreting cells has been mapped only in Rana temporaria, Xenopus laevis, Triturus marmoratus, Bufo vulgaris (Doerr-Schott 1974), Ambystoma mexicanum (Hauser-Gunsbourg et al 1973, 1978, Pleurodeles waltlii (Andrieux et al 1977) and Typhlonectes compressicaudus (Doerr-Schott and Zuber-Vogeli 1984). The application of immunocytochemical methods using antisera against purified mammalian hypophysial hormones has made possible the identification of the cellular sources of hormones of the PD in some amphibians (Doerr-Schott and Dubois 1972a,b, Vellano et al 1973, Doerr-Schott 1974, 1976a, 1980, Thompson and Trimble 1975, Zuber-Vogeli et al 1975, Hansen and Hansen 1976, Olivereau et al 1976, Schubert et al 1977, Vaudry et al 1977, Gracia-Navarro and Doerr-Schott 1982, Campantico et al 1985.…”

Section: Introductionmentioning

confidence: 99%

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Immunohistochemical Identification of the Adenohypophysial Cells in the Indian Paddy Field Frog, Rana limnocharis

Kar

Naik

1987

Acta Zoologica

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Kars, S., Naik, D . R. 1987. Immunohistochemical identification of the adenohypophysial cells in the Indian paddy field frog. Rana limnocharis. (Department of Zoology, Utkal University, India).-Acra 2001. (Stockh.) 68, 127-134. Cells of the pituitary pars distalis (PD) and pars intermedia (PI) in the frog Rana limnocharis have been identified by an unlabelled antibody enzyme method using antisera developed in rabbit against mammalian hypophysial hormones. On the basis of their immunoreactiyity, six types of cells, viz. thyrotropic (TSH), gonadotropic (GTH), prolactin (PRL), growth hormone (GH), corticotropic (ACTH) and melanotropic (MSH), cells have been recognized. GTH and PRL cells are distributed throughout the PD. GH cells usually occur in the anterodorsal and central region of the gland. Immunoreactive TSH cells are fewer in number and are localized in the ventromedian region of the PD. Cells showing immunoreactivity to ACTH 1-24 antiserum are encountered in the rostroventral part of the PD. Cells of the PI also show immunoreactivity to ACTH 1-24 antiserum. PI cells cross-react with a-MSH antiserum at all dilutions up to 1 : 50 000. However, when the same antiserum was used at dilutions up to 1 : 20 000, the ACTH cells of the PD also showed cross-reactivity. . d'immunochimie ultrastructurale et de microscopie photonique et ilectronique. Biologie cell. 29. Baker, B.L., Drurnmond, T. 1972. The cellular origins of corticotropin and melanotropin as revealed by immunochemical staining. A m . J . Anat. 134, Campaniico, E . , Guastalla, A , , Patriarca, E. 1985. Identification by immunofluorescence of prolactin and somatotrophin-producing cells in the pituitary gland of the tree frog Hyla arborea.Gen. comp. Endocr. 57, 110-116. Conelly. T. G . 1974. Immunohistochemical staining of cells in the axolotl pituitary gland. Anat. Rec. 178, 333-334. (Abstract .) Doerr-Schotr, J . 1971, Etude comparative des rksultats cytologiques. histochimiques. cytophysiologiques et ultrastructuraux enregistrks par diffkrents auteurs dans I'hypophyse distale des Amphibiens. Annls Endocr. 32. 371-379. Doerr-Schoir. J . 1974. Cyto-immunochemical study of the hypophysial cells of amphibians by light and electron microscopy. Forischr. 2001. 22, 245-267. Doerr-Schoit, J . 1976a. Immunohistochemical detection. by light and electron microscopy, of pituitary hormones in cold-blooded vertebrates. Gm. comp. Endocr. 28. 487-512. Doerr-Schoii. J . 1976b. Immunohistochemical detec-135-148. 395-409.

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Section: Al 1977) Typhlonectes Compressicaudussupporting

confidence: 86%

“…13) and of TSH (arrow) and GTH (broken arrow) cells (Fig. (Doerr-Schott and Zuber-Vogeli 1984) and Hyla arborea (Campantico et al 1985). x 1260.…”

Section: Figs 13 and 14mentioning

confidence: 98%

Section: Figs 13 and 14mentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Immunohistochemical Identification of the Adenohypophysial Cells in the Indian Paddy Field Frog, Rana limnocharis

Kar

Naik

1987

Acta Zoologica

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“…The ovaries are large (300-600 µm, Lamotte et al 1973). The activity of the glycoprotein type 1 cells is reduced, glycoprotein type 3 cells are very active and protein type 1 cells, melanotropic and protein type 2 cells still present (Lamotte et al 1973, Zuber-Vogeli andDoerr-Schott 1984). The thyroid is highly vascularised (1/3 of the surface) and the colloid amount reduced drastically (Lamotte and Prum 1957).…”

Section: Stage Iiibmentioning

confidence: 99%

A review of the reproductive biology of the only known matrotrophic viviparous anuran, the West African Nimba toad, Nimbaphrynoides occidentalis

Sandberger-Loua¹,

Müller²,

Rödel³

2017

ZSE

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Amphibians, and anurans in particular, show the highest diversity of reproductive modes among tetrapods. Nevertheless, viviparity is scarce in anurans and its occurrence is even more often assumed rather than confirmed. Probably the best studied viviparous amphibian is the Nimba toad, Nimbaphrynoides occidentalis. During more than 40 years of research, the Nimba toad's reproductive morphology, endocrine activity of the ovary as well as the pituitary gland, and to some extent the ecological impact (seasonality, humidity, food availability) on reproduction was examined. Due to the Nimba toad's unique reproductive mode, summaries are usually included in reviews discussing amphibian reproduction and articles on reproductive biology often discuss the exceptional reproductive system of Nimba toads. However, to our knowledge a detailed synthesis, summarising all the different original studies on the toad's reproduction, is so far missing. In this paper we review and summarise all available initial publications, which often have been published in French and/or are difficult to access. A short overview is given of the climatic and environmental conditions experienced by Nimba toads and the key findings supporting a "true" viviparous reproduction with matrotrophy (maternal provision of nutrition during the gestation) and pueriparity (birth of juveniles). Then foetal development (morphological, gonad and pituitary development), and the female (ovary, oviduct, pituitary and their endocrine interactions) and the male reproductive system (testes and pituitary) are reviewed. Finally, the reproductive cycle and its link to the Nimba mountains' seasonality and ecological/ conservation implications are discussed. Key WordsAmphibia development evolution ovary oviduct pueriparity seasonality testes uterus

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Immunohistochemical study on the development of the adenohypophysial cells in the lizard Gallotia galloti

Batista

Doerr-Schott²,

Bello

1989

Anat Embryol

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Immunohistochemical methods have been used to study the embryonic and postnatal development of the hormone-producing cells in the adenohypophysis of the lizard Gallotia galloti. In this species, Rathke's pouch is formed between stages 30 to 32 of the embryonic development, although the first sign of immunoreactivity to antisera against adenohypophysial hormones occurs in stage 33 in the pars distalis anlage. These cells derive from the dorsal face of Rathke's pouch and are immunoreactive to anti-ACTH serum. The cytodifferentiation of ACTH and MSH cells occurs in the pars intermedia in stage 34. The TSH cells appear at stage 35 and the gonadotrope cells at stage 37. These cells derive from both the dorsal and ventral face of the Rathke's pouch. The LTH cells are revealed at stage 39 and are only originated from the dorsal face. The STH cells, which come from the dorsal as well as ventral face, are the last secretory cells differentiated just before hatching. During postnatal development an increase and also a redistribution of the immunoreactive cells occur until acquiring the adult distribution.

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Localisation par immunofluorescence de différents principes hormonaux de l'hypophyse de Nectophrynoïdes occidentalis Angel, au cours du développement embryonnaire

Cited by 8 publications

References 11 publications

Immunohistochemical Identification of the Adenohypophysial Cells in the Indian Paddy Field Frog, Rana limnocharis

Immunohistochemical Identification of the Adenohypophysial Cells in the Indian Paddy Field Frog, Rana limnocharis

A review of the reproductive biology of the only known matrotrophic viviparous anuran, the West African Nimba toad, Nimbaphrynoides occidentalis

Immunohistochemical study on the development of the adenohypophysial cells in the lizard Gallotia galloti

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