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Results: 1-14 |
Results: 14
PRINCIPLES IN PROTEIN HORMONE EVOLUTION - THE NEUROHYPOPHYSEAL PEPTIDES AS AVIAN EVOLUTIONARY TRACERS
Authors: ACHER R CHAUVET J CHAUVET MT MICHEL G
Citation: R. Acher et al., PRINCIPLES IN PROTEIN HORMONE EVOLUTION - THE NEUROHYPOPHYSEAL PEPTIDES AS AVIAN EVOLUTIONARY TRACERS, Poultry and avian biology reviews, 8(1), 1997, pp. 33-51
MOLECULAR EVOLUTION OF NEUROHYPOPHYSEAL HORMONES IN RELATION TO OSMOREGULATION - THE 2 FISH OPTIONS
Authors: ACHER R CHAUVET J CHAUVET MT MICHEL G ROUILLE Y
Citation: R. Acher et al., MOLECULAR EVOLUTION OF NEUROHYPOPHYSEAL HORMONES IN RELATION TO OSMOREGULATION - THE 2 FISH OPTIONS, Fish physiology and biochemistry, 17(1-6), 1997, pp. 325-332
DISTINCT HYDROOSMOTIC RECEPTORS FOR VASOTOCIN AND HYDRIN-2 INVOLVED IN AMPHIBIAN WATER HOMEOSTASIS CONTROL
Authors: ACHER R CHAUVET J ROUILLE Y
Citation: R. Acher et al., DISTINCT HYDROOSMOTIC RECEPTORS FOR VASOTOCIN AND HYDRIN-2 INVOLVED IN AMPHIBIAN WATER HOMEOSTASIS CONTROL, The FASEB journal, 11(9), 1997, pp. 1164-1164
MOLECULAR EVOLUTION OF FISH NEUROHYPOPHYSEAL HORMONES - NEUTRAL AND SELECTIVE EVOLUTIONARY MECHANISMS
Authors: ACHER R
Citation: R. Acher, MOLECULAR EVOLUTION OF FISH NEUROHYPOPHYSEAL HORMONES - NEUTRAL AND SELECTIVE EVOLUTIONARY MECHANISMS, General and comparative endocrinology, 102(2), 1996, pp. 157-172
A NEW NEUROHYPOPHYSEAL PEPTIDE, SERITOCIN ([SER(5),ILE(8)]-OXYTOCIN),IDENTIFIED IN A DRYNESS-RESISTANT AFRICAN TOAD, BUFO-REGULARIS
Authors: CHAUVET J MICHEL G OUEDRAOGO Y CHOU J CHAIT BT ACHER R
Citation: J. Chauvet et al., A NEW NEUROHYPOPHYSEAL PEPTIDE, SERITOCIN ([SER(5),ILE(8)]-OXYTOCIN),IDENTIFIED IN A DRYNESS-RESISTANT AFRICAN TOAD, BUFO-REGULARIS, International journal of peptide & protein research, 45(5), 1995, pp. 482-487
DISTINCT HYDRO-OSMOTIC RECEPTORS FOR THE NEUROHYPOPHYSEAL PEPTIDES VASOTOCIN AND HYDRINS IN THE FROG RANA-ESCULENTA
Authors: ROUILLE Y OUEDRAOGO Y CHAUVET J ACHER R
Citation: Y. Rouille et al., DISTINCT HYDRO-OSMOTIC RECEPTORS FOR THE NEUROHYPOPHYSEAL PEPTIDES VASOTOCIN AND HYDRINS IN THE FROG RANA-ESCULENTA, Neuropeptides, 29(5), 1995, pp. 301-307
THE NEUROHYPOPHYSEAL ENDOCRINE REGULATORY CASCADE - PRECURSORS, MEDIATORS, RECEPTORS, AND EFFECTORS
Authors: ACHER R CHAUVET J
Citation: R. Acher et J. Chauvet, THE NEUROHYPOPHYSEAL ENDOCRINE REGULATORY CASCADE - PRECURSORS, MEDIATORS, RECEPTORS, AND EFFECTORS, Frontiers in neuroendocrinology, 16(3), 1995, pp. 237-289
BONY FISH NEUROPHYSINS - IDENTIFICATION OF MSEL-NEUROPHYSIN AND VLDV-NEUROPHYSIN OF THE POLLACK (POLLACHIUS-VIRENS)
Authors: CHAUVET J LEE WJ CHAUVET MT ACHER R
Citation: J. Chauvet et al., BONY FISH NEUROPHYSINS - IDENTIFICATION OF MSEL-NEUROPHYSIN AND VLDV-NEUROPHYSIN OF THE POLLACK (POLLACHIUS-VIRENS), International journal of peptide & protein research, 44(2), 1994, pp. 130-138
ACTION OF NEUROHYPOPHYSEAL GRANULE LYS-ARG ENDOPEPTIDASE ON SYNTHETICPOLYPEPTIDES COMPRISING THE PROCESSING SEQUENCE OF PROVASOPRESSIN-NEUROPHYSIN
Authors: MICHEL G ROUILLE Y CHAUVET J ACHER R
Citation: G. Michel et al., ACTION OF NEUROHYPOPHYSEAL GRANULE LYS-ARG ENDOPEPTIDASE ON SYNTHETICPOLYPEPTIDES COMPRISING THE PROCESSING SEQUENCE OF PROVASOPRESSIN-NEUROPHYSIN, Bioscience reports, 14(4), 1994, pp. 171-178
SPECIAL EVOLUTION OF NEUROHYPOPHYSEAL HORMONES IN CARTILAGINOUS FISHES - ASVATOCIN AND PHASVATOCIN, 2 OXYTOCIN-LIKE PEPTIDES ISOLATED FROM THE SPOTTED DOGFISH (SCYLIORHINUS-CANICULUS)
Authors: CHAUVET J ROUILLE Y CHAUVEAU C CHAUVET MT ACHER R
Citation: J. Chauvet et al., SPECIAL EVOLUTION OF NEUROHYPOPHYSEAL HORMONES IN CARTILAGINOUS FISHES - ASVATOCIN AND PHASVATOCIN, 2 OXYTOCIN-LIKE PEPTIDES ISOLATED FROM THE SPOTTED DOGFISH (SCYLIORHINUS-CANICULUS), Proceedings of the National Academy of Sciences of the United Statesof America, 91(23), 1994, pp. 11266-11270
NEUROHYPOPHYSEAL PEPTIDE SYSTEMS - PROCESSING MACHINERY, HYDROOSMOTICREGULATION, ADAPTATION AND EVOLUTION
Authors: ACHER R
Citation: R. Acher, NEUROHYPOPHYSEAL PEPTIDE SYSTEMS - PROCESSING MACHINERY, HYDROOSMOTICREGULATION, ADAPTATION AND EVOLUTION, Regulatory peptides, 45(1-2), 1993, pp. 1-13
DIFFERENTIAL PROCESSING OF PROVASOTOCIN - RELATIVE INCREASE OF HYDRIN-2 (VASOTOCINYL-GLY) IN AMPHIBIANS ABLE TO ADAPT TO AN ARID ENVIRONMENT
Authors: MICHEL G OUEDRAOGO Y CHAUVET J KATZ U ACHER R
Citation: G. Michel et al., DIFFERENTIAL PROCESSING OF PROVASOTOCIN - RELATIVE INCREASE OF HYDRIN-2 (VASOTOCINYL-GLY) IN AMPHIBIANS ABLE TO ADAPT TO AN ARID ENVIRONMENT, Neuropeptides, 25(2), 1993, pp. 139-143
CHEMICAL-IDENTIFICATION OF THE MAMMALIAN OXYTOCIN IN A HOLOCEPHALIAN FISH, THE RATFISH (HYDROLAGUS-COLLIEI)
Authors: MICHEL G CHAUVET J CHAUVET MT CLARKE C BERN H ACHER R
Citation: G. Michel et al., CHEMICAL-IDENTIFICATION OF THE MAMMALIAN OXYTOCIN IN A HOLOCEPHALIAN FISH, THE RATFISH (HYDROLAGUS-COLLIEI), General and comparative endocrinology, 92(2), 1993, pp. 260-268
LUNGFISH NEUROHYPOPHYSEAL HORMONES - CHEMICAL-IDENTIFICATION OF MESOTOCIN IN THE NEUROINTERMEDIATE PITUITARY OF THE AUSTRALIAN LUNGFISH NEOCERATODUS-FORSTERI
Authors: MICHEL G CHAUVET J JOSS JMP ACHER R
Citation: G. Michel et al., LUNGFISH NEUROHYPOPHYSEAL HORMONES - CHEMICAL-IDENTIFICATION OF MESOTOCIN IN THE NEUROINTERMEDIATE PITUITARY OF THE AUSTRALIAN LUNGFISH NEOCERATODUS-FORSTERI, General and comparative endocrinology, 91(3), 1993, pp. 330-336
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