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The Blood. P.2. Haemoglobin (Carnbridge 1928)

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359 LITERATUR Blut, Hämoglobin Zusammenfassende Darstellungen BARCROFT, J., The respiratory /unction 0/ the blood. P.2. Haemoglobin (Carnbridge 1928). FLORKIN, M., La /onction respiratoire du milieu interieur dans la serie animale, Ann. Physiol. 10 (1934). HENDERSON, L. 1., Blood, a study in general physiology (New Haven 1928). LILJESTRAND, Physiologie der Blutgase, Handbuch der norm. u. pathol. Physiologie 6. REDFIELD, A. C., The evolution 0/ the respiratory /unction 0/ the blood, Quart. rev. of Biol. 8 (1933). Einzelarbeiten ADAMS, G. A., The ultraviolet spectrum 0/ haemoglobin and its derivates, Biochern. J. 30 (1936). ADAIR, G. S., The haemoglobin system. VI. The oxygen dissociation curve 0/ haemoglo­ bin, J. biol. Chern. 63 (1925). ADUCCO, A., Hämoglobin von Dioctophyme renale, Arm. Ital. Biol. 11 (1889). AMBERSON, MULDER, FLEXNER und PANKRATZ, Mammalian li/e without red blood cor­ puscules, Science (NY) 1933. ANSON, BARCROFT, MIRSKY und OINUMA, On the correlation between the spectra 0/ various Haemoglobins and their relative a/finities /or oxygen and carbomonoxide, Proc. Roy. Soc., Paris 97 (1924). BARCROFT, J., The significance 0/ haemoglobin in submammalian /orms 0/ li/e, Physiol. Rev. 5 (1925). BARRON, GUZMAN, E. S. und HARROP, G. A. JR., Studies on blood ceU metabolism 2, J. Biol. Chern. 79 (1928). BRINKMANN, R. und JONXIS, J. H. P., The occurrence 0/ several kinds 0/ haemoglobin in human blood, J. Physiol. 85 (1935). BRINKMANN, WILD SCHUTT und WITERMANS, On the occurrence 0/ two kinds 0/ haemo­ globins in normal human blood, J. Physiol. 80 (1934). BUDDENBROCK, W. VON, Einige Bemerkungen über die 02-Sättigungskurve des Blutes ver­ schiedener Tiere, Naturwissenschaften, 22 (1934). COLLIP, J. B., The alkali reserve 0/ the blood 0/ certain 0/ the lower vertebrates, J. Biol. Chern. 46 (1921). CRESCITELLI, F., A note on the absorption spectra 0/ the blood 0/ Eudistylia gigantea and 0/ the pigment in the red corpuscles 0/ Cucumaria miniata and Molpadia intermedia, Biol. BuH. 88 (1945). DAVENPORT, H., The haemoglobins 0/ Ascaris lumbricoides, Proc. Roy. Soc. B 136 (1950). DAVENPORT, H. E., The haemoglobins 0/ Nippostrongylus muris and Strongylus sp., Proc. Roy. Soc., London 136 (1950). DOLK, H. E. und VAN DER PAAUW, F., Die Leistungen des Hämoglobins beim Regenwurm, Z. vgl. Physiol. 10 (1929). DRASTICH, L., Sur la concentration de l'hemoglobine dans les hematies nuclees, C. R. Soc. Biol. 99 (1928). DRASTICH, L., Ist die Konzentration des Blut/arbstoffes im Blutkörperchen bei allen Tieren konstant? Pflüg. Arch. 219 (1928). ELIASSEN, E., The physiology 0/ the vascular system 0/ invertebrates. A monography on the blood pigments, Univ. Bergen Arbok, Naturvit. rekke. 11 (1953). ELIASSEN, E., The oxygen supply during ebb 0/ Arenicola marina in the Danish Wadden­ sea Univ. Bergen Arbok, Naturvit. rekke. 12 (1955). ENDERS, G., Der Sauerstoffverbrauch des menschlichen Blutes, Biol. Z. 86 (1927). 360 Literatur ENGELHARDT, W. A., Ortho- und Pyrophosphat im aeroben und anaeroben Stoffwechsel der Blutzellen, Biochem. Z. 227 (1930). ENGELHARDT, W. A. und LJUBIMOWA, M., Glykolyse und Phosphorsäureumsatz in den Blutzellen verschiedener Tiere, Biochem. Z. 227 (1930). EWER, R. F., On the function of haemoglobin in Chironomus, J. exper. Bio!., 18 (1942). FERGUSON, K. W., Carbamino compounds of COll with human haemoglobin and their role in the transport of COll, J. Physio!. 88 (1937). FERGUSON, K. W. und ROUGHTON, F. I. W., The direct chemical estimation of carbamino­ compounds of CO2 with haemoglobm, J. Physio!. 88 (1937). FERGUSON, K. W. und ROUGHTON, F. I. W., The chemical relationships and physiological importance of carbamino-compounds of CO: with Haemoglobin, J. Physio!. 83 (1935). FERRY, R. M. und GREEN, A. A., Studies in the chemistry of haemoglobin and its relation to changin~ hydrogen ion activity 3, J. Physio!. 81 (1929). FISCHER, H., Hämin, Bilirubin und Porphyrin, Naturwissensch., 18 (1930). FISCHER, H. und KIRRMANN, A., Synthese von Mesoporphyrin 1, 4, 13 und 14, Liebigs Ann. ehern. 475 (1929). Fox, H. M., The oxygen affinities of certain invertebrate haemoglobins, J. exp. Bio!. 21 (1945). Fox, H. M., Daphnia haemoglobin, Nature 160 (1947). Fox, H. M., The haemoglobin of Daphnia, Proc. Roy. Soc. B. 135 (1948). Fox, H. M., Haemoglobin in Cmstacea, Nature 164 (1949). Fox, H. M., Haemoglobin and biliverdin in parasitic cirripede crustacea, Nature 171 (1953). Fox, H. M., HARDCASTLE, S. M. und DRESEL, E. I. B., Fluctuations in the haemoglobin content of Daphnia, Proc. Roy. Soc. B. 136 (1949). Fox, H. M., und PHEAR, E. A., Factors influencing haemoglobin synthesis by Daphnia, Proc. Roy. Soc. B. 141 (1953). FÜRTH, O. und LIEBEN, F., aber Milchsäurezerstärung durch Hefe und durch Blutzellen, Biochem. Z. 128 (1922). GELINEO, A. und GELINEO, S., La concentration de l'hemoglobine sanguine de plusieurs especes de poissons du mer, C. r. Soc. Bio!. 151 (1957). GOFFART, H., OxyhämoglobinkristaUe plazenter Säugetiere, Zoo!. J. Allg. Zoo!. 42 (1926). HALL, F. G. und MCCUTCHEON, F. H., The affinity of haemoglobin for oxygen in marine fishes, J. cel!. comp. Physio!. 11 (1933). HARROP, G. A. JR. und GUZMAN BARRON, E. S., Studies on blood ceU metabolism, J. exp. Med. 8 (1928). HAUGHTON, T. M., KERKUT, G. A. und MUNDAY, K. A., The oxygen dissociation and alkaline denaturation of haemoglobins from two species of earthworm, J. exp. Bio!. 35 (1958). HAUROWITZ, F., Zur Chemie des Blutfarbstoffes. 10. Mitt. aber die Spezifität der Hämo• globine und die VON KRÜGERSCHE Reaktion, Z. physio!. Chemie 183 (1929). HAUROWITZ, F., Die katalytische und peroxydatische Wirkung der Hämine, Enzymologia (Haag) 2 (1937). HENRIQUES, O. M., aber Carbhämoglobin, Ergebn. Physio!. 28 (1929). HILL, R. und HOLDEN, H. FR., The preparation and some properties of the globin of Oxyhaemoglobin, Biochem. J. 20 (1926). HILL, R. und WOLVEKAMP, H. P., The oxygen dissociation curve of haemoglobin in dilute solutions, Proc. roy. Soc., London 120 (1936). HIMMERICH, F., Die Regulierung der Sauerstoffabgabe von Erythrocyten, 1. Bioch. Z. 284 (1936). HIMMERICH, F. und FEINBERG, R. S., Die Regulierung der Sauerstoffabgabe von Erythro­ cyten. 2. Mitt. Ebenda. !RVING. T. T., The degradation of glucose by the blood corpuscles 0/ the rabbit, Bioch. J. 20 (1926). JOHNSON, M.L., The respiratory function 0/ haemoglobin 0/ the earth worm, J. exp. Bio!. 18 (1942). JOLAN, V., aber den verschiedenen Schwe/elgehalt der Hämoglobine verschiedenen Ur­ sprungs, Biochem. Z. 190 (1927). JONES, J. D., Observations on the respiratory physiology and on the haemoglobin 0/ the polychaete genus Nephthys with special re/erence to N. hombergi, J. exp. Bio!. 32 (1954). Literatur 361 KEILIN, D. und WANG, Y. L., Hämoglobin von Gastrophilus, Nature 155 (1945); Bioch. J. 40 (1946). KLOTZ, I. M. und KLoTz, T. A., Oxygen carrying proteins: a comparison of the oxy­ genation reaction in haemocyanin and haemerythrin with that in haemoglobin, Science 121 (1955). KLYNSTRA, F. B., A contribution to the problem of the haem-protein linkage in haemo­ globin, Experientia 14 (1958). KONIGSBERG, W. und GUIDOTTI, G., The amino acid sequence of the a-chain of human haemoglobin, J. Bio1. Chem. 236 (1961). KRÜGER, F. VON, Vergleichende Untersuchungen über die Resistenz des Hämoglobins ver­ schiedener Tiere, Z. vg1. Physio1. 2 (1925). KRÜGER, F., Neue Versuche über die Bedeutung des Hämoglobins im Blut des Regen­ wurms, Verh. Deutsch. Zoo1. Gesellschaft (1938). KRÜGER, F., Beiträge zur Physiologie des Hämoglobins wirbelloser Tiere. I. Versuche über die Atmung normaler und mit Kohlenoxyd vergifteter Regenwürmer bei Temperaturen um 20 0 C, Z. vg1. Physio1. 28 (1940). KRÜGER, F., aber Verbreitung und Bedeutung des Hämoglobins bei wirbellosen Tieren, Bio1. gener. 15 (1942). KRÜGER, F., Zur Physiologie des Hämoglobins wirbelloser Tiere, Verh. Dtsch. Zoo1. Kiel 1948. KRÜGER, F., Hämoglobinvorkommen bei Wirbellosen, Verh. Deutsch. Zoo1. Gesellschaft (1955). KRÜGER, F., Beiträge zur Physiologie des Hämoglobins wirbelloser Tiere, Z. vg1. Physio1. 37 (1955). KRÜGER, F., Beiträge zur vergleichenden Physiologie des Hämoglobins wirbelloser Tiere. IU. und IV. Zur Atmungsphysiologie von Glycimeris nummaria, Zoo1. ]., Abt. allg. Zoo1. u. Physio1. 67 (1957). KRÜGER, F., Zur Wirkungsweise des Hämoglobins. Versuche an Arenicola, Verh. Deutsch. Zoo1. Gesellschaft (1959). LANDSTEINER und HEIDELBERGER, M., Differentiation of Oxyhaemoglobins by means of mutual solubility test, J. gen. Physio1. 6 (1924). LANKASTER, E. R., aber das Vorkommen von Hämoglobin in den Muskeln der Mollusken und die Verbreitung desselben in den lebendigen Organismen, Pflüg. Arch. Physio1. 4 (1871). LAWRIE, R. A., So me observations on factors affecting myoglobin concentrations in muscle, J. Agricult. Sei. 40 (1950). LUNDSGAARD, E., Die Glykolyse, Ergebn. d. Enzymforschung 2 (1933). MACELA, J. und SELISKAR, A., The inf/uence of temperature on the equilibrium between oxygen and haemoglobin of various forms of life, J. Physio1. 60 (1925). MANWELL, c., Respiratory properties of the haemoglobin of two species of diving birds, Science 127 (1958). MANWELL, CL., Alkaline denaturation and oxygen equilibrium of annelid haemoglobins, J. cel1. a. comp. Physio1. 53 (1959). MANWELL, CL., Oxygen equilibrium of Cucumaria miniata haemoglobin and the absence of the Bohr-effect, ibidem. MANWELL, CL., Histological specificity of respiratory pigments. I. Comparison of the coelom and muscle haemoglobins of the polychaete worm Travisia pupa and the echiurid worm Arhynchite pugettensis, Comp. Biochem. and
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    The Herpetological Bulletin 150, 2019: 39-40 NATURAL HISTORY NOTE https://doi.org/10.33256/hb150.3940 Autohaemorrhaging in a Bahamian pygmy boa, Tropidophis curtus barbouri SEBASTIAN HOEFER*, SOPHIE MILLS & NATHAN J. ROBINSON Cape Eleuthera Institute, The Cape Eleuthera Island School, Cape Eleuthera, Eleuthera, The Bahamas *Corresponding author e-mail: [email protected] nakes use a wide variety of antipredatory behaviours, Sincluding gaping, exuding musk, defecating, convolving, feigning death, and autohaemorrhaging (Greene, 1994). Autohaemorrhaging, or the deliberate ejection of blood, in snakes occurs via either the cloaca or the orifices of the head (i.e. nares, mouth and orbits). In reptiles, autohaemorrhaging is already known from a few species of snakes in the genera Heterodon, Nerodia, Rhinocheilus, Natrix, Zamenis, and Tropidophis as well as in the lizard genus Phrynosoma (Smith et al., 1993; Greene, 1994; Sherbrooke & Middendorf, 2001; Gregory et al., 2007; Iiftime & Iftime, 2014). In the genus Tropidophis specifically, which is also unusual in that some species are known to be able to change colour, cephalic autohaemorrhaging has so far Figure 1. Bahamian pygmy boa (T. curtus barbouri) found at the Leon been recorded in 13 out of 32 species (Smith et al., 1993; Levy Preserve showing the tail with yellow colouring ventrally Greene, 1994; Torrest et al., 2013; Iturriaga, 2014). In a brief report, Hecht et al. (1955) were the first to describe autohaemorrhaging in Tropidophis curtus curtus (formerly known as Tropidophis pardalis). Here we offer greater detail of cephalic autohaemorrhaging in a different sub-species, the Bahamian pygmy boa (Tropidophis curtus barbouri), including access to the first-ever published video footage of this behaviour in any snake species (YouTube, 2019).
  • Herpetology, Fourth Edition Pough • Andrews • Crump • Savitzky • Wells • Brandley

    Herpetology, Fourth Edition Pough • Andrews • Crump • Savitzky • Wells • Brandley

    Herpetology, Fourth Edition Pough • Andrews • Crump • Savitzky • Wells • Brandley Literature Cited Abdala V, Manzano AS, Nieto L, Diogo R. 2009. Comparative myology of Leiosauridae (Squamata) and its bearing on their phylogenetic relationships. Belgian Journal of Zoology 139: 109–123. [4] Abts MA. 1987. Environment and variation in life history traits of the chuckwalla. Ecological Monographs 57: 215–232. [16] Adalsteinsson SA, Branch WR, Trape S, Vitt LJ, Hedges SB. 2009. Molecular phylogeny, classification, and biogeography of snakes of the family Leptotyphlopidae (Reptilia, Squamata). Zootaxa 2244: 1–50. [4] Adams MJ. 1993. Summer nests of the tailed frog (Ascaphus truei) from the Oregon coast range. Northwestern Naturalist 74: 15–18. [3] Ade CM, Boone MD, Puglis HJ. 2010. Effects of an insecticide and potential predators on green frogs and northern cricket frogs. Journal of Herpetology 44: 591–600. [17] Adkins-Regan E, Reeve HK. 2014. Sexual dimorphism in body size and the origin of sex- determination systems. American Naturalist 183: 519–536. [9] Aerts P, Van Damme R, D’Août K, Van Hooydonck B. 2003. Bipedalism in lizards: Whole-body modelling reveals a possible spandrel. Philosophical Transactions of the Royal Society London B 358: 1525–1533. [10] Afacan NJ, Yeung ATY, Pena OM, Hancock REW. 2012. Therapeutic potential of host defense peptides in antibiotic-resistant infections. Current Pharmaceutical Design 18: 807–819. [1] Agarwal I, Dutta-Roy A, Bauer AM, Giri VB. 2012. Rediscovery of Geckoella jeyporensis (Squamata: Gekkonidae), with notes on morphology, coloration and habitat. Hamadryad 36: 17–24 [17] Agassiz L. 1857. Contributions to the Natural History of the United States of America, Vol.
  • UNIVERSIDADE FEDERAL DE SANTA CATARINA José Carlos Rocha Jr

    UNIVERSIDADE FEDERAL DE SANTA CATARINA José Carlos Rocha Jr

    UNIVERSIDADE FEDERAL DE SANTA CATARINA José Carlos Rocha Jr INFLUÊNCIA DE FATORES AMBIENTAIS E A RELAÇÃO ENTRE OS PADRÕES DE DIVERSIDADE BETA TAXONÔMICA E DIVERSIDADE BETA FUNCIONAL DE SERPENTES NEOTROPICAIS Florianópolis 2019 José Carlos Rocha Jr INFLUÊNCIA DE FATORES AMBIENTAIS E A RELAÇÃO ENTRE OS PADRÕES DE DIVERSIDADE BETA TAXONÔMICA E DIVERSIDADE BETA FUNCIONAL DE SERPENTES NEOTROPICAIS Dissertação submetida ao Programa de Pós- graduação em Ecologia da Universidade Federal de Santa Catarina como requisito para a obtenção do Título de Mestre em Ecologia Orientador: Prof. Dr. Selvino Neckel de Oliveira Coorientador: Prof. Dr. Cristian de Sales Dambros Florianópolis 2019 José Carlos Rocha Jr INFLUÊNCIA DE FATORES AMBIENTAIS E A RELAÇÃO ENTRE OS PADRÕES DE DIVERSIDADE BETA TAXONÔMICA E DIVERSIDADE BETA FUNCIONAL DE SERPENTES NEOTROPICAIS Esta Dissertação foi julgada adequada para obtenção do Título de “Mestre em Ecologia” e aprovado em sua forma final pelo Programa de Pós-Graduação em Ecologia Florianópolis, 06 de maio de 2019. ________________________ Prof. Dr. Fabio Gonçalves Daura Jorge Coordenador do Curso Banca Examinadora: ________________________ Prof. Dr. Selvino Neckel de Oliveira Orientador Universidade Federal de Santa Catarina ________________________ Prof. Dr. Sérgio Floeter Universidade Federal de Santa Catarina ________________________ Prof. Dr. Tobias Saraiva Kunz Instituto Butantã Dedico este trabalho ao meu Amor pela Natureza. AGRADECIMENTOS Ao meu pais José e Edna, e minha irmã Ana. Dedico também aos meus tios, Jaime e Marlene, que me acolheram durante a reta final desse ciclo. Aos irmãos e irmãs da vida, que nestes dois anos me ouviram, compreenderam, ajudaram, e em mim acreditaram. Amo vocês. Agradeço com muito carinho, à Joanna Rabello.