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  • 1
    Online Resource
    Online Resource
    Milton :Taylor & Francis Group,
    Keywords: Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (218 pages)
    Edition: 1st ed.
    ISBN: 9781351084550
    Language: English
    Note: Cover -- Title -- Copyright -- THE AUTHOR -- Contents -- Chapter 1 Introduction -- Chapter 2 Class Perkinsasida -- Family Perkinsidae -- Genus Perkinsus -- Chapter 3 The Gregarines: Archigregarines -- Class Conoidasida -- Subclass Gregarinasina -- Order Archigregarinorida -- Family Selenidioididae -- Genus Selenidioides -- Genus Meroselenidium -- Genus Merogregarina -- Family Exoschizonidae -- Genus Exoschizon -- Chapter 4 The Gregarines: Blastogregarines -- Order Eugregarinorida -- Suborder Blastogregarinorina -- Family Siedleckiidae -- Genus Siedleckia -- Chapter 5 The Gregarines: Aseptate Eugregarines -- Suborder Aseptatorina -- Family Selenidiidae -- Genus Selenidium -- Genus Selenocystis -- Genus Ditrypanocystis -- Genus Heterospora -- Family Lecudinidae -- Genus Lecudina -- Genus Polyrhabdina -- Genus Ulivina -- Genus Sycia -- Genus Pontesia -- Genus Bhatiella -- Genus Viviera -- Genus Cochleomeritus -- Genus Ancora -- Genus Hentschelia -- Genus Lecythion -- Genus Hyperidion -- Genus Zygosoma -- Genus Filipodium -- Genus Diplauxis -- Genus Chlamydocystis -- Genus Contortiocorpa -- Genus Lankesteria -- Genus Monocystella -- Genus Ascogregarina -- Genus Kofoidina -- Genus Ophioidina -- Genus Paraophioidina -- Genus Lateroprotomeritus -- Genus Extremocystis -- Family Urosporidae -- Genus Urospora -- Genus Gonospora -- Genus Lithocystis -- Genus Ceratospora -- Genus Pterospora -- Genus Paragonospora -- Family Aikinetocystidae -- Genus Aikinetocystis -- Genus Nellocystis -- Family Monocystidae -- Subfamily Monocystinae -- Genus Monocystis -- Genus Nematocystis -- Genus Rhabdocystis -- Genus Apolocystis -- Genus Cephalocystis -- Genus Trigonepimerus -- Genus Mastocystis -- Subfamily Zygocystinae -- Genus Zygocystis -- Genus Adelphocystis -- Genus Pleurocystis -- Subfamily Rhynchocystinae -- Genus Rhynchocystis -- Genus Dirhynchocystis. , Genus Grayallia -- Subfamily Stomatophorinae -- Genus Stomatophora -- Genus Craterocystis -- Genus Astrocystella -- Genus Albertisella -- Genus Beccaricystis -- Genus Parachoanocystoides -- Genus Choanocystoides -- Genus Zeylanocystis -- Genus Arborocystis -- Genus Chakravartiella -- Subfamily Oligochaetocystinae -- Genus Oligochaetocystis -- Genus Echiurocystis -- Genus Neomonocystis -- Genus Acarogregarina -- Family Diplocystidae -- Genus Diplocystis -- Family Allantocystidae -- Genus Allantocystis -- Family Schaudinnellidae -- Genus Schaudinnella -- Family Enterocystidae -- Genus Enterocystis -- Family Ganymedidae -- Genus Ganymedes -- Chapter 6 The Gregarines: Septate Eugregarines -- Suborder Septatorina -- Superfamily Porosporicae -- Family Porosporidae -- Genus Porospora -- Genus Nematopsis -- Genus Pachyporospora -- Superfamily Gregarinicae -- Family Cephaloidophoridae -- Genus Cephaloidophora -- Genus Caridohabitans -- Genus Rotundula -- Family Cephalolobidae -- Genus Cephalolobus -- Genus Callynthrochlamys -- Family Uradiophoridae -- Genus Uradiophora -- Genus Heliospora -- Genus Pyxinioides -- Genus Nematoides -- Genus Bifilida -- Family Gregarinidae -- Genus Gregarina -- Genus Erhardovina -- Genus Gymnospora -- Genus Triseptata -- Genus Gamocystis -- Genus Anisolobus -- Genus Garnhamia -- Genus Torogregarina -- Genus Faucispora -- Genus Spinispora -- Genus Bolivia -- Genus Degiustia -- Genus Cirrigregarina -- Genus Molluskocystis -- Family Metameridae -- Genus Metamera -- Genus Gopaliella -- Genus Deuteromera -- Genus Cognettiella -- Family Didymophyidae -- Genus Didymophyes -- Genus Liposcelisus -- Genus Quadruhyalodiscus -- Family Hirmocystidae -- Genus Hirmocystis -- Genus Hyalospora -- Genus Tettigonospora -- Genus Euspora -- Genus Tintinospora -- Genus Arachnocystis -- Genus Protomagalhaensia -- Genus Pintospora -- Genus Endomycola. , Genus Retractocephalus -- Superfamily Stenophoricae -- Family Stenophoridae -- Genus Stenophora -- Genus Fonsecaia -- Genus Hyalosporina -- Family Leidyanidae -- Genus Leidyana -- Family Cnemidosporidae -- Genus Cnemidospora -- Family Monoductidae -- Genus Monoductus -- Genus Stenoductus -- Genus Phleobum -- Family Sphaerocystidae -- Genus Sphaerocystis -- Genus Schneideria -- Genus Paraschneideria -- Genus Neoschneideria -- Family Trichorhynchidae -- Genus Trichorhynchus -- Family Dactylophoridae -- Genus Dactylophorus -- Genus Echinomera -- Genus Grebnickiella -- Genus Rhopalonia -- Genus Acutispora -- Genus Seticephalus -- Genus Dendrorhynchus -- Genus Mecistophora -- Family Stylocephalidae -- Genus Stylocephalus -- Genus Stylocephaloides -- Genus Cystocephalus -- Genus Bulbocephalus -- Genus Xiphocephalus -- Genus Lophocephalus -- Genus Lophocephaloides -- Genus Sphaerorhynchus -- Genus Oocephalus -- Genus Campanacephalus -- Genus Clavicephalus -- Genus Cystocephaloides -- Genus Orbocephalus -- Genus Lepismatophila -- Genus Colepismatophila -- Family Actinocephalidae -- Subfamily Actinocephalinae -- Genus Actinocephalus -- Genus Caulocephalus -- Genus Cornimeritus -- Genus Umbracephalus -- Genus Urnaepimeritus -- Genus Asterophora -- Genus Pileocephalus -- Genus Gemmicephalus -- Genus Pilidiophora -- Genus Geneiorhynchus -- Genus Acanthoepimeritus -- Genus Phialoides -- Genus Legeria -- Genus Pyxinia -- Genus Discorhynchus -- Genus Steinina -- Genus Bothriopsides -- Genus Pomania -- Genus Stictospora -- Genus Coleorhynchus -- Genus Stylocystis -- Genus Amphoroides -- Genus Taeniocystis -- Genus Sciadiophora -- Genus Anthorhynchus -- Genus Agrippina -- Genus Globulocephalus -- Genus Alaspora -- Genus Ascocephalus -- Genus Amphorocephalus -- Genus Tricystis -- Genus Thalicola -- Genus Epicavus -- Genus Gryllotalpia -- Genus Chilogregarina. , Genus Crucocephalus -- Genus Harendraia -- Genus Levinea -- Subfamily Acanthosporinae -- Genus Acanthospora -- Genus Grenoblia -- Genus Corycella -- Genus Ancyrophora -- Genus Rhizionella -- Genus Cometoides -- Genus Prismatospora -- Genus Tetraedrospora -- Genus Ramicephalus -- Genus Coronoepimeritus -- Genus Dinematospora -- Genus Doliospora -- Genus Acanthosporidium -- Genus Quadruspinospora -- Genus Contospora -- Genus Tetractinospora -- Genus Echinoocysta -- Genus Mukundaella -- Genus Tetrameridionospinispora -- Subfamily Menosporinae -- Genus Menospora -- Genus Hoplorhynchus -- Genus Odonaticola -- Family Brustiosporidae -- Genus Brustiospora -- Family Acutidae -- Genus Acuta -- Genus Apigregarina -- Family Monoicidae -- Genus Monoica -- Superfamily Fusionicae -- Family Fusionidae -- Genus Fusiona -- Chapter 7 The Gregarines: Neogregarines -- Order Neogregarinorida -- Family Gigaductidae -- Genus Gigaductus -- Family Ophryoystidae -- Genus Ophryocystis -- Family Schizocystidae -- Genus Schizocystis -- Genus Machadoella -- Genus Lymphotropha -- Family Caulleryellidae -- Genus Caulleryella -- Genus Tipulocystis -- Family Syncystidae -- Genus Syncystis -- Family Lipotrophidae -- Genus Lipotropha -- Genus Menzbieria -- Genus Mattesia -- Genus Lipocystis -- Genus Farinocystis -- Incertae Sedis -- Genus Sawayella -- Chapter 8 The Coccidia: Agamococcidiorida, Protococcidiorida, and Ixorheorida -- Subclass Coccidiasina -- Order Agamococcidiorida -- Family Rhytidocystidae -- Genus Rhytidocystis -- Order Ixorheorida -- Family Ixorheidae -- Genus Ixorheis -- Order Protococcidiorida -- Family Grellidae -- Genus Grellia -- Genus Coelotropha -- Family Myriosporidae -- Genus Myriospora -- Genus Myriosporides -- Genus Mackinnonia -- Family Angeiocystidae -- Genus Angeiocystis -- Family Eleutheroschizonidae -- Genus Eleutheroschizon. , Chapter 9 The Coccidia: Adeleinorina -- Order Eucoccidiorida -- Suborder Adeleorina -- Family Adeleidae -- Genus Adelea -- Genus Adelina -- Genus Klossia -- Genus Orcheobius -- Genus Chagasella -- Genus Ithania -- Genus Rasajeyna -- Genus Ganapatiella -- Genus Gibbsia -- Family Legerellidae -- Genus Legerella -- Family Haemogregarinidae -- Genus Haemogregarina -- Genus Karyolysus -- Genus Hepatozoon -- Genus Cyrilia -- Family Klossiellidae -- Genus Klossiella -- Chapter 10 The Coccidia: Eimeriorina -- Suborder Eimeriorina -- Family Spirocystidae -- Genus Spirocystis -- Family Selenococcidiidae -- Genus Selenococcidium -- Family Dobellidae -- Genus Dobellia -- Family Aggregatidae -- Genus Aggregata -- Genus Merocystis -- Genus Pseudoklossia -- Genus Grasseella -- Genus Ovivora -- Genus Selysina -- Family Caryotrophidae -- Genus Caryotropha -- Genus Dorisiella -- Family Cryptosporidiidae -- Genus Cryptosporidium -- Family Pfeifferinellidae -- Genus Pfeifferinella -- Family Eimeriidae -- Genus Tyzzeria -- Genus Alveocystis -- Genus Eimeria -- Genus Epieimeria -- Genus Mantonella -- Genus Cyclospora -- Genus Caryospora -- Genus Isospora -- Genus Dorisa -- Genus Wenyonella -- Genus Octosporella -- Genus Hoarella -- Genus Sivatoshella -- Genus Pythonella -- Genus Gousseffia -- Genus Skrjabinella -- Genus Diaspora -- Family Barrouxiidae -- Genus Barrouxia -- Genus Goussia -- Genus Defretinella -- Genus Crystallospora -- Family Atoxoplasmatidae -- Genus Atoxoplasma -- Family Lankesterellidae -- Genus Lankesterella -- Family Dactylosomatidae -- Genus Dactylosoma -- Genus Schellackia -- Family Calyptosporidae -- Genus Calyptospora -- Index.
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  • 2
    Online Resource
    Online Resource
    Milton :Taylor & Francis Group,
    Keywords: Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (169 pages)
    Edition: 1st ed.
    ISBN: 9781351093019
    Language: English
    Note: Cover -- Title -- Copyright -- THE AUTHOR -- Contents -- Chapter 11 Predator-Prey Coccidia: The Sarcocystidae -- Family Sarcocystidae -- Subfamily Sarcocystinae -- Genus Sarcocystis -- Genus Frenkelia -- Genus Arthrocystis -- Subfamily Toxoplasmatinae -- Genus Toxoplasma -- Genus Besnoitia -- Chapter 12 Blood Parasites: The Malaria and Related Parasites -- Class Aconoidasida -- Order Haemospororida -- Family Plasmodiidae -- Genus Plasmodium -- Genus Nycteria -- Genus Polychromophilus -- Genus Dionisia -- Genus Mesnilium -- Genus Hepatocystis -- Genus Rayella -- Genus Haemoproteus -- Genus Leucocytozoon -- Genus Saurocytozoon -- Chapter 13 Blood Parasites: The Piroplasms -- Order Piroplasmorida -- Family Anthemosomatidae -- Genus Anthemosoma -- Family Babesiidae -- Genus Babesia -- Genus Echinozoon -- Family Theileriidae -- Genus Theileria -- Family Haemohormidiidae -- Genus Haemohormidium -- Genus Sauroplasma -- Chapter 14 Parasites of Uncertain Affinities (Incertae Sedis) -- Genus Cristalloidophora -- Genus Echinococcidium -- Genus Elleipsisoma -- Genus Globidiellum -- Genus Joyeuxella -- Genus Rhabdospora -- Genus Serpentoplasma -- Genus Spermatobium -- Genus Spiriopsis -- Genus Spirogregarina -- Genus Toxocystis -- Genus Trophosphaera -- References -- Appendix 1 Nomina Dubia, Nomina Nuda, Non-Apicomplexa, Etc -- Appendix 2 Superseded Generic Names -- Index.
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  • 3
    Book
    Book
    Urbana, Ill. [u.a.] : Univ. of Ill. Pr.
    Keywords: Coccidia ; Artiodactyla Parasites ; Protozoen ; Sporentierchen ; Kokzidien ; Parasit ; Paarhufer
    Type of Medium: Book
    Pages: VI, 265 S. , graph. Darst.
    ISBN: 0252012755
    Series Statement: Illinois biological monographs 55
    DDC: 599.73/045249
    Language: English
    Note: Literaturverz. S. 183 - 236
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  • 4
    Electronic Resource
    Electronic Resource
    [S.l.] : American Institute of Physics (AIP)
    Review of Scientific Instruments 57 (1986), S. 2667-2679 
    ISSN: 1089-7623
    Source: AIP Digital Archive
    Topics: Physics , Electrical Engineering, Measurement and Control Technology
    Notes: The characteristics of the beam line used for surface EXAFS (extended x-ray absorption fine structure) studies at the Daresbury Synchrotron Radiation Source (SRS) are described. Monochromatic photons are available in the energy range 60≤hν≤11 100 eV. This has been achieved using a monochromator with a combination of crystal and grating optics. The radiation is focused through the monochromator by a toroidal premirror at 0.5° grazing angle. Three pairs of crystals and a plane grating with focusing mirror are available which can be interchanged under ultrahigh vacuum (UHV). The plane grating/mirror monochromator has two ranges of zero-order angles, 6.4° and 2°, giving photon energy ranges of 60–550 eV and 600–2000 eV, respectively, with a 1200 l mm−1 grating. The crystals in use are InSb(111), Ge(111), and Ge(220) having photon energy ranges of 1745–7360 eV, 2000–8430 eV, and 3260–11 100 eV. The performance of the gratings and crystals in respect to intensity, resolution, scattered light, and higher orders is discussed, and some representative results from the beam line are given. Detailed consideration has been given to thermal effects on the crystal and grating optics. The grating can be exposed to a maximum power density of 9 W cm−2 and has so far withstood the intense radiation. The Ge crystals, which can see power densities of up to 150 W cm−2, have survived, but exit beam movement and energy scale shifts are observed. Efforts to reduce these beam movement effects have been successful inasmuch as the instrument is usable. InSb crystals suffered some radiation damage, and eventually surface melted. Beryl and quartz crystals have been tried but did not survive. The crystal part of the monochromator is in routine use, but the grating part has yet to be proved successful for surface EXAFS experiments.
    Type of Medium: Electronic Resource
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  • 5
    Electronic Resource
    Electronic Resource
    Palo Alto, Calif. : Annual Reviews
    Annual Review of Medicine 37 (1986), S. 215-224 
    ISSN: 0066-4219
    Source: Annual Reviews Electronic Back Volume Collection 1932-2001ff
    Topics: Medicine
    Type of Medium: Electronic Resource
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  • 6
    Electronic Resource
    Electronic Resource
    Oxford, UK : Blackwell Publishing Ltd
    Sedimentology 36 (1989), S. 0 
    ISSN: 1365-3091
    Source: Blackwell Publishing Journal Backfiles 1879-2005
    Topics: Geosciences
    Notes: The Cumberland Marshes in east-central Saskatchewan, Canada, occupy over 5000 km2 and contain a variety of active and abandoned fluvial features, including straight to sinuous isolated channels, anastomosed channel systems, levees, and crevasse splays in addition to marshes, lakes and bogs. In 1873, an avulsion of the Saskatchewan River diverted most of its flow into a portion of the Cumberland Marshes (locally termed the breakout area), and altered the alluvial terrain as the invaded wetlands adjusted to the influx of sediment and water. These adjustments continue today, and so far over 500 km2 of wetlands have been affected by the avulsion.Avulsion-controlled modification of the wetlands involves the initiation and evolution of crevasse splays and splay complexes. Three intergradational forms are recognized, each associated with characteristic sand-body geometries. Stage I splays are small, lobate in plan, crossed by unstable distributary channels, and form wedge-shaped sheets which depositionally overlie fine-grained, organic-rich wetland sediments. Stage II splays and splay complexes evolve both spatially and temporally from Stage I splays. They are larger, contain dense networks of anastomosed channels, and form disconnected tabular sand bodies or continuous sand sheets, some of which incise underlying wetland sediments. Stage III splays develop from either Stage I or II splays and contain few but stable anastomosed channels that deposit isolated stringer sands encased in fine-grained floodplain sediments. Although sand bodies deposited by splays comprise important components of the evolving floodplain, various fine-grained facies occurring in levees, shallow lakes, abandoned splay channels, and interchannel floodplains dominate the avulsion deposits.The post-1873 record of deposition and terrain modification in the breakout area suggests four stages of floodplain evolution following avulsion. In the initial avulsion stage, new channels and splay complexes increase in numbers rapidly as diverted discharge of water and sediment overwhelm the adjacent floodbasin. The anastomosed stage is characterized by an approximate balance between rates of new channel and splay development, and abandonment of old ones. This stage continues for as long as new floodplain areas are invaded. The rate of new splay development eventually decreases as accessible floodplain becomes aggraded, forcing a higher rate of channel abandonment and concentration of remaining flow into fewer but larger channels (reversion stage). The result of reversion is eventual return to a single channel stage, completing the avulsive sequence and initiating a new alluvial ridge. For the Saskatchewan River, this final-stage single channel will likely produce a meander belt which occupies only a portion of the more extensive avulsion belt which preceded it.
    Type of Medium: Electronic Resource
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  • 7
    ISSN: 1520-5118
    Source: ACS Legacy Archives
    Topics: Agriculture, Forestry, Horticulture, Fishery, Domestic Science, Nutrition , Process Engineering, Biotechnology, Nutrition Technology
    Type of Medium: Electronic Resource
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  • 8
    Electronic Resource
    Electronic Resource
    Oxford, UK : Blackwell Publishing Ltd
    The @journal of eukaryotic microbiology 34 (1987), S. 0 
    ISSN: 1550-7408
    Source: Blackwell Publishing Journal Backfiles 1879-2005
    Topics: Biology
    Notes: About 447 species of coccidia have been named from the 1687 living, known species of rodents; 207 host species, 92 host genera, and 15 host families are represented; this is about 12% of the known species of rodents. About 4600 species of apicomplexan protozoa have been named. Assuming that the same proportion of the total number of apicomplexan species has been named as of the coccidian species, there must actually be about 38,333 species of apicomplexan protozoa. There are 5.4 times as many protozoan genera as of apicomplexan genera. Assuming that the number of species in each genus is the same for all the protozoa as it is for the Apicomplexa there may actually be 206,998 species of protozoa. This may be too conservative an estimate. Based on other criteria, an estimate of over 20 million species could be made.
    Type of Medium: Electronic Resource
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  • 9
    Electronic Resource
    Electronic Resource
    Oxford, UK : Blackwell Publishing Ltd
    The @journal of eukaryotic microbiology 33 (1986), S. 0 
    ISSN: 1550-7408
    Source: Blackwell Publishing Journal Backfiles 1879-2005
    Topics: Biology
    Notes: . Gibbsia archiuli n. g., n. sp. (Eucoccidiorida, Adeleidae) is named for the apicomplexan protozoon described by Gibbs (1952) from the blood cells of the South African garden millipede Archiulus moreleti. Merogony, gamogony, and sporogony all take place in the host's blood cells. The oocysts contain four sporocysts, each with one sporozoite. The microgametes are not flagellated.
    Type of Medium: Electronic Resource
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  • 10
    Electronic Resource
    Electronic Resource
    Oxford, UK : Blackwell Publishing Ltd
    The @journal of eukaryotic microbiology 34 (1987), S. 0 
    ISSN: 1550-7408
    Source: Blackwell Publishing Journal Backfiles 1879-2005
    Topics: Biology
    Notes: The following new taxonomic combinations are introduced for coccidia whose names were previously given erroneously Dorisa bengalensis (Bandyopadhyay & Ray, 1982) n. comb, from the Indian palm squirrel Funambulus pennanti in India; Eimeria sicistae from the intestine of the birch mouse Sicista tianschanica in the USSR; E. hydrochaeri Carini. 1937 emend, from the capybara Hydrochaerus hydrochaerus in South America; Frenkelia sp. (Doby, Jeannes & Rault, 1965) from the brain of the water vole Arvicola sapidus in Europe; Frenkelia sp. (Karstad, 1963) from the brain of the muskrat Ondatra zibethica in North America; Frenkelia sp (Enemar, 1965) from the brain of the lemming Lemmus lemmus in Europe; Frenkelia sp. (Šebek, 1975) from the brain of the field mouse Apodemus flavicollis in Europe; and Sarcocystis sp. (Ryan, Wyand & Nielsen, 1982) from the skeletal muscles of the muskrat Ondatra zibethica in North America.
    Type of Medium: Electronic Resource
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