Cryptosporidium and CryptosporidiosisRonald Fayer, Lihua Xiao CRC Press, 2007 M12 25 - 576 pages From the microscopic observation of infection to the widespread application of molecular techniques in taxonomy and epidemiology, to the genome sequencing of two major species and advances in biochemistry, phylogeny, and water treatment, new information on this fascinating genus continues to mount as we discover and utilize the latest scientific te |
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Page 7
... produce identical zymograms or other gel electrophoresis banding patterns for multiple species or genotypes. Too few specimens have been tested to know which, if any, of these banding patterns are unique. Perhaps the overriding factor ...
... produce identical zymograms or other gel electrophoresis banding patterns for multiple species or genotypes. Too few specimens have been tested to know which, if any, of these banding patterns are unique. Perhaps the overriding factor ...
Page 16
... produce four merozoites. E. Sexual Reproduction (Gamogony) It is thought that only merozoites from Type II meronts initiate sexual reproduction upon infecting new host cells by differentiating into either a microgamont (male) or a ...
... produce four merozoites. E. Sexual Reproduction (Gamogony) It is thought that only merozoites from Type II meronts initiate sexual reproduction upon infecting new host cells by differentiating into either a microgamont (male) or a ...
Page 28
... production of massive numbers of oocysts that survived for long periods of time (Blewett, 1989). In contrast, modern times are characterized by concentrated fixed populations of animals and people. The consequence is exposure of both ...
... production of massive numbers of oocysts that survived for long periods of time (Blewett, 1989). In contrast, modern times are characterized by concentrated fixed populations of animals and people. The consequence is exposure of both ...
Page 59
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Contents
1 | |
43 | |
3 Biochemistry | 57 |
4 Epidemiology | 79 |
5 Molecular Epidemiology | 119 |
6 Diagnostics | 173 |
7 Immune Responses | 209 |
8 Clinical Disease and Pathology | 235 |
Recreational Water | 335 |
13 Waste Management | 371 |
14 Fish Amphibians and Reptiles | 387 |
15 Birds | 395 |
16 Zoo and Wild Mammals | 419 |
17 Companion Animals | 437 |
18 Livestock | 451 |
19 Animal Models | 485 |
9 Prophylaxis and Chemotherapy | 255 |
10 Foodborne Transmission | 289 |
Drinking Water | 305 |
20 In Vitro Cultivation | 499 |
Index | 527 |
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Common terms and phrases
activity adult AIDS analysis animals antibody antigen Appl associated baileyi bovine calves cattle caused cell culture cells characterization Clin clinical Commun concentration contamination Cryptospo cryptosporidiosis Cryptosporidium oocysts Cryptosporidium parvum Cryptosporidium species culture detection diarrhea disease disinfection drinking water effective Environ epidemiology et al examined Excyst experimental Fayer fecal feces felis Figure filter gene genetic genome genotype Giardia Health hominis host human identified Immun important increased infection intestinal isolates levels meleagridis methods mice Microbiol molecular natural organisms outbreak parasite Parasitol parvum infection parvum oocysts patients pigs pool population present Prevalence production protein range reduced removal reported response ridium risk samples sequence Smith spiramycin sporozoites stages staining stool studies subtype surface swimming Table testing transmission Treated treatment Type United waterborne Xiao
Popular passages
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Page 230 - Cryptosporidium: cellular localization, structural analysis of absorptive cell-parasite membrane-membrane interactions in guinea pigs, and suggestion of protozoan transport by M cells, Gastroenterology, 90, 583, l986.