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Choleoeimeria Chalcides
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Eukaryota
Eukaryotes () are organisms whose Cell (biology), cells have a cell nucleus, nucleus. All animals, plants, fungi, and many unicellular organisms, are Eukaryotes. They belong to the group of organisms Eukaryota or Eukarya, which is one of the Three-domain system, three domains of life. Bacteria and Archaea (both prokaryotes) make up the other two domains. The eukaryotes are usually now regarded as having emerged in the Archaea or as a sister of the Asgard (archaea), Asgard archaea. This implies that there are only Two-domain system, two domains of life, Bacteria and Archaea, with eukaryotes incorporated among archaea. Eukaryotes represent a small minority of the number of organisms, but, due to their generally much larger size, their collective global biomass (ecology), biomass is estimated to be about equal to that of prokaryotes. Eukaryotes emerged approximately 2.3–1.8 billion years ago, during the Proterozoic eon, likely as Flagellated cell, flagellated phagotrophs. The ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Brookesiae
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Lygosomis
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Largeni
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Hirbayah
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Heteronotis
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Hemprichii
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Glawi
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Flaviviridis
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Fasciatus
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Egerniae
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Choleoeimeria Chalcides
''Choleoeimeria'' is a genus of alveolate parasites that infect the biliary tracts of reptiles. Morphologically they are similar to the ''Eimeria'', to whom they are closely related. The genus was described in 1989 by Paperna and Landsberg. General features The endogenous development of the parasite occurs in the cells of the bile epithelium. The infected host cell becomes hypertrophic and emerges above the epithelial surface. This hypertrophy coincides with a drastic depletion of the microvilli. The junction zone along with the underlying cell extends into numerous long and fine membranal out-folds. Meront: These undergo binary fission. Microgamont: The differentiating microgamont develops an expanded multilobed body. Macrogamont: The organelles include type 1 and type 2 wall forming bodies, canaliculi and granular bodies. Oocyte: The oocyst wall forms from 4 wall-membranes consolidating over the zygote plasmalemma. The oocysts possess four sporocysts each containing two ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
