Results 251 to 260 of about 23,058 (300)
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European Journal of Protistology, 2021
A. Omar, Ji Hye Moon, Jae‐Ho Jung
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A. Omar, Ji Hye Moon, Jae‐Ho Jung
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Miscellanea Nomenclatorica Ciliatea (Protozoa: Ciliophora)
Archiv für Protistenkunde, 1987Summary Some nomenclatural rectifications and new combinations in the phylum Ciliophora are suggested. In addition, the correct date and citation of the genera Coleps, Gastronauta, Pseudop-rorodon, and Steinia and of the species Epistylis entzii, Kahliella microstoma, Oxytricha buitkampi, Plagiotoma lumbrici, Stokesia vernalis, and Trithigmostoma ...
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2023
3 species are described as new: Af. radixi sp. n. found on gastropods Lymnaea (Radix) auricularia, L. (Peregriana) ovata (type locality: river Stugna, Kiev vicinity); Af. theodoxis sp. n.???on Theodoxus fluviatilis, Th. paliasi and Th. ??pal~ lasi?? gr. sp. (type locality river Stugna, Kiev vicinity); Af. sphacriidarum sp. n.???on bivalve Shadinicyclas
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3 species are described as new: Af. radixi sp. n. found on gastropods Lymnaea (Radix) auricularia, L. (Peregriana) ovata (type locality: river Stugna, Kiev vicinity); Af. theodoxis sp. n.???on Theodoxus fluviatilis, Th. paliasi and Th. ??pal~ lasi?? gr. sp. (type locality river Stugna, Kiev vicinity); Af. sphacriidarum sp. n.???on bivalve Shadinicyclas
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1988
The capacity to control motility in fine gradations and to swim in complex patterns is a decided advantage for aquatic organisms, especially for those that invade intricate spaces in search of food or pursue motile prey. The ciliates possess a marked variety of motile systems based on ciliary motion.
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The capacity to control motility in fine gradations and to swim in complex patterns is a decided advantage for aquatic organisms, especially for those that invade intricate spaces in search of food or pursue motile prey. The ciliates possess a marked variety of motile systems based on ciliary motion.
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Energy budgets for Stentor coeruleus Ehrenberg (Ciliophora)
Oecologia, 1976Growth and feeding rates in Stentor coeruleus fed on Tetrahymena are described in relation to prey concentrations ranging from 10:1-50:1 at 15°C and 20°C. Feeding rate was independent of temperature, but governed by prey concentration. Stentor decreased in size where less than 1,000 μJ were consumed in 24 hrs.
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1984
Most of the preceding chapters have taken a rather generalized approach towards the process of feeding in protozoa, considering first the types of habitats and how these influence the food sources available in them. Then the endocytotic vacuole was presented as a dynamic unit of digestion, followed by a review of the metabolic pathways through which ...
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Most of the preceding chapters have taken a rather generalized approach towards the process of feeding in protozoa, considering first the types of habitats and how these influence the food sources available in them. Then the endocytotic vacuole was presented as a dynamic unit of digestion, followed by a review of the metabolic pathways through which ...
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2015
The suctorian ciliate Acineta euchaetae Sewell, 1951 hitherto known as commensal of marine calanoid copepodes was discovered on the freshwater copepode, Heterocope appendiculata, collected from the Puruvesi Lake, Finland. The species is redescribed. Placing of A.
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The suctorian ciliate Acineta euchaetae Sewell, 1951 hitherto known as commensal of marine calanoid copepodes was discovered on the freshwater copepode, Heterocope appendiculata, collected from the Puruvesi Lake, Finland. The species is redescribed. Placing of A.
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Respiratory energy losses inStentor coeruleus Ehrenberg (Ciliophora)
Oecologia, 1975The respiratory energy losses ofStentor coeruleus Ehrenberg are described in relation to cell size at 15°C and 20°C. Values forb of 0.6736 at 20°C and 0.6013 at 15°C were found. The rate of increase in metabolism between 15-20°C represents aQ 10 of between 2.02-2.89.
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2009
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