Results 181 to 190 of about 106,322 (224)
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Pheromone of the male flesh fly,Sarcophaga bullata
Journal of Chemical Ecology, 1979Hexanal, isolated from a whole animal extract of the flesh fly,Sarcophaga bullata, attracts over 65% of the females tested with no apparent effect on males.
J. E. Girard +4 more
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Characterization of extrachromosomal DNA in the flesh fly Sarcophaga bullata
Chromosoma, 1979The polytene pupal foot pad cells of the flesh fly Sarcophaga bullata contain numerous extrachromosomal DNA containing granules. We have determined both the origin and the nature of the DNA sequences present in these granules. Studies done with quinacrine staining of seven day old pupal foot-pad polytene nuclei showed that the granules fluoresced very ...
D, Samols, H, Swift
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Culture of Cells of the Flesh Fly, Sarcophaga bullata
1971Fly cells maintained in vitro would be useful for the study of fly-virus-man interactions. Ideally, these cells should come from an established tissue culture line. We have thus far had no success in establishing such a line, but one of us (Greenberg, 1969) had used tissues of Musca domestica and Musca sorbens in a preliminary study.
S T, Shinedling, B, Greenberg
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Forensically important flesh fly species in Thailand: morphology and developmental rate
Parasitology Research, 2010Forensically important flesh fly species in Thailand have been investigated for their larval morphology and developmental rate to increase the forensic entomology database in Thailand and nearby countries. Sarcophaga (Liosarcophaga) dux Thomson, Sarcophaga (Liopygia) ruficornis (Fabricius), and Sarcophaga (Boettcherisca) peregrina (Robineau-Desvoidy ...
Kom, Sukontason +4 more
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The photoperiodic clock in the flesh-fly, Sarcophaga argyrostoma
Journal of Insect Physiology, 1973Larval cultures of the flesh-fly, Sarcophaga argyrostoma, were raised in experimental light cycles with periods (T) of 21 to 72 hr, each cycle containing a photoperiod of 4 to 20 hr of white light. This ‘resonance’ technique revealed periodic maxima (∼24 hr apart) of pupal diapause, thereby demonstrating an endogenous circadian component in the ...
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Five new species of the flesh fly genus Boettcheria (Diptera: Sarcophagidae)
Zootaxa, 2018Five new Neotropical species of the flesh fly genus Boettcheria Parker, 1914 are described: B. brachion sp. nov. (Venezuela), B. dikros sp. nov. (Costa Rica), B. hirta sp. nov. (Costa Rica), B. tridens sp. nov. (Venezuela), and B. ulo sp. nov. (Venezuela). The definition of the genus is briefly discussed.
Rosenmejer, Trine, Pape, Thomas
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Flight Motor Innervation of a Flesh Fly
1977A considerable number of papers have been published on the anatomy of the dipteran flight system. The early papers especially have become classical for their precise descriptions of thoracic musculature (Hammond, 1879; Luks, 1883; Ritter, 1911; Mihalyi, 1935; Behrendt, 1940; Williams and Williams, 1943; Tiegs, 1955) and the central nervous system ...
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Diapause in the Australian Flesh Fly Tricholioproctia Impatiens (Diptera: Sarcophagidae).
Australian Journal of Zoology, 1975At a constant temperature of 18ºC, exposure of Tricholioproctia impatiens to varied daily photophases resulted in a typical long-day response of diapause induction. A critical daily photophase of 13 h marked the transition between diapause induction and continuous development.
B Roberts, MA Warren
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Embryonic determination of pupal diapause in the flesh fly Sarcophaga crassipalpis
Journal of Insect Physiology, 1971Abstract The photoperiod to which embryos of Sarcophaga crassipalpis are exposed during their development within the uterus of the adult female determines whether the pupae will enter diapause. Rearing the fly throughout all of its life stages at 25°C with a 12 : 12 light : dark cycle results in a high incidence of diapause (85 per cent).
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Developmental cytology of the midgut in the flesh-fly, Sarcophaga bullata (Parker)
Tissue and Cell, 1974Abstract The cytological comparisons of the midgut in Sarcophaga bullata (Parker) between the second instar, the third instar larvae and the adult are made. The adult midgut differs from that of the larvae in the following ways: (1) the peritrophic membrane is thicker than in the larvae and has become multi-layered; (2) epithelial cells are smaller;
W, Nopanitaya, D W, Misch
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