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9 results for “Cynthia”
Fig. 4. Callimetopus cynthia Fig. 5. Callimetopus Fig. 6 in To The Knowledge Of The Genus Callimetopus Blanchard, 1853 (Coleoptera: Cerambycidae)
Fig. 4. Callimetopus cynthia Fig. 5. Callimetopus Fig. 6. Callimetopus illecebrosus (Thomson, 1865). danilevskyi Barševskis, 2015. (Pascue, 1865).
Fig. 1 in Nuevas citas de Cynthia virginiensis (Drury, [1773]) de Galicia (España, N.O. Península Ibérica). (Lepidoptera: Nymphalidae).
Fig. 1.- Ejemplares de Cynthia virginiensis recolectados en Galicia: a.- ♂ (anverso), San Clodio, 11-IX- 2001. b.- ♂ (reverso), Ribeira, Crecente, 6-VII-2002. c.- ♀ (reverso), Monte Louro, VIII-2008. Para detalle de localizaciones véase texto. (Foto: Miguel López Caeiro). X
FIGURE 3. Ophiocoma cynthiae, a-d in New records of brittle stars (Echinodermata: Ophiuroidea) from the Lakshadweep atolls, northern Indian Ocean, with notes on Indophioderma ganapatii Sastry Marimuthu & Rajan, 2019
FIGURE 3. Ophiocoma cynthiae, a-d: IO/SS/ECD/00229, e-f: IO/SS/ECD/00230. (a) live specimen, ex situ, (b) disc, dorsal view, (c) proximal arm, dorsal view, (d) disc and proximal arm, ventral view, (e, f) dental plate, external and internal view, respectively. Scale bar: 2mm.
Effects of Eggs Refrigeration on the Hatchability, Development, Cocoon Shell Weight, and Fecundity of Samia cynthia ricini Boisduval (Lepidoptera: Saturniidae)
<p>We conducted a research to study effects of eggs refrigeration on the hatchability, development, cocoon shell weight, and fecundity of eri silkworm as a strategy to improve the mass rearing efficiency by storing them under cold condition in different period</p>
Chu Cynthia Cannon
Cannon Source: Objaverse 1.0 / Sketchfab
FIGURE 1. O. cynthiae n in A new rare species of Oedipoda Latreille, 1829 (Orthoptera: Acrididae) from South Italy
FIGURE 1. O. cynthiae n. sp. in nature.
Fig. 4. Ostracotheres cynthiae Nobili, 1906. A–H in Revision of Ostracotheres H. Milne Edwards, 1853 (Crustacea: Brachyura: Pinnotheridae)
Fig. 4. Ostracotheres cynthiae Nobili, 1906. A–H, ovigerous female, cl 7.8 mm, cw 8.4 mm, Gulf of Suez, MNHN B10562; I, female lectotype, cl 6.8 mm, cw 8.0 mm, Djibouti, MNHN-IU-2014-11992; J, male, Gulf of Suez; K–N, female, cl 3.8 mm, cw 3.7 mm, Red Sea, NHMW 10062; O, ovigerous female, cl 4.0 mm, cw 4.0 mm, Red Sea, NHMW 10063. A, dorsal habitus; B, left chelipid, anterior view; C, cephalothorax, anterior view; D, left maxilliped 3; E–H, right pereopods 2–5; I, right maxilliped 3; J, left G1, sternal view; K, left pereopod 4 dactylus; L, left pereopod 5 dactylus; M, carapace, right lateral view; N–O, carapace front, dorsal view. (D–H, J, after Monod, 1938: fig. 25). Scale: A, B = 2.0 mm; C, D, I, J, = 0.5; E–H, M–O = 1.0 mm; K–L = 0.5 mm.
Data from: The fate of W chromosomes in hybrids between wild silkmoths, Samia cynthia ssp.: no role in sex determination and reproduction
Moths and butterflies (Lepidoptera) have sex chromosome systems with female heterogamety (WZ/ZZ or derived variants). The maternally inherited W chromosome is known to determine female sex in the silkworm, Bombyx mori. However, little is known about the role of W chromosome in other lepidopteran species. Here we describe two forms of the W chromosome, W and neo-W, that are transmitted to both sexes in offspring of hybrids from reciprocal crosses between subspecies of wild silkmoths, Samia cynthia. We performed crosses between S. c. pryeri (2n=28, WZ/ZZ) and S. c. walkeri (2n=26, neo-Wneo-Z/neo-Zneo-Z) and examined fitness and sex chromosome constitution in their hybrids. The F1 hybrids of both reciprocal crosses had reduced fertility. Fluorescence in situ hybridization revealed not only the expected sex chromosome constitutions in the backcross and F2 hybrids of both sexes but also females without the W (or neo-W) chromosome and males carrying the W (or neo-W) chromosome. Furthermore, crosses between the F2 hybrids revealed no association between the presence or absence of W (or neo-W) chromosome and variations in the hatchability of their eggs. Our results clearly suggest that the W (or neo-W) chromosome of S. cynthia ssp. plays no role in sex determination and reproduction, and thus does not contribute to the formation of reproductive barriers between different subspecies.
Data from: The fate of W chromosomes in hybrids between wild silkmoths, Samia cynthia ssp.: no role in sex determination and reproduction
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