198,116 research outputs found

    Directed evolution of an artificial cell lineage

    No full text
    Biological development is a complex process that mediates between genotypes, to which mutations occur, and phenotypes, on which selection acts. Properties of development can therefore have considerable impact on evolution. However, in many existing simulation models of development, the developmental process itself is difficult to recover and/or analyse. We have previously introduced a model of development in which the developmental process is represented as a cell lineage. Here we use this model to further explore the control of development, and the influence that development has on shaping an adaptive landscape

    M. Wiles et M. Santer. Documents in Early Christian Thought

    No full text
    Nautin Pierre. M. Wiles et M. Santer. Documents in Early Christian Thought. In: Revue de l'histoire des religions, tome 191, n°2, 1977. p. 212

    M. F. Wiles. The Divine Apostle.

    No full text
    Ménard Jacques E. M. F. Wiles. The Divine Apostle.. In: Revue de l'histoire des religions, tome 175, n°1, 1969. pp. 83-84

    M. Wiles. The making of Christian Doctrine

    No full text
    Ménard Jacques E. M. Wiles. The making of Christian Doctrine. In: Revue de l'histoire des religions, tome 175, n°2, 1969. pp. 220-221

    Fermat- Wiles

    No full text
    Transcripción al español de Fermat- Wiles de Tom M. Aposto

    M. F. Wiles. The Spiritual Gospel. The interpretation of the Fourth Gospel in the early Church

    No full text
    Dewailly L.-M. M. F. Wiles. The Spiritual Gospel. The interpretation of the Fourth Gospel in the early Church. In: Revue de l'histoire des religions, tome 160, n°2, 1961. p. 236

    Hydrodroma moralesi Wiles 2005, n. sp.

    No full text
    Hydrodroma moralesi n. sp. (Figure 1) Male. Small red species. Epimera typical, heavily sculptured: each genital plate narrow with 22–24 acetabula and 13 genital plate setae: genital plate length 123, maximum width 42; genital pore length 90; ejaculatory complex without distal horns. Pedipalps short, P4 short and broad, P3 distal setae of similar length approximately 127 long; length P1–5 26, 38, 27, 75, 37. Legs typical, without swimming setae. Material examined. HOLOTYPE: ". Honduras: (Site 2) R. El Carago, small stream, near Cusuco National Park entrance, Merendon mountains, altitude 640 m, 6 April 2003. Slide: holotype: H17 ". Etymology. Named after E. Morales for services to conservation in Honduras. Discussion. The palp and the genital plate are the shortest and the number of acetabula per plate the fewest of all the species of Hydrodroma described. It is the only species without swimming setae or distal horns on the ejaculatory complex. The nearest species in size is H. liberiensis Cook, 1966. It has less than 30 acetabula on a single genital plate that is 50% longer than that of H. moralesi n. sp., a slender pedipalp with P4 is of typical proportions and legs with swimming setae.Published as part of Wiles, P. R., 2005, First collections of water mites (Acari: Hydrachnidia) from Honduras: descriptions of six new species, pp. 253-263 in Journal of Natural History 39 (3) on page 255, DOI: 10.1080/0022293042000195957, http://zenodo.org/record/466891

    Pseudotorrenticola espinasseae Wiles 2005, n. sp.

    No full text
    Pseudotorrenticola espinasseae n. sp. (Figure 4) Male. Rosy red pigment on dorsal shield. Large species; dorsal shield length 743, width 608; ventral shield length 940, width 710. Dorsal plates 1+1 with anterior pair of platelets fused together and posterior platelets fused to large dorsal plate; D2 and D3 located on, and D4 located posterior to, dorsal plate. Ventral shield typical; length MS 51, Ib–Gp 279; V1 on ventral plate, V2–4 and excretory pore located posterior to ventral plate; infracapitular bay very shallow, tapering to point posteriorly, length 42, width apically 51. Length genital flap 186, width across both flaps 186. Ejaculatory complex with wide bulbous distal end. Infracapitulum extendable to 338; infracapitulum long, length 584, narrow with long thin rostrum, length 254; chelicera stylet-like, 351 long, claw 51 long; pedipalp P2 of similar length to P3, much reduced, P4:P3,0.5; length P1–5: 46, 111, 107, 31, 10. Legs typical. Female. Similar to male but MS is longer. Dorsal shield length 727, width 634; ventral shield length 871, width 660; MS 102, Ib–Gp 271. Length genital flap 169, width across both flaps 148. Infracapitulum 525. Legs typical. Material examined. HOLOTYPE: ". Honduras: (Site 2) R. El Carago, small stream, near Cusuco National Park entrance, Merendon mountains, altitude 640 m, 13 February 2003. Slide H1 ", paratype 1 H 3♀. Etymology. Named after Claire Espinasse, Glamorgan University who collected the specimens. Discussion. The pattern of dorsal plate fusion (1+1) and the configuration of the palp segments are diagnostic of the new species. Pseudotorrenticola boettgeri K. O. Viets, 1977 from Guatemala, P. quinquescutata Lundblad, 1954 from Spain, P. mitchelli Cook, 1966 from Liberia and P. sharpae Wiles, 1997 from Thailand and Borneo, have a relatively much longer P4 and separate dorsal plates (1+4). The ejaculatory complex of P. espinasseae is of the type with a large, broad distal bulb, P. sharpae has a small distal bulb. Pseudotorrenticola chiricahua Smith, 1991 from Arizona, USA and P. africana K. O. Viets, 1981 have separate anterior platelets, and posterior platelets fused to the large dorsal plate (2+4); a pedipalp with reduced P4 (P4:P3.0.5), but not to the extent of P. espinasseae, and a shorter rostrum.Published as part of Wiles, P. R., 2005, First collections of water mites (Acari: Hydrachnidia) from Honduras: descriptions of six new species, pp. 253-263 in Journal of Natural History 39 (3) on pages 258-259, DOI: 10.1080/0022293042000195957, http://zenodo.org/record/466891

    Monatractides angelae Wiles 2005, n. sp.

    No full text
    Monatractides angelae n. sp. (Figure 3) Male. Colour pale ruddy red. Small species; dorsal shield length 481, width 371; ventral shield length 574, width 415. Dorsal plates 1+2 with anterior lateral platelets showing remnants of dividing suture line; D2 and D3 located on and D4 located posterior to, dorsal plate; ventral shield typical; length MS 53, Ib–Gp 109; V1 on ventral plate, V2–4 and excretory pore located posterior to ventral plate; infracapitular bay not tapering, narrow, length 129, width 38. Length genital flap 110, width across both flaps 86. Ejaculatory complex with wide bulbous distal end tapering strongly to genital pore. Infracapitulum and pedipalp typical; length P1–5: 23, 46, 31, 41, 18. I-Leg-6 and 2-Leg-6 short and broad,,2X as long as broad, length I-Leg-6 73, height I-Leg-6 42, II-Leg-6 more strongly tapering proximally than I-Leg-6. Female. Similar to male but larger with shorter MS and broader genital plates. Length dorsal shield 549, width 422. MS 37, Ib–Gp 97, V1 just on ventral plate; infracapitular bay 143, width 43. Length genital flap 149, width across both genital flaps 133. Length P1–5: 23, 43, 32, 41, 13. Legs similar to male. Material examined. HOLOTYPE: ". Honduras: (Site 2) R. El Carago, small stream, near Cusuco National Park entrance, Merendon mountains, altitude 640 m, 8 April 2003. Slide: holotype H33 ", paratype 1 H 2♀, paratype 3 H34Nymph. Etymology. Named after Angela Todd, Glamorgan University, who collected the specimens. Discussion. The broad tibia of the first two pairs of legs and the pattern of fused anterior platelets are diagnostic of the species. Other species with a broad I-Leg-6 and II-Leg-6 include: M. sakina Cook, 1967 from India and the Malay Peninsula (unpublished record), M. υenusta υenusta (Viets, 1935), known from a single specimen from Sumatra; M. υenusta africana Cook, 1966, M. stigeophora Cook, 1966 and M. neostigeophora Cook, 1966 from Liberia. The new species is of similar small size and shape to M. υenusta and M. sakina and has a similar cheliceral claw (not enlarged). However, the pattern of anterior platelet fusion differs from that of similar species, which show no plate fusion.Published as part of Wiles, P. R., 2005, First collections of water mites (Acari: Hydrachnidia) from Honduras: descriptions of six new species, pp. 253-263 in Journal of Natural History 39 (3) on page 257, DOI: 10.1080/0022293042000195957, http://zenodo.org/record/466891

    Frontipoda (Flabellifrontipoda) triscutata Wiles 2005, n. sp.

    No full text
    Frontipoda (Flabellifrontipoda) triscutata n. sp. (Figure 2) Male. Colour blue black, body laterally compressed, length 624, width 282, height 418. Dorsal furrow with three sets of three platelets, medial platelet 2 located between anterior lateral platelets; posterior medial platelet long, located between lateral platelets 2 and 3. R2 (postocularia) located on anteromedial platelet, L 1 in dorsal furrow integument with lyrifissures g2–5, all other glandularia on lightly sculptured ventral shield. Excretory pore on plate behind genital field. Ventral shield encloses genital acetabula, length genital plate 129. Median suture line complete between infracapitular bay and genital field, length Ib–Gp 239. Pedipalp typical, length P1–5 31, 40, 29, 48, 14. Legs with six to nine swimming setae on II- III-IV-Leg-5, IV-Leg-6 terminating in a long distal seta.than length of tarsus, length I-Leg-3–6 37, 46, 66, 73; II-Leg-3–6 50, 73, 89, 96; III-Leg-3–6 63, 90, 119, 122; IV-Leg-3–6 66, 86, 102, 83. Material examined. HOLOTYPE: ♀. Honduras: (Site 2) R. El Carago, small stream, near Cusuco National Park entrance, Merendon mountains, altitude 640 m, 6 April 2003. Slide: H 16♀. Etymology. Name refers to the three rows of three platelets in the dorsal furrow. Discussion. This species has a unique distribution of three sets of three well-developed platelets in the dorsal furrow.Published as part of Wiles, P. R., 2005, First collections of water mites (Acari: Hydrachnidia) from Honduras: descriptions of six new species, pp. 253-263 in Journal of Natural History 39 (3) on pages 256-257, DOI: 10.1080/0022293042000195957, http://zenodo.org/record/466891
    corecore