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28 results for “LDC”
Figures 247-258 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 247-258 Tribe Gymnobothrini. Gymnobothrusrimulatus. Fig. 247. Epiphallus; 248. Female oblique view head, pronotum and tegmina; 249. Male oblique view vertex; 250. Male frontal ridge; 251–253. Variation in male pronotal disc; 254. Same, intermediate to subsp.pullus; 255–257. Male tegminal variation; 258. Male tegmen intermediate to subsp.pullus. Scale lines all represent l mm: that under Fig. 247 applies to Figs 247 and 249; that under Fig. 257 applies to all the rest.
Figures 1-35 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 1-35 Figs 1–4. Female spermathecal ducts. 1, 2. In Orthochtha-Euprepoptera-Lobopoma genus group (after Popov and Fishpool 1992): 1. Spermathecal duct in situ in relation to ovipositor valves; 2. Spermathecal duct isolated (s, sd, PL); 3. As Fig. 2, but in Duronia genus group. 4. Female genital ducts of the Oedipodinae, represented by Aiolopusthalassinusthalassinus (Fabr.) (after Hollis 1968). Abbreviations applying to Figs 1–4: PL – proximal loop of spermathecal duct, characteristic of most Acridinae, to contrast with its absence in Fig. 4, which is characteristic of Oedipodinae; Sd – spermathecal duct; Sa – spermathecal aperture; S – spermatheca; Ad, Pd – apical and preapical diverticula of spermatheca. Figs 5–39. Male epiphalli representing tribes and genus-groups of the Acridinaes. str. (after Dirsh 1956). Figs 5–7. Tribe Truxalini: 5.Truxalisnasutus (L.,1758); 6. Chromotruxaliscockerelli (Uvarov, 1932); 7.Truxaloidesserratus (Thunberg, 1815). Fig. 8. Tribe Acridini: Acridaturrita (L.,1758). Figs 9–23. Tribe Phlaeobini: Figs 9–12.Orthochtha-Euprepoptera-Lobopoma genus group: 9.O.venosa (Ramme, 1929); 10.O.g.dasycnemis (Gerstaecker, 1869); 11.Euprepopterapolychroma Uvarov, 1953; 12.Lobopomaambages Karsch, 1896. Figs 13–15.Cannula-Glyphoclonus-Culmulus genus group: 13.Cannulalinearis (Saussure, 1861); 14.Glyphoclonusmiripennis Karsch, 1896; 15.Culmulusstramineus Uvarov, 1953. Figs 16–18.Afrophlaeobagenusgroup: 16.Paralobopomagracilis (Ramme, 1929); 17.Afrophlaeobausambarica (Ramme, 1929); 18.Chokweaburri Uvarov, 1953. Figs 19, 20.Duronia genus group: 19.Duroniachloronota (Stål, 1876); 20.Duroniellalaticornis (Krauss, 1909). Figs 21, 22.Sumba-Rhabdoplea-Panzia genus group: 21.Rhabdopleamunda Karsch, 1893; 22.Sumbaroseipennis I. Bolívar, 1912. Fig. 23.Ocnocerus-Anacteana genus group: 23.Ocnocerusdiabolicus Karsch, 1893. Figs 24–30. Tribe Gymnobothrini: 24.Zacompsafesta Karsch, 1893; 25.Coryphosimastenoptera (Schaum, 1853); 26.Chiristacompta (Walker, 1870); 27.Comacrissemicarinatus (Gerstaecker, 1869); 28.Gymnobothruspullus (Karny, 1915); 29.Gymnobothruslineaalba I. Bolívar, 1889; 30.Malcolmburriaangolensis Uvarov, 1953. Figs 31–34. Tribe Pargaini: 31.Acteanaalazonica Karsch, 1896; 32.Odontomelusscalatus (Karsch, 1896); 33.Machaeridiabilineata Stål, 1873; 34.Pargacyanoptera Uvarov, 1926. Fig. 35. Unclassified genera: 35.Xerophlaeobadeserticola (Krauss). All scale-lines represent 1 mm: that under Fig. 1 applies to Figs 1 and 2; that under Fig. 3 applies to Fig. 3; that under Fig. 4 applies to Fig. 4; that under Fig. 12 applies to Figs 5–39.
Figures 166-182 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 166-182 Tribe Gymnobothrini. Figs 166–180.Gymnobothruslineaalba: 166A.Orthochiristavariegata Sjöstedt (n. syn. of Gymnobothruslineaalba), reproduced from Sjostedt (1931). 166. Oblique view head and pronotum; 167. Frontal ridge; 168–174. Variation in pronotal disc; 175. Oblique view vertex; 176. Dorsal view vertex; 177, 178. Variation in phallic structures; 179. Female spermatheca; 180. Female subgenital plate A. Dorsally and its apex B. Ventrally and C. Laterally. Figs 181, 182.Gymnobothruscarinatus: 181. Male pronotal disc; 182. Epiphallus and aedeagal valves. Scale lines all represent 1 mm: bottom left scale under Fig. 182 applies to Figs 175–179, 182; scale under Fig. 172 applies to all the rest.
Figures 120-143 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 120-143 Tribe Gymnobothrini. Figs 120–122.Roduniellainsipida male: 120. Frontal ridge; 121. Vertex from above; 122. Epiphallus. Figs 123, 124.Chiristacompta male: 123. Head and pronotum from above; 124. Epiphallus (after Dirsh 1965). Figs 125, 126.Comacrissemicarinatus male: 125. Fore and hindwings, note> hind wing speculum; 126. Epiphallus. Figs 127–143. Coryphosima spp: 127–129.C.stenoptera: 127. Head and pronotum male from above; 128. Oblique view of vertex and weak foveolar pits; 129. Oblique view of vertex and stronger foveolar pits; 130–131.C.brevicornis: 130. Head and pronotum male from above; 131. Oblique view of vertex. 132–133.C.stenopteravicina: 132. Head and pronotum male from above; 133. Oblique view of vertex. Note: now a synonym of C.stenopterastenoptera. 134–135.C.bintumana: 134. Head and pronotum of male from above; 135. Oblique view of vertex. 136–137.C.maliensis: 136. Male vertex from above; 137. Oblique view of vertex. 138–139.C.cytidonotus: 138. Male vertex from above; 139. Pronotal disc. 140–141.C.vumbaensis: 140. Male vertex from above; 141. Pronotal disc. 142–143.C.abyssinica: 142. Male vertex from above; 143. Pronotal disc. All scale lines represent 1 mm: that under Fig. 126 applies to Figs 122, 124 and 126; that under Fig. 125 applies to Fig. 120 (lower fig.) and Fig. 125; that under Fig. 138 applies to Figs 121, 128, 129, 131, 133, 135, 137, 138, 140, 142; that under Fig. 139 applies to Figs 127, 130, 132, 134, 136, 139, 141 and 143. That under Fig. 123 applies to Fig. 123 only.
Figures 225-246 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 225-246 Tribe Gymnobothrini. Gymnobothrusanchietae. Figs 225–233.Gymnobothrusanchietaeanchietae: 225, 226. Epiphallus (Rukwa); 227. Male oblique view head and pronotum; 228. Male dorsal view vertex; 229. Male dorsal aspect head and pronotum; 230, 231. Male, female, frontal ridges; 232, 233. Male, female pronotal discs. Figs 234–238.Gymnobothrusanchietaebounites: 234, 235. Epiphallus; 236. Male, oblique aspect head, pronotum and tegmina; 237. Dorsal aspect head and pronotum; 238. Male frontal ridge. Figs 239–242.Gymnobothrusanchietaeflaviventris: 239. Male oblique view head and pronotum; 240. Oblique view vertex; 241. Dorsal view vertex; 242. Male frontal ridge. Figs 243–246.Gymnobothrusanchietaeinflexus: 243. Male oblique aspect head and pronotum; 244. Same, dorsal aspect; 245. Male frontal ridge; 246. Female same. Scale lines all 1 mm: that under Fig. 239 applies to Figs 225, 226, 228, 230, 231, 234, 235, 238, 240–242, 245–246; that under Fig. 241 applies to Figs 227, 229, 232, 233, 236, 237, 239, 243, 244.
Figures 144-157 from: Popov GB, Fishpool LDC, Rowell CHF (2019) A review of the Acridinae s. str. (Orthoptera: Acridoidea: Acrididae) of eastern Africa with taxonomic changes and description of new taxa. Journal of Orthoptera Research 28(2): 37-105. https://doi.org/10.3897/jor.28.29312
Figures 144-157 Tribe Gymnobothrini. Coryphosima spp. Figs 144–146.C.triangularis: 144. Oblique view of vertex; 145. Lateral aspect pronotum; 146. Pronotal disc. Figs 147, 148.C.amplificata: 147. Oblique view vertex; 148. Lateral aspect pronotum; Figs 149, 150.C.morotoensis: 149. Oblique view vertex; 150. Lateral aspect pronotum. (see also Fig. 163). Figs 151–153.C.stenopteracolorata male: 151. Lateral aspect head and pronotum; 152. Oblique view of vertex; 153. Comparison of antennae in subsp.stenoptera (upper) and colorata (below). Figs 154–157.C.elgonensis male: 154. Lateral aspect whole insect; 155. Dorsal aspect vertex; 156. Oblique view of vertex; 157. Pronotal disc. All scale lines represented by 1 mm: Upper scale line applies to Figs 144, 147, 149, 152, 155, 156; lower scale applies to Figs 145, 146, 148, 150, 151, 153, 154, 157.
DeNovo NT Longitudinal Data Collection (LDC) Knee Study
ClinicalTrials.gov study NCT01329445. IPD Sharing: Not stated. Countries: 1. Publications: 0.
Expression data from human CD4 or CD8 T-cells isolated from PBMC cultured at a low cell density (LDC) or high cell density (HDC)
GEO Series GSE51288. Homo sapiens. 4 samples. Type: Expression profiling by array.
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