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12,346 results for “derivatives”
FIGURE 6 in Description of a new early-derivative mite, Pentasetacus plicatus n. sp. (Acariformes, Eriophyoidea), and remarks on the systematic position of pentasetacines
FIGURE 6. CLSM MIP (A) and CLSM VR (B,C & D) images of female genital structures of Pentasetacus plicatus n. sp. Acoxigenital area (spermathecal apparatus is visible under genital coverflap); B,C & D—female genital apodematal structures. Notations: ab—anterior (prespermathecal) part of longitudinal bridge, ad—additional apodemes, aga—anterior genital apodeme, c—carina, gc—genital coverflap; gf—genital flange, s—spermatheca, sp—suboral plate, t—putative spermathecal tube, y—Y-like apodeme. Scale bar: A= 25 µm; B = 15 µm; C, D = 5 µm.
FIGURE 3 in Description of a new early-derivative mite, Pentasetacus plicatus n. sp. (Acariformes, Eriophyoidea), and remarks on the systematic position of pentasetacines
FIGURE 3. CLSM VR (A,B,E) and MIP (C,D) images showing male genital structures of Pentasetacus plicatus n. sp. A & B—external genitalia (genital coverflap is closed in A and opened in B), C & D—male genital apodemes (C—2 µm deep under ventral cuticle, D—3 µm deep under ventral cuticle), E—remnants of soft internal genital organs. Notations: aga—anterior genital apodeme, co—genital cone, de—damaged ductus ejeculatorius, gc—genital coverflap, mf—medial flap of genital coverflap, pf—posterior folds, pr—pregenital ridges, rm—genital rim, sp—putative spermatophore pump (posterior portion of ductus ejeculatorius), t—testis, vd—vas deferens. Scale bar: A,B,C,D = 5 µm; E = 20 µm.
FIGURE 5 in Description of a new early-derivative mite, Pentasetacus plicatus n. sp. (Acariformes, Eriophyoidea), and remarks on the systematic position of pentasetacines
FIGURE 5. CLSM VR images of gnathosoma of Pentasetacus plicatus n. sp. with palps disjointed. Image C is longitudinal section through gnathosoma under the level of oral cavity. Asterisk in G indicates proximal portion of subcapitulum. Notations: сb—enlarged cheliceral base, cs—putative cheliceral seta, ep—seta ep, md—movable cheliceral digit, ss—stylet sheath (dorsodistal portion of subcapitulum), vi and ve—vertical internal and external setae. Scale bar: A = 15 µm; B,C = 10; D = 10 µm; E,F,G = 5 µm.
FIGURE 2 in Description of a new early-derivative mite, Pentasetacus plicatus n. sp. (Acariformes, Eriophyoidea), and remarks on the systematic position of pentasetacines
FIGURE 2. CLSM VR images of prodorsal shields (A,B) and coxigenital areas (C,D) of female (A,C) and male (B,D) of Pentasetacus plicatus n. sp. Scale bar: A,B = 10 µm; C = 25 µm; D = 15 µm.
FIGURE 1 in Description of a new early-derivative mite, Pentasetacus plicatus n. sp. (Acariformes, Eriophyoidea), and remarks on the systematic position of pentasetacines
FIGURE 1. Semischematic drawings (based on DIC LM and PC LM) of female (A─H, J, K) and male (I) of Pentasetacus plicatus n. sp. A—dorsal view, B—ventral view, C—prodorsal shield, D—female coxigenital area, E—left leg I, F—left leg II, G—empodium I, H—empodium II, I—male coxigenital area, J—female internal genitalia (genital coverflap not shown), Kdorsal view of telosomal region. Scale bar: A,B = 100 µm; C,D,I,K = 30 µm; E,F = 15 µm; G,H = 5 µm; J = 25 µm. Remark: eye-like structures were better seen under lower magnifications, which is why they are figured in Fig. 1A (x40) and absent in Fig. 1C (x100).
FIGURE 1. Maximum-likehood phylogenetic analyses derived from partial mitochondrial 16S in Worldwide revision of the genus Fraseroscyphus Boero and Bouillon, 1993 (Cnidaria: Hydrozoa): an integrative approach to establish new generic diagnoses
FIGURE 1. Maximum-likehood phylogenetic analyses derived from partial mitochondrial 16S rRNA gene sequences (479 bp). Numbers near the nodes indicate bootstrap or Bayesian posterior probability values. Values lower than 50 or 0.5 were omitted, or labelled with "<". The scale bar represents 0.05 substitutions per site. * To avoid potential problemtic sequences, the sequences of F. hozawai (KT190714) and S. tricuspidatus (KT190735) represent the most abundant haplotypes (clones) shared by different samples of each species (Table 3), without apparent insertions or deletions disrupting the secondary structure of the Region I–III of hydrozoan 16S rRNA.
FIGURE 162 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 162. Strict consensus phylogenetic tree of all known species of the genus Dendropaemon based on morphology with Bremer support. The outgroup includes 8 putative closely related genera.
FIGURE 159 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 159. Known distribution of D. amyntas, D. attalus, D. lydiae, D. morettoi, D. ganglbaueri, D. vazdemelloi.
FIGURE 160 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 160. Known distribution of D. refulgens, D. fractipes, D. fasces, D. haroldi, D. nitidicollis, D. quadratus.
FIGURE 158 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 158. Known distribution of D. convexus, D. fredericki, D. angustipennis, D. bahianus, D. inemarginatus, D. nigritulus.
FIGURE 156 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 156. Known distribution of D. bluti, D. carinifer, D. compressipennis, D. cribrosus, D. furtadoi, D. hirticollis, D. inflatus, D. pauliani, D. pilosissimus, D. renatii.
FIGURES 134–154. Primary type labels. 134. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 134–154. Primary type labels. 134. D. hirticollis; 135. D. pauliani; 136. D. renatii; 137. D. ater; 138. D. piceus; 139: D. telephus; 140. D. viridis; 141. D. viridipennis. 142. D. convexus; 143. D. fredericki; 144. D. angustipennis; 145. D. bahianus; 146. D. amyntas (=D. attalus); 147. D. ganglbaueri; 148. D. refulgens; 149. D. fractipes; 150. D. fasces; 151. D. haroldi; 152. D. nitidicollis; 153. D. quadratus; 154. D. similis; 155. D. denticollis.
FIGURE 157 in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURE 157. Known distribution of D. aenigmaticus, D. amazonicus, D. angustulus, D. ater, D. flechtmanni, D. larseni, D. telephus, D. viridis, D. viridipennis.
FIGURES 118–125. Metatarsus, ventral view. 118. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 118–125. Metatarsus, ventral view. 118. D. fredericki, holotype; 119. D. angustipennis; 120. D. bahianus; 121. D. nigritulus, paratype; 122. D. amyntas; 123. D. attalus; 124. D. lydiae, paratype; 125. D. morettoi, paratype.
FIGURES 126–133. Metatarsus, ventral view. 126. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 126–133. Metatarsus, ventral view. 126. D. ganglbaueri, holotype; 127. D. vazdemelloi, holotype; 128. D. refulgens, holotype; 129. D. fractipes; 130. D. fasces; 131. D. nitidicollis; 132. D. quadratus; 133. D. denticollis.
FIGURES 110–117. Metatarsus, ventral view. 110. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 110–117. Metatarsus, ventral view. 110. D. bluti; 111. D. carinifer; 112. D. aenigmaticus; 113. D. amazonicus; 114. D. angustulus; 115. D. viridis; 116. D. viridipennis; 117. D. convexus.
FIGURES 37–41. Dorsal habitus. 37. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 37–41. Dorsal habitus. 37. D. latistriatus, male holotype; 38. D. nitidicollis, male lectotype; 39. D. quadratus, male neotype; 40. D. similis, male holotype; 41. D. denticollis, female holotype.
FIGURES 13–18. Dorsal habitus. 13. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 13–18. Dorsal habitus. 13. D. angustulus, male holotype; 14. D. ater, male neotype; 15. D. flechtmanni, male holotype; 16. D. larseni, male holotype; 17. D. piceus, male holotype; 18. D. telephus, male holotype.
FIGURES 19–24. Dorsal habitus. 19. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 19–24. Dorsal habitus. 19. D. viridis, female holotype; 20. D. viridipennis, male neotype; 21. D. convexus, male neotype; 22. D. fredericki, female holotype; 23. D. angustipennis, female lectotype; 24. D. bahianus, male lectotype.
FIGURES 31–36. Dorsal habitus. 31. D in Dendropaemon Perty, 1830: taxonomy, systematics and phylogeny of the morphologically most derived phanaeine genus (Coleoptera: Scarabaeidae, Scarabaeinae, Phanaeini)
FIGURES 31–36. Dorsal habitus. 31. D. ganglbaueri, male holotype; 32. D. vazdemelloi, male holotype; 33. D. refulgens, male holotype; 34. D. fractipes, male holotype; 35. D. fasces, male lectotype; 36. D. haroldi, male lectotype.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.