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FIGURE 10 in Two new species of Caribbiantes, with the redescription of the type species and a review of male genital patterns in Antillean Stenostygninae (Opiliones: Laniatores: Biantidae)
FIGURE 10. Glandular structure of male metatarsus III in Caribbiantes barbai sp. nov. A. Light microscope photo, holotype male (CZACC 3. 4380), general view of the whole metatarsus III (divided into four quarters to facilitate comparisons); B–E. Scanning electron micrographs, male (CZACC 3.3392); B. View of the glandular swelling, dashed line delineates the form of the ventral, buttonhole-like groove; C. Close-up of the groove delimited in B, note the depth of the groove; D. Closer zoom into the groove, white arrow shows a seta (long paint brush, basally striated and twisted), small arrowheads indicate glandular openings (pores) regularly arranged around the setae; E. Detail of the integument and pores (arrowheads) of the ventral groove.
FIGURE 7 in Two new species of Caribbiantes, with the redescription of the type species and a review of male genital patterns in Antillean Stenostygninae (Opiliones: Laniatores: Biantidae)
FIGURE 7. Glandular structure of male metatarsus III in Caribbiantes obtusus sp. nov. (male CZACC 3.4379). A. Light microscope photo, general view of the whole metatarsus III (divided into four quarters to facilitate comparisons); B–E. Scanning electron micrographs: B. View of the glandular swelling, dashed line delineates the form of the ventral, buttonhole-like groove; C. Close-up of the groove delimited in B, note the depth of the groove; D. Closer zoom into the groove, arrows show setae (long paint brush, basally striated and twisted); E. Integument of the ventral groove, white arrowheads indicate glandular openings (pores) irregularly arranged around the setae.
FIGURE 1 in Two new species of Caribbiantes, with the redescription of the type species and a review of male genital patterns in Antillean Stenostygninae (Opiliones: Laniatores: Biantidae)
FIGURE 1. Caribbiantes cubanus, habitus: A–B, holotype, α male (MCZ IZ-14702). A. dorsal view; B. lateral view; C–D, β male (CZACC 3.3380). C. dorsal view; D. lateral view. Scale bars = 1 mm.
FIGURES 1–4 in Taxonomic status of Cacoplox griseatus Hull, 1970 with redescription of the genus and type species (Diptera, Bombyliidae, Bombyliinae, Bombyliini)
FIGURES 1–4. Cacoplox griseatus: 1. Head, lateral view; 2. Femur III; 3. Male genitalia, dorsal view; 4. Furca.
Data from: The developmental transcriptomes of two sea biscuit species with differing larval types
Background: Larval developmental patterns are extremely varied both between and within phyla, however the genetic mechanisms leading to this diversification are poorly understood. We assembled and compared the developmental transcriptomes for two sea biscuit species (Echinodermata: Echinoidea) with differing patterns of larval development, to provide a resource for investigating the evolution of alternate life cycles. One species (Clypeaster subdepressus) develops via an obligately feeding larva which metamorphoses 3-4 weeks after fertilization; the other (Clypeaster rosaceus) develops via a facultatively feeding larva that can develop through metamorphosis entirely based on egg provisioning in under one week. Results: Overall, the two transcriptomes are highly similar, containing largely orthologous contigs with similar functional annotation. However, we found distinct differences in gene expression patterns between larvae of the two species. Larvae from C. rosaceus, the facultative planktotroph, turned genes on at earlier stages and had less differentiation in gene expression between larval stages, whereas, C. subdepressus showed a higher degree of stage-specific gene expression. Conclusion: This study is the first genetic analysis of a species with facultatively feeding larvae. Our results are consistent with known developmental differences between the larval types and raise the question of whether earlier onset of developmental genes is a key step in the evolution of a reduced larval period. By publishing a transcriptome for this rare, intermediate, larval type, this study adds developmental breadth to the current genetic resources, which will provide a valuable tool for future research on echinoderm development as well as studies on the evolution of development in general.
FIGURES 46–51. Notophlebia jobi. 46–49 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 46–51. Notophlebia jobi. 46–49, third segment of maxillary palp (46 and 48, ventral side; 47 and 49, dorsal side); 50–51, base of third segment of labial palp, dorsal side).
FIGURES 31–45. 31–38 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 31–45. 31–38, Notophlebia ganeshi sp. n.; 39–45, Notophlebia jobi. 31–34 and 40–43, tergalii of I, II, V and VI pairs (ventral lamella turned back); 35, claw; 36 and 44, pronotum and mesonotum of last instar larva; 37 and 45, posterior margin of abdominal sternum IX of mature male larva and protopenis, dorsal view (gonoducts lined by cuticle shown by interrupted lines); 38 and 39, posterior margin of larval abdominal tergum VI (37, 38, holotype).
FIGURES 52–54. Notophlebia jobi. 52 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 52–54. Notophlebia jobi. 52, distal part of larval fore tibia, posterior side; 53, the same, anterior side; 54, distal part of larval middle tibia, anterior side. Abbreviations: a, row of stout setae on anterior side; h, hair-like setae on outer side; p, row of stout setae on posterior side.
FIGURES 11–20 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 11–20. Notophlebia ganeshi sp. n. 11, male imaginal mesonotum; 12, male subimaginal exuviae of right half of mesonotum. 13–19, legs at the same magnification (arrows show ontogenesis): 13, fore leg of male imago; 14, fore leg of male larva (long hair-like setae not shown); 15–17, fore, middle and hind legs of male subimago; 18, hind leg of male imago; 19, fore leg of female imago. 20, tarsus of larval hind leg before molt to subimago (larval cuticle shown as optic section by black; subimaginal cuticle shown by integral lines; imaginal claw developing under subimaginal cuticle shown by interrupted lines). 21, posterior margin of abdominal sternum IX of mature female larva; 22, the same, of female imago (12–18, holotype). Abbreviations: LPs, lateroparapsidal suture; MNS, mesonotal suture; MPs, medioparapsidal suture.
FIGURES 4–10 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 4–10. Notophlebia ganeshi sp. n. Larval mouthparts (at the same magnification, except 6). 4, hypopharynx and superlinguae; 5, labrum (setae of distal transverse row not shown, their bases shown as dots and levels of their apices shown by dotted line); 6, apex of maxilla, ventral view; 7, maxilla, ventral view (apical and median setae not shown, their apices shown by dotted lines); 8, labium (dorsal view at left, ventral view at right); 9, apex of labial palp, dorsal view; 10, left mandible (5, 10, holotype).
FIGURES 26–30 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 26–30. Notophlebia ganeshi sp. n., genitals of male imago. 26, genitals at rest, ventral view; 27 penis apex, ventral side; 28, the same, dorsal side; 29, genitals in excited condition, with gonostylus turned ventrally and penes projected; 30, penis apex, apical-dorsal side (26–28, holotype).
FIGURES 23–25 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 23–25. Notophlebia ganeshi sp. n. (holotype). 23, genitals of male imago, ventral view (at left, brown pigmentation of sternum, styliger and gonostylus shown by dots; at right, brown pigmentation of penis shown by dots, muscles shown by interrupted lines); 24, penis lobe, dorsal view; 25, exuviae of subimaginal gonostylus.
FIGURES 1–3 in New Oriental tribe Iscini, new non-dilatognathan species of Notophlebia Peters & Edmunds 1970 and independent origin of Dilatognathus-type mouth apparatus in Atalophlebiinae (Ephemeroptera: Leptophlebiidae)
FIGURES 1–3. Notophlebia ganeshi sp. n. 1, fore wing (holotype); 2, distal part of larval fore tibia, posterior view (stout setae on anterior side shown by interrupted lines); 3, male larva of penultimate instar, lateral view (long hair-like setae on legs not shown). Abbreviations: a, row of stout setae on anterior side; p, row of stout setae on posterior side.
FIGURES 24–25. 24 in Rediscovery of Choroterpes atramentum in Costa Rica, type species of Tikuna new genus (Ephemeroptera: Leptophlebiidae: Atalophlebiinae), and its role in the "Great American Interchange"
FIGURES 24–25. 24, Geological map of Costa Rica (redrawn from Abratis 1998) showing terranes of the Nicoya Complex (light grey), localities of recent collections of Tikuna atramentum (black squares), and two possible locations for the type locality (question marks). 25, Reconstruction of development of Lower Central America during the late Cretaceous (80 Ma) and early Tertiary (50 Ma) (redrawn from Meschede 1998). The black arrows point to the northern apex of the Costa Rica–Panamá island arc.
FIGURES 19–23. nymphal mouthparts. 19 in Rediscovery of Choroterpes atramentum in Costa Rica, type species of Tikuna new genus (Ephemeroptera: Leptophlebiidae: Atalophlebiinae), and its role in the "Great American Interchange"
FIGURES 19–23. nymphal mouthparts. 19, labrum; 20, left mandible; 21, maxilla; 22, hypopharynx; 23, labium: left, dorsum; right, venter.
FIGURES 1–13 in Rediscovery of Choroterpes atramentum in Costa Rica, type species of Tikuna new genus (Ephemeroptera: Leptophlebiidae: Atalophlebiinae), and its role in the "Great American Interchange"
FIGURES 1–13. Tikuna atramentum, imago and subimago. 1, fore– and hind wings; 2, hind wing, enlarged; 3, head of ♂ imago, lateral view; 4, head of ♀ imago, dorsal view; 5, fore and hind wings of holotype subimago; 6, hind wing of holotype subimago, enlarged; 7, abdominal terga 1–9 of ♂ imago. 8, abdominal terga 1–9 of ♀ imago. 9, sterna 7–9 of ♀ imago; 10, claws of ♀ imago; 11, genital segments of ♂ imago; 12, penes, enlarged; 13, genital segments of holotype ♂ subimago.
FIGURES 14–18. Tikuna atramentum, nymph. 14 in Rediscovery of Choroterpes atramentum in Costa Rica, type species of Tikuna new genus (Ephemeroptera: Leptophlebiidae: Atalophlebiinae), and its role in the "Great American Interchange"
FIGURES 14–18. Tikuna atramentum, nymph. 14, nymph (median caudal filament broken); 15, foreclaw. 16–18, abdominal gills on: 16, segment 1; 17, segment 5; 18, segment 7.
FIGURES 1–4 in A review of the type material of the Southern African genus Stenobasipteron Lichtwardt, 1910 (Diptera: Nemestrinidae), with transfer of two species to Prosoeca Schiner, 1867
FIGURES 1–4. Wings of Stenobasipteron and Prosoeca. 1–3. Stenobasipteron. 1. S. arnoldi, female holotype. 2. S. gracile, male syntype. 3. S. wiedemanni, male syntype (bulla at base of first longitudinal vein arrowed). 4. Prosoeca umbrosa, male syntype.
FIGURES 23–25. Planothidium galaicum. Type population. SEM micrographs. Fig. 23 in Planothidium galaicum sp. nov. (Bacillariophyta, Achnanthidiaceae), a new diatom species from Galician coast, Spain
FIGURES 23–25. Planothidium galaicum. Type population. SEM micrographs. Fig. 23. External view of the rapheless valve. Fig. 24. Internal view of the raphe valve showing the raised sternum and interstriae. Fig. 25. External view of a raphe valve showing de enlarged central pores and the deflected terminal fissures. Scale bar: 2 µm (Figs. 23–25).
FIGURES 2–22. Planothidium galaicum. Type population. Figs. 2–19 in Planothidium galaicum sp. nov. (Bacillariophyta, Achnanthidiaceae), a new diatom species from Galician coast, Spain
FIGURES 2–22. Planothidium galaicum. Type population. Figs. 2–19. LM micrographs. Figs. 20–22. SEM micrographs. Figs. 2–6. Rapheless valves. Figs. 7, 13, 19. Girdle views of an entire frustule. Figs. 8–12, 14–18. Raphe valves. Fig. 20. Internal view of rapheless valve showing the raised sternum and the interstriae. Fig. 21. External view of a rapheless valve showing the spinules developed in the interstriae. Fig. 22. External detail of the apex of the rapheless valve showing the spinules, which are wider in the valve margin. Scale bar: 10 µm (Figs. 2–19), 2 µm (Figs. 20, 21), 1 µm (Fig. 22).
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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)
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DANDI Archive for NWB datasets
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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.