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162 results for “DNA-barcoding”
FIGURE 10 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 10. Male of A. cabrerae Frey. A: Shape of right antenna. Figured are pedicel and flagellum with apical arista. Scale bar: 0.1 mm. B: Right wing with main veins and cells indicated. Scale bar: 0.5 mm. C: Dorsal view of thorax. Scale bar: 0.5 mm. D: Dorsal view of abdomen with tergites 2–5. Scale bar: 0.5 mm.
FIGURE 7 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 7. Genetic variability of A. orbiculus, based on uncorrected p-distances of COI, within and between populations of clade B. Red colour: Maximum genetic distance within populations. Blue: Minimum genetic distances between populations. Numbers correspond to those of the DNA vouchers given in Table 1 and the Appendix.
FIGURE 6 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 6. Geographic distribution of DNA barcoded A. orbiculus (empty circle: clade A; empty star: clade B) and type locality (full circle) of 1) Syrphus orbiculus; 2) Paracrocera manevali; 3) Paracrocera minuscula; 4) Acrocera laeta.
FIGURE 9 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 9. Male of A. cabrerae Frey. A: Lateral view. B: Dorso-lateral view. Photos: Antonio Camacho.
FIGURE 4 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 4. Maximum likelihood tree of COI dataset computed with MEGA5; software settings: HKY+G+I model, all positions and substitutions included. Support values of critical nodes are shown (left: bootstrap; right: posterior probabilities). Scale bar indicates 0.1 substitutions per amino acid position. Separate box on right hand side showing maximum intraspecific genetic distances (MAGD) within the individual clades as well as minimum interspecific genetic distance (MIGD) between clade A and B.
FIGURE 2 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 2. Juvenile Evarcha jucunda (Lucas), host specimen of Ogcodes reginae Trojan. A: Dorsal view. B: Lateral view. Photos: Emídio Machado.
FIGURE 3 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 3. Last instar larva of Acrocera orbiculus (Fabricius) emerging from subadult Amaurobius erberi (Keyserling) and moulting into adult. A–B (16.X.2011): the spider shows no aberrant behaviour, despite a white marking at the dorsoanterior region of the opistosoma where the endoparasitoids will emerge (red arrow). C (19.X.2011, 8 a.m.): last instar larva fully emerged from host spider but is still attached. D (19.X.2011, 1 p.m.): last instar larva still attached to its host ingesting rest of opistosoma's content, letting opistosoma shrivle. E (19.X.2011, 4 p.m.): last instar larva detached from its host. F (21.X.2011): praepupa of A. orbiculus. G (24.X.2011): pupa of A. orbiculus with prepupal skin and meconium attached to posterior body end. H (25.X.2011): matured pupa of A. orbiculus. I (01.XI.2011): emerged male adult of A. orbiculus. Photos: Frits Broekhuis.
FIGURE 5 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 5. Bayesian topology of COI dataset. Bayesian posterior probabilities are plotted onto the phylogram. Scale bar indicates 0.1 substitutions per amino acid position.
FIGURE 8 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 8. Variability in body size and abdominal coloration in female A. orbiculus collected in south-western France. A: DNA-voucher CK680 body length 2.5 mm. B: DNA-voucher CK681 body length 4.2 mm.
FIGURE 1 in New host records for European Acroceridae (Diptera), with discussion of species limits of Acrocera orbiculus (Fabricius) based on DNA-barcoding
FIGURE 1. Pupa and adult of reared Ogcodes reginae Trojan from a subadult Clubiona leucaspis (Simon). A: Spider remains. B: Adult O. reginae. C: Pupa dorsal view. D: Pupa lateral view. Photos: Hélène Dumas.
FIGURE 1 in No millipede endemics north of the Alps? DNA-Barcoding reveals Glomeris malmivaga Verhoeff, 1912 as a synonym of G. ornata Koch, 1847 (Diplopoda, Glomerida, Glomeridae)
FIGURE 1. ML Tree calculated after the Tamura-Nei model with gamma distribution and invariant sites. Each box denominates a species. Orange box = G. helvetica; Green box = G. ornata and G. malmivaga. Asterisk marks sequences downloaded from Genbank. Numbers refer to bootstrap values. Scale bar = 0.1 substitutions/site.
FIGURE 2. A in No millipede endemics north of the Alps? DNA-Barcoding reveals Glomeris malmivaga Verhoeff, 1912 as a synonym of G. ornata Koch, 1847 (Diplopoda, Glomerida, Glomeridae)
FIGURE 2. A: Distribution map of G. ornata Koch, 1847. Modified after Hoess 2000. Dotted line = country borders. Thick lines = rivers. A = Austria; CH = Switzerland; CR = Croatia; FRA = France; GER = Germany; HU = Hungary; IT = Italy. River names in Italics: Dan = Danube; Po = Po; Rho = Rhone. B: Colour pattern of German G. ornata specimens, after photographs and Schubart 1934.
FIGURE 3. A in No millipede endemics north of the Alps? DNA-Barcoding reveals Glomeris malmivaga Verhoeff, 1912 as a synonym of G. ornata Koch, 1847 (Diplopoda, Glomerida, Glomeridae)
FIGURE 3. A: Habitat of German G. ornata Koch, 1847. B: German G. ornata specimens in situ. Photographs by P. Kautt 2015.
FIGURE 18. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 18. N. wangi sp. nov., ♂ paratype from I Dong Cave. A-B body, lateral and dorsal views, respectively.
FIGURE 17. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 17. N. jinfoshan sp. nov., ♂ paratype from Houshan Dong Cave. A segment 15, dorsal view. B ♀ paratype. vulva, ventral view. C anterior gonopods, caudal view. D–E right posterior gonopod, caudal and frontal views, respectively. Abbreviations: op = operculum process; cxi = coxite; c = colpocoxite; t1 = telopoditomere 1.
FIGURE 14. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 14. N. jinfoshan sp. nov., ♂ paratype from Houshan Dong Cave. A–B body, dorsal and ventral views, respectively.
FIGURE 21. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 21. N. wangi sp. nov., ♂ paratype from I Dong Cave. A segment 15, dorsal view. B-C anterior gonopods, frontal and caudal views, respectively. D–E gonopods, frontal and caudal views, respectively. F ♀ paratype. vulva, ventral view. Abbreviations: cxi = coxite; agp = anterior gonopods; c = colpocoxite; t1 = telopoditomere 1; op = operculum process.
FIGURE 7. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 7. N. troglodytes sp. nov. ♂ from Feilong Dong Cave. A–B posterior gonopods, frontal and caudal views, respectively. Abbreviations: c = colpocoxite; t1 = telopoditomere 1.
FIGURE 4. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 4. N. troglodytes sp. nov., SEM, ♂ paratype from Hejia Dong Cave, A anterior gonopods, caudal view. B-C posterior gonopods, frontal and caudal views, respectively. D ♀ paratype. vulva, ventral view. Abbreviations: cxi = coxite; c = colpocoxite; t1–t2 = telopoditomeres 1–2. Vul = vulva; op = operculum process.
FIGURE 5. N in Contributions to the millipede genus Nepalella Shear, 1979 from China, with four new species and first results on phylogeny based on DNA-barcoding (Diplopoda, Chordeumatida, Megalotylidae)
FIGURE 5. N. troglodytes sp. nov., ♂ paratype from Hejia Dong Cave. A segment 15, dorsal view. B anterior gonopods, caudal view. C-D posterior gonopods, frontal and caudal views, respectively. Abbreviations: cxi = coxite; c = colpocoxite; t1– t2 = telopoditomeres 1–2.
ScienceDex guides
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.