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FIG. 5 in Systematics of Neotropical Spiny Mice, Genus Neacomys Thomas, 1900 (Rodentia: Cricetidae), from Southeastern Amazonia, with Descriptions of Three New Species
FIG. 5. Collection localities of specimens of the Dubosti Group of Neacomys examined in the present study. Numbers are keyed to entries in our gazetteer (appendix 1).
FIG. 2 A–C in Systematics of Neotropical Spiny Mice, Genus Neacomys Thomas, 1900 (Rodentia: Cricetidae), from Southeastern Amazonia, with Descriptions of Three New Species
FIG. 2 A–C (above and following two pages). Bayesian phylogeny of Neacomys based on cytochrome b sequence data. Numbers represent Bayesian posterior probabilities (above) and ML bootstrap support (below) at nodes recovered by both analyses (bootstrap support for nodes only recovered by our ML analysis are shown in appendix 2). Only ML bootstrap support>50% is shown. Branch tips are labeled with geographic identifiers and voucher codes listed in table 1. Specimens marked with asterisks (*) indicate holotypes.
FIG. 1 in Systematics of Neotropical Spiny Mice, Genus Neacomys Thomas, 1900 (Rodentia: Cricetidae), from Southeastern Amazonia, with Descriptions of Three New Species
FIG. 1. SEM images of molar toothwear age classes of Neacomys amoenus used in this study (based on Voss, 1991). From left to right: age class 1 (UFMT 4050), age class 2 (UFMT 1758), age class 3 (UFMT 1760), age class 4 (UFMT 1759), and age class 5 (UFMT 915). Arrows indicate the incompletely erupted M3 in age class 1, the distinct M2 anteroloph (not fused with the paracone) in age class 3, and the obliterated M2 anteroloph (fused with the paracone) in age class 4.
Systematic Scoping Literature Review of Embryonic Stem Cells In Vitro Developmental Toxicity Tests: Included publications library
<p>The publications included in the systematic scoping review conducted according to the protocol:<a href="https://zenodo.org/record/2528920">https://zenodo.org/record/2528920</a></p> <p> </p>
Data set for AYUSH interventions for COVID-19- A Living Systematic Review and Meta-analysis
<p>The COVID-19 pandemic has put a huge strain on governments and medical professionals all across the world.<br> To identify acceptable treatments, many clinical studies from the Indian system of Traditional Medicines [Ayurveda, Yoga and Naturopathy, Unani, Siddha, and Homoeopathy (AYUSH)] have been conducted. Objective of the study is determine the efficiency of the Traditional System of Indian Medicine (AYUSH system) in lowering the incidence, duration, and severity of COVID-19 through a living systematic review and meta-analysis. We will search the following databases e.g; Pubmed; the Cochrane central register of controlled trials (CENTRAL); the Clinical Trials Registry - India (CTRI); Digital Helpline for Ayurveda Research Articles (DHARA): AYUSH research portal; WHO COVID-19 database etc. Clinical improvement, WHO ordinal scale, viral clearance, incidences of COVID-19 infection, and mortality will be considered as primary outcomes. Secondary outcomes will be use of O2 therapy or mechanical ventilator, admission to high dependency unit or emergency unit, duration of hospitalization, the time to symptom resolution, and adverse events. The review will be updated bi-monthly with two updates. It will provide practitioners, guideline developers, and authorities with up-to-date syntheses on interventions on a regular basis to help them make health-care decisions about AYUSH therapies for COVID-19 management. Study is supported by World Health Organization, South East Asia Regional Office, New Delhi, India. Here, we shared the result of our search strategy of our project and data extraction tool developed.</p>
Prisma P Checklist of protocol - AYUSH interventions for COVID-19 - A Living Systematic Review and Meta-analysis
<p>The COVID-19 pandemic has put a huge strain on governments and medical professionals all across the world.<br> To identify acceptable treatments, many clinical studies from the Indian system of Traditional Medicines [Ayurveda, Yoga and Naturopathy, Unani, Siddha, and Homoeopathy (AYUSH)] have been conducted. Objective of the study is determine the efficiency of the Traditional System of Indian Medicine (AYUSH system) in lowering the incidence, duration, and severity of COVID-19 through a living systematic review and meta-analysis. The review will be updated bi-monthly with two updates. It will provide practitioners, guideline developers, and authorities with up-to-date syntheses on interventions on a regular basis to help them make health-care decisions about AYUSH therapies for COVID-19 management. Study is supported by World Health Organization, South East Asia Regional Office, New Delhi, India. Here, we shared the PRISMA-P checklist of our project developed.</p>
Figure 4 in Review of the systematics of the genus Roboastra Bergh, 1877 (Nudibranchia, Polyceridae, Nembrothinae) with the description of a new species from the Galápagos Islands
Figure 4. Penial morphology of Roboastra spp. A, R. gracilis (CASIZ 087131), scale bar = 30 Mm; B, R. luteolineata (CASIZ 115739), scale bar = 30 Mm. C, R. tigris (NHMLAC 140747), scale bar = 300 Mm. D, R. europaea (MNCN 15.05/46613), scale bar = 50 Mm. E, R. caboverdensis (MNCN 15.05/46614), scale bar = 90 Mm. F, R. leonis sp. nov. (CASIZ 097577), scale bar = 300 Mm. G-I, detail of the three different kinds of spines in R. caboverdensis (MNCN 15.05/46614), scale bar = 10 Mm. J, T. morosa (CASIZ 142786; 35 mm preserved), scale bar = 20 Mm.
Fig. 8 in Systematics and biogeography of Sternarchellini (Gymnotiformes: Apteronotidae): Diversification of electric fishes in large Amazonian rivers
Fig. 8. PCA scatter plot of species in the S. terminalis species group. Loadings of all 13 variables for PC2 reported in lower panel. Sternarchella terminalis represented as squares (n= 45), S. orthos as circles (n= 54), and Sternarchella sp. A represented as an X (n= 1).
FIGURE 20 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 20. Morphological details of male Mecopoda angusta (CH3697). A pronotum dorsal view, B pronotum, lateral view, C cercus. Scale 1 mm.
FIGURE 23 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 23. Mecopoda paucidens sp. nov.: habitus (A, D), mirror area of right tegmen (B, E), stridulatory file of left tegmen (C, F).—A–C: male from Gunung Lawu, Java; D–F: holotype male from Timor. The thin lines mark the measuring tracks (A–E) or the borders between bulks of five teeth (C, F).
FIGURE 17 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 17. Male subgenital plate, ventral view, in Mecopoda species. A M angusta (CH3697), B M. dilatata, type, C M. divergens, NHW.
FIGURE 11 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 11. Stridulatory files in Mecopoda and Eumecopoda. A M. niponensis niponensis, lectotype, B M. niponensis vietnamica subsp. nov., holotype, C M. himalaya, CH3737 (Malaysia), D M. himalaya (=M. ampla malayensis, holotype), E M. himalaya (=M. ampla javaensis, holotype), F M. himalaya (=M. fallax aequatorialis, holotype), G M. macassariensis, holotype, H M. fallax, Thailand, I M. stridulata stridulata, CRTmeceloM02 (Borneo), J M. stridulata stridulata, holotype, K M. paucidens sp. nov., (Java), L M. sismondoi sp. nov., holotype, M M. javana, neotype, N M. javana, Sri Lanka, O M. mahindai sp. nov., holotype, P M. angusta, CH3697, Q M. dilatata, ORT 2005/413 (Borneo), R E. cyrtoscelis zhantievi subsp. nov., holotype, S M. prominens, holotype, T M. ampla ampla, holotype. Scale 1 mm.
FIGURE 7 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 7. Oscillograms of the calling songs of species of the Mecopoda niponensis subgroup. Details (1 s sections). In M. himalaya synchronous registration of movement of left tegmen and sound (upper line: upward deflection indicating opening, downward closing; lower line: sound).
FIGURE 10 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 10. Oscillograms of the calling songs of Mecopoda angusta and Eumecopoda cyrtoscelis. Overview (12 s sections) and details (1 s sections). Figures of Eumecopoda c. cyrtoscelis based on figures in Helfert & Sänger (2007), all sound recordings the figures are made from seem to be lost (Römer, email 2019/10/23).
FIGURE 5 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 5. Male tegmina in selected Mecopoda species. A M. niponensis niponensis, lectotype, B M. macassariensis, lectotype, C M. javana, neotype, D–H: Species from Borneo: D M. s. stridulata, CRTmeceloM02, E M. himalaya, CRTmeceloM01, F M. himalaya, OTRmeceloS11, G M. himalaya (from Gorochov 2020: fallax aequatorialis syn. nov.), H M. stridulata stridulata (from Gorochov 2020). Right tegmen (A, B, E); left tegmen in mirror-inverted position (C–D, F–H). Scale 10 mm (for A–C only).
FIGURE 14 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 14. Power spectra of the calling songs of Mecopoda species. In A, red line trill, green line chirp; in B–D, grey area opening and closing hemisyllable together, blue line opening hemisyllable only, yellow line closing hemisyllable only (for Eumecopoda opening/closing assumed).
FIGURE 4 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 4. Apical area of male cerci of specimens from Thailand. A–D: M. fallax (A–B 3254538 NamNao left and right cercus; C 3261689 Khao Lak; D 3261441 Sok); E: M. himalaya (3254539 Monkrating); F–I: confracta subgroup (F 3261445 Chiang Mai in town; G 3261455 do. near Huei Khaeo Waterfall, H 3261456 do. Doi Suthep in mountain; I 3261452 Phrao district; J 3261444 Khao Yai); K–N: unknown subgroup (K 3261447 Khao Chong; L 3261449 Nan not voucher for song; M–N 3261442 Khao Sok right and left cercus).
FIGURE 3 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 3. Apical area of male cerci of specimens from Java (A–G, J–K) and Borneo (H–I, M–P). A–D: M. javana from Palabuan Ratu (A 3261437 neotype; B 3261432; C 3261435; D 3261436); E–I: M. himalaya group (E 3261440 Gunung Salak; F 3261448 Bogor; G, 3254643 P. Ratu; H, 3261454 Sarawak near Batu Niah, I 3261461 Nanga Ngungun); J: unknown group from Palabuan Ratu forest (3261434 large species); K–L: M. paucidens (K 3261458 Gunung Lawu, L type from Timor); M: M. himalaya from Sabah (CRTmeceloM01); N–P: M. s. stridulata from Sabah (N CRTmeceloM02 from Poring; O OTRmeceloS15 and P OTRmeceloS16 from Matunggong).
FIGURE 19 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 19. Tegmina in Mecopoda and Eumecopoda species. A M. angusta, male, B M. angusta, female, C M. divergens, female, holotype, photo without scale, size according to the description, D E. platyphoea stat. nov., female, holotype, E E. cyrtoscelis zhantievi subsp. nov., male, holotype, F E. cyrtoscelis zhantievi subsp. nov., female, paratype. Scale 10 mm.
FIGURE 9 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 9. Oscillograms of the calling songs of species of the Mecopoda confracta subgroup. Details (1 s sections). In M. sismondoi sp. nov. synchronous registration of movement of left tegmen and sound (upper line: upward deflection indicating opening, downward closing; lower line: sound).
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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.