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ShareScore release 0.9.0
Dataset results
22 results for “Neuromast”
Fig. 2 in A taxonomic review of the species of Charax Scopoli, 1777 (Teleostei: Characidae: Characinae) with description of a new species from the rio Negro bearing superficial neuromasts on body scales, Amazon basin, Brazil
Fig. 2. Superficial neuromasts (black arrow) on ventral body scales of Charax metae, CAS 69117, 59 mm SL.
Figure 1. – Schematic illustrations showing main cephalic free neuromast patterns. A in Evidence of two species currently under the name of Eleotris fusca (Gobioidei: Eleotridae) in the Indian Ocean
Figure 1. – Schematic illustrations showing main cephalic free neuromast patterns. A: Eleotris acanthopoma (Holotype, RMNH 25934); B: Eleotris niger (Syntype, MNHN A.1578) synonym of E. fusca; C: Eleotris melanosoma (Syntype, RMNH 4815).
Contributions of mirror-image hair cell orientation to mouse otolith organ and zebrafish neuromast function: Part 2/2, Hair cell and afferent physiology from mouse utricle
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Fluorescence images of ybx1 mutant neuromasts [time course, wt]
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Fluorescence images of ybx1 mutant neuromasts [time course, het]
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Data from: Contributions of mirror-image hair cell orientation to mouse otolith organ and zebrafish neuromast function: Part 1/2, Zebrafish data
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Fluorescence images of ybx1 mutant neuromasts [incross]
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Fluorescence images of ybx1 mutant neuromasts [Ybx1 immunofluorescence]
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Sensory evolution in a cavefish radiation: Patterns of neuromast distribution and associated behaviour in Sinocyclocheilus (Cypriniformes: Cyprinidae)
<p><em>Sinocyclocheilus</em>, a large radiation of freshwater cavefish, are well-known for their presence of regressive features (e.g., variable eye reduction). Fewer constructive features are known, such as the expansion of the lateral line system (LLS) involved in detecting water movements. The precise relationship between LLS expansion and cave adaptation is not well understood. Here we examine morphological and behavioural features of the LLS in <em>Sinocyclocheilus</em> characterized by broad variation in eye size, habitat and geographic distribution. Using live-staining techniques and automated behavioural analyses, we examined 26 <em>Sinocyclocheilus</em> species and quantified neuromast organ numbers, positions, and laterality within a phylogenetic context. We then examined how these morphological features may relate to wall-following, an established cave-associated behaviour mediated by the lateral line. We show that most species demonstrated laterality (i.e., asymmetry) in neuromast organs on the head, often biased to the right. We also found that wall-following behaviour was distinctive within cavefish, particularly among eyeless species. These diverse patterns of LLS expansion appear to correlate with the degree of eye loss, as well as geographic distribution. This work reveals that constructive LLS evolution is convergent across distant cavefish taxa, and may mediate asymmetric behavioural features that enable survival in stark subterranean microenvironments.</p>
Contributions of mirror-image hair cell orientation to mouse otolith organ and zebrafish neuromast function
<p>Dataset for Ono et al., 2024.<br>Contains all source data from the Tarchini laboratory, including illustrative images and raw data for quantification, as well as the data file containing statistical analysis. It also contains the data file produced by the Cullen laboratory reporting behavioral data. </p>
Fig. 4 in A taxonomic review of the species of Charax Scopoli, 1777 (Teleostei: Characidae: Characinae) with description of a new species from the rio Negro bearing superficial neuromasts on body scales, Amazon basin, Brazil
Fig. 4. Orbital diameter as a function of head length for species of Charax.
Sensory evolution in a cavefish radiation: Patterns of neuromast distribution and associated behaviour in Sinocyclocheilus (Cypriniformes: Cyprinidae)
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FIGURE 5 in A new species of Microglanis (Siluriformes, Pseudopimelodidae) from lower Rio Tocantins basin, Pará, Brazil, with description of superficial neuromasts and pores of lateral line system
FIGURE 5. Scatter diagram of sixteen Microglanis species on first and second axis of size-free Canonical Variates Analysis: Microglanis carlae (solid diamond, n = 11), M. cibelae (open circle, n = 3), M. cottoides (open square, n = 7), M. eurystoma (open diamond, n = 12), M. garavelloi (horizontal rectangle, n = 9), M. iheringi (open triangle, n = 4), M. leptostriatus (vertical rectangle, n = 8), M. malabarbai (solid triangle, n = 2), M. nigripinnis (cross, n = 3), M. parahybae (X, n = 10), M. pataxo (ellipse, n = 10), M. pellopterygius (open inverted triangle, n = 2), M. poecilus (solid square, n = 5), M. robustus (dark circle, n = 15), M. secundus (solid inverted triangle, n = 6), and M. variegatus (asterisk, n = 5).
FIGURE 4 in A new species of Microglanis (Siluriformes, Pseudopimelodidae) from lower Rio Tocantins basin, Pará, Brazil, with description of superficial neuromasts and pores of lateral line system
FIGURE 4. Hydrographic map of South America with the distribution of species of Microglanis analized, except M. ater. Microglanis carlae (open inverted triangle), M. cibelae (open circle), M. cottoides (open square), M. eurystoma (open diamond), M. garavelloi (solid horizontal rectangle), M. iheringi (open triangle), M. leptostriatus (solid vertical rectangle), M. malabarbai (dark triangle), M. nigripinnis (cross), M. parahybae (X), M. pataxo (solid square inside open square), M. pellopterygius (solid inverted triangle), M. poecilus (solid square), M. robustus (solid circle), M. secundus (solid diamond), M. variegatus (asterisk), and M. zonatus (solid circle inside solid square). Shaded area represents the Tocantins-Araguaia system. Low Tocantins-Araguaia area in the amplification: 1 = Rio Tocantins and 2 = Rio Araguaia. The small gray dots represent municipal districts; names are pointed by arrows. Black dot with white point represents the locality of M. robustus holotype.
FIGURE 3 in A new species of Microglanis (Siluriformes, Pseudopimelodidae) from lower Rio Tocantins basin, Pará, Brazil, with description of superficial neuromasts and pores of lateral line system
FIGURE 3. Diagram of mechano-sensorial organs of paratype of Microglanis robustus (INPA 32885). In blue are represented the canals of lateral lines: mc - mandibular canal, soc - supraorbital canal, ioc - infraorbital canal, oc - otic canal, poc - postotic canal, prc - preopercular canal, pbpoc - pterotic branch of the postotic canal, abioc - antorbital branch of the infraorbital canal, pbsoc - parietal branch of the supraorbital canal, and llc - lateral line canal. The red lines represent the superficial neuromasts lines: nl - nasal line, rl - rostral line, al - anterior line, ml - mandibular line, stal - supratemporal acessory line, dtl - dorsal-trunk line, sdtl - subdorsal-trunk line, mtl - medium-trunk line and svtl - subventral-trunk line. Other abbreviations represent: pcll - pore canal of the lateral line, mb - maxillary barbel, imb - inner mental barbel, omb - outer mental barbel, ps - pectoral-fin spine, ds - dorsal-fin spine, hp - posterior cleithral process, oan - opening anterior nasal, and opn - opening posterior nasal. The white dots on the canals represent pores. Black dots with red center represent superficial neuromasts.
FIGURE 2 in A new species of Microglanis (Siluriformes, Pseudopimelodidae) from lower Rio Tocantins basin, Pará, Brazil, with description of superficial neuromasts and pores of lateral line system
FIGURE 2. Dorsal view of left pectoral-fin spine of paratype of Microglanis robustus (INPA 7957, Rio Tocantins, rapids in Jatobal, Tucuruí, Pará, Brazil). Scale bar = 1 mm.
FIGURE 1 in A new species of Microglanis (Siluriformes, Pseudopimelodidae) from lower Rio Tocantins basin, Pará, Brazil, with description of superficial neuromasts and pores of lateral line system
FIGURE 1. Microglanis robustus, holotype, INPA 8053, 20.3 mm SL, Rio Tocantins, in small rapids below the municipal district of Jatobal, Tucuruí, Pará, Brazil.
The role of ERbeta2 in zebrafish neuromasts development 50uM
GEO Series GSE13158. Danio rerio. 6 samples. Type: Expression profiling by array.
Immunoresponsive gene 1 like/itaconate axis promotes neuromast size via metabolic reprogramming to induce Yap signaling
GEO Series GSE264562. Danio rerio. 6 samples. Type: Expression profiling by high throughput sequencing.
The role of ERbeta2 in zebrafish neuromasts development 15uM
GEO Series GSE13157. Danio rerio. 6 samples. Type: Expression profiling by array.
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.