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173 results for “CAMELS”
FIG. 2 in The Camel today: assets and potentials
FIG. 2. — Number of camel in the countries having more than 0.1 million camels.
FIG. 6 in The camel remains from site HD-6 (Ra's al-Hadd, Sultanate of Oman): an opportunity for a critical review of dromedary findings in eastern Arabia
FIG. 6. — LSI-values of each individual from Iron Age Mleiha graves. Abbreviations: g., grave.
FIG. 9 in The camel remains from site HD-6 (Ra's al-Hadd, Sultanate of Oman): an opportunity for a critical review of dromedary findings in eastern Arabia
FIG. 9. — Sha'ib Musamma open-air site, Central Arabia. Rock art panel (Anati 1968b).
FIG. 2 in The camel remains from site HD-6 (Ra's al-Hadd, Sultanate of Oman): an opportunity for a critical review of dromedary findings in eastern Arabia
FIG. 2. — Lower teeth of Equus sp. from Ra's al-Hadd (HD-6) site (Photo: Joint Hadd Project).
Cairo Camel
A 3d model from a wooden camel souvenir from the Egyptian Museum, Cairo, Egypt. Source: Objaverse 1.0 / Sketchfab
The power of coalescent methods for inferring recent and ancient gene flow in endangered Bactrian camels
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Data from: Phylogenomic data reveal three new families of poorly studied Solifugae (camel spiders)
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Genomic prediction for growth using a low-density SNP panel in dromedary camels
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Genomic signatures of domestication in Old World camels
<p>Domestication begins with the selection of animals showing less fear of humans. In most domesticates, selection signals for tameness have been superimposed by intensive breeding for economical or other desirable traits. Old World camels, conversely, have maintained high genetic variation and lack these secondary bottlenecks associated with breed development. By re-sequencing multiple genomes from dromedaries, Bactrian camels, and their endangered wild relatives, we show that positive selection for candidate genes underlying traits collectively referred to as 'domestication syndrome' is consistent with neural crest deficiencies and altered thyroid hormone-based signaling. Comparing our results with other domestic species, we postulate that the core set of domestication genes is considerably smaller than the pan-domestication set – and overlapping genes are likely a result of chance and redundancy. These results, along with the extensive genomic resources provided, are an important contribution to understanding the evolutionary history of camels and the genomic features of their domestication.</p>
FIGURES 10–12 in Endosymbiotic Ciliated Protozoan Biota of Dromedary Camels and Domestic Cattle in Tunisia
FIGURES 10–12. SEM images of B. krugerensis. ACZ, adoral ciliary zone; SCZ, somatic ciliary zone; CC, caudal cilia; pore of contractile vacuole (arrowhead).
FIGURES 7–9 in Endosymbiotic Ciliated Protozoan Biota of Dromedary Camels and Domestic Cattle in Tunisia
FIGURES 7–9. Photomicrographs of Blepharoconus krugerensis in MFS. ACZ, adoral ciliary zone; C, cytostome; CC, caudal cilia; CP, cytoproct; CTV, concretion vacuole; CV, contractile vacuole; MA, macronucleus; MI, micronucleus; SCZ, somatic ciliary zone.
FIGURES 3–6 in Endosymbiotic Ciliated Protozoan Biota of Dromedary Camels and Domestic Cattle in Tunisia
FIGURES 3–6. SEM images of Caloscolex camelinus. 3–4. C. camelinus m. laevis, 5–6. C. camelinus m. cuspidatus. ACZ, adoral ciliary zone; DCZ, dorsal ciliary zone; S, spine; pore of contractile vacuoles (arrowheads).
FIGURES 1–2 in Endosymbiotic Ciliated Protozoan Biota of Dromedary Camels and Domestic Cattle in Tunisia
FIGURES 1–2. Photomicrographs of Caloscolex camelinus m. laevis. 1. In MFS from the right side, 2. In MFS and Lugol's iodine from the right side. CP, cytoproct; CV, contractile vacuole; MA, macronucleus; MI, micronucleus; SP, skeletal plate.
Ceramic Camel Figure, Mleiha, Sharjah
Pottery sherd with a camel figure in relief, possibly part of a ceramic incense burner or decorated vase. Discovered at Mleiha area AV. 3rd -2nd century BCE. 604 photos. Completely processed (aligned, scaled, modeled, cleaned, simplified, unwrapped, textured, meshed) in Reality Capture. GDH thaks and acknowledges Dr. Bruno Overlaet for this description. E. Haerinck & B. Overlaet (2018). The Belgian Archaeological Excavations at Mleiha, Sharjah 2009. in: Annual Sharjah Archaeology 13, p. 33-34 nr AV.P.027. Source: Objaverse 1.0 / Sketchfab
Camel Sculpture, Sharjah
Camel sculpture, unknwn provenience. Sharjah. #292 photos. Completely processed (aligned, scaled, modeled, cleaned, simplified, unwrapped, textured, meshed) in Reality Capture. Source: Objaverse 1.0 / Sketchfab
FIGURES 16. Diplodinium cameli f. cameli, f. monospinatum f. n. and f. bispinatum f. n in Forestomach ciliate Protozoa in Egyptian dromedary camels (Camelus dromedarius)
FIGURES 16. Diplodinium cameli f. cameli, f. monospinatum f. n. and f. bispinatum f. n. Bar = 50 m. 1. Diplodinium cameli f. cameli from the right side. 2. Diplodinium cameli f. monospinatum f. n. from the left side. Note the very small spine approximately 5/6th of the distance from the anterior end. 3. Diplodinium cameli f. monospinatum f. n. from the left side. 46. Diplodinium cameli f. bispinatum f. n. All from the right side, showing variation in size of the ventral spine and shape of the cell.
Genetic variability among and within domestic Old and New World Camels at the α-lactalbumin gene (LALBA) reveals new alleles and polymorphisms responsible for differential expression
<p><strong>Supplementary Figure 1</strong>. Schematic representation of the <em>LALBA</em> gene in camelids. Boxes indicate the exons (black for the un-translated, white for the signal peptide and grey for the translated). The line shows introns, 5’- and 3’-flanking regions.</p> <p><strong>Supplementary Figure 2</strong><strong>. </strong>Alignment of the α-LA calcium-binding site (red rectangle) of 23 terrestrial species available in the UniProt database (<a href="http://www.uniprot.org/uniprot/">http://www.uniprot.org/uniprot/</a>). The calcium-binding site in the <em>Camelus dromedarius</em> is indicated by a yellow rectangle.</p>
Fig. 7 in Camel spider trait evolution demonstrates repeated patterns of convergence (Arachnida: Solifugae: Eremobatidae)
Fig. 7. Ancestral state estimation and mapping of binary states of male A) male flagellar groove and B) fondal notch. Absent = no flagellar groove/no fondal notch, present = flagellar groove/fondal notch.
Fig. 4 in Camel spider trait evolution demonstrates repeated patterns of convergence (Arachnida: Solifugae: Eremobatidae)
Fig. 4. Maximum likelihood topology of Eremobatidae inferred using IQ-TREE 2 and the 75% occupancy concatenated UCE matrix with taxa that rendered>10 UCE loci with outgroups removed. Nodal support for major clades refer to maximum likelihood bootstrap values (ML) on the left and local posterior probabilities estimated based on gene tree quartet frequencies in ASTRAL (MSC) on the right.Tip colors illustrate generic designations as per current eremobatid taxonomy. Male (left column) and female (right column) structures of eremobatid species are shown on the right of the topology. Images are ordered phylogenetically. A) Eremochelis andreasana (♂, DMNS ZA.41919; ♀, DMNS ZA.40822). B) Hemerotrecha marathoni (♂, CNAN loan; ♀, CNAN loan). C) Hemerotrecha xena (♂, DMNS ZA.16469; ♀, DMNS ZA.42101). D) Eremochelis bilobatus (♂, DMNS ZA.17629; ♀, DMNS ZA.17359). E) Horribates spinigerus (♂, DMNS ZA.40086; ♀, AMNH_ Holotype). F) Chanbria regalis (♂, DMNS ZA.25443; ♀, DMNS ZA.25442). G) Hemerotrecha serrata (♂, DMNS ZA.16059; ♀, DMNS ZA.22169). H) Eremochelis flexacus (♂, DMNS ZA.16134; ♀, DMNS ZA.23593). I) Hemerotrecha parva (♂, DMNS ZA.42131; ♀, DMNS ZA.42131). J) Eremochelis larreae (♂, CASENT9033550; ♀, DMNS ZA.33721). K) Eremochelis insignatus (♂, DMNS ZA.28260; ♀, DMNS ZA.26390). L) Eremochelis striodorsalis (♂, DMNS ZA.31773; ♀, DMNS ZA.23593). M) Hemerotrecha californica (♂, DMNS ZA.18288; ♀, DMNS ZA.32217). All scale bars represent 1 mm.
Fig. 8 in Camel spider trait evolution demonstrates repeated patterns of convergence (Arachnida: Solifugae: Eremobatidae)
Fig. 8. Ancestral state estimation and mapping of Gaussian mixture modeling (GMM) cluster membership onto our phylogram for ingroup male eremobatid species inferred from Elliptical Fourier coefficients for chelicerae. Character states 1−4 refer to the 4 distinct clusters in morphospace (Fig. 5B).
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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.