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595 results for “Ducts”
FIGURES 90–98. Noideattella omby new species. 90. Genitalia female, dorsal view. 91. Receptaculum accessory gland ducts, dorsal view. 92. Metatarsus and tarsus I female, retrolateral view. 93. Tibia 1 female, retrolateral view. 94. Chelicerae male, anterior view. 95. Embolus, dorsal view. 96. Embolus, retrolateral view. 97. Embolus, prolateral view. 98 in Indian Ocean goblin spiders (Araneae, Oonopidae): four new species of pelicinoids from Madagascar, with a redescription of the type species Silhouettella curieusei Benoit, 1979
FIGURES 90–98. Noideattella omby new species. 90. Genitalia female, dorsal view. 91. Receptaculum accessory gland ducts, dorsal view. 92. Metatarsus and tarsus I female, retrolateral view. 93. Tibia 1 female, retrolateral view. 94. Chelicerae male, anterior view. 95. Embolus, dorsal view. 96. Embolus, retrolateral view. 97. Embolus, prolateral view. 98. Embolus, ventral view. Scale bars = 50 µm, except emboli and Receptaculum accessory gland ducts = 10 µm.
FIGURES 73–81. Silhouettella perisalma new species. 73. Genitalia female, dorsal view. 74. Receptaculum accessory gland ducts, dorsal view. 75. Tarsal organ female, dorsal view. 76. Chelicerae male, anterior view. 77. Pedicel area male, dorsal view. 78. Embolus, dorsal view. 79. Embolus, prolateral view. 80. Embolus, retrolateral view. 81 in Indian Ocean goblin spiders (Araneae, Oonopidae): four new species of pelicinoids from Madagascar, with a redescription of the type species Silhouettella curieusei Benoit, 1979
FIGURES 73–81. Silhouettella perisalma new species. 73. Genitalia female, dorsal view. 74. Receptaculum accessory gland ducts, dorsal view. 75. Tarsal organ female, dorsal view. 76. Chelicerae male, anterior view. 77. Pedicel area male, dorsal view. 78. Embolus, dorsal view. 79. Embolus, prolateral view. 80. Embolus, retrolateral view. 81. Embolus, ventral view. Scale bars = 50 µm, except emboli = 10 µm, female receptaculum accessory gland and tarsal organ 75 = 2 µm.
Linear breaking strength of porcine cystic ducts and distance to the gallbladder are not associated to allometric parameters
<p>Raw data for the analyses in the manuscript with the same title.</p>
Рис. 1–9. Leptacinus spp., имаго и генитаΛии самцов. 1, 5–6 – L. stradomskyi sp. n.; 2–4 – L. batychrus; 7–9 – L. khachikovi, гоΛотип. 1–2, 7 – габитус; 3–6, 8–9 – генитаΛии и их структуры (6 – вентроапикаΛьный скΛерит, 9 – извитой канаΛ). Figs 1–9. Leptacinus spp., imagoes and male genitalia. 1, 5–6 – L. stradomskyi sp. n.; 2–4 – L. batychrus; 7–9 – L. khachikovi, holotype. 1–2, 7 – habitus; 3–6, 8–9 – genitalia and their structures (6 – ventralapical sclerit, 9 – curved duct). in A new species of the genus Leptacinus Erichson, 1839 (Coleoptera: Staphylinidae: Xantholininae) from Rostov Region of Russia
Рис. 1–9. Leptacinus spp., имаго и генитаΛии самцов. 1, 5–6 – L. stradomskyi sp. n.; 2–4 – L. batychrus; 7–9 – L. khachikovi, гоΛотип. 1–2, 7 – габитус; 3–6, 8–9 – генитаΛии и их структуры (6 – вентроапикаΛьный скΛерит, 9 – извитой канаΛ). Figs 1–9. Leptacinus spp., imagoes and male genitalia. 1, 5–6 – L. stradomskyi sp. n.; 2–4 – L. batychrus; 7–9 – L. khachikovi, holotype. 1–2, 7 – habitus; 3–6, 8–9 – genitalia and their structures (6 – ventralapical sclerit, 9 – curved duct).
Linear Acoustics 1: Duct 01
<p>This benchmark problem may be considered as waves traveling through a duct. Although a smooth solution is expected over the entire frequency range, the numerical solution may be unstable if modes perpendicular to the traveling waves occur.</p> <p>This benchmark can be used to study the eigenvalue problem with arbitrary admittance boundary conditions, discusses the accuracy of mode superposition for reconstruction of the solution in frequency domain, as well as study the convergence of your formulation towards h- and p-refinement.</p> <p>A detailed description with references can be found in the PDF.</p>
Fluorescent Cholangiography vs White Light for Bile Ducts Identification
ClinicalTrials.gov study NCT02702843. IPD Sharing: YES. Countries: 5. Publications: 1.
copulatory ducts curved (11b) in A revision of the African wolf spider genus Amblyothele Simon
copulatory ducts curved (11b)
Copulatory ducts curved or s-shaped, longer than diameter of spermathecae (10a) in A revision of the African wolf spider genus Amblyothele Simon
Copulatory ducts curved or s-shaped, longer than diameter of spermathecae (10a)
Spermathecae globular (c5), copulatory ducts S-shaped (c6) in An of Zelotibia (Araneae, Gnaphosidae), a spider genus with a species swarm in the Albertine Rift
Spermathecae globular (c5), copulatory ducts S-shaped (c6)
Copulatory ducts at frontal curve with short diverticulum (b3) in An of Zelotibia (Araneae, Gnaphosidae), a spider genus with a species swarm in the Albertine Rift
Copulatory ducts at frontal curve with short diverticulum (b3)
copulatory ducts less strongly curved (d4) in An of Zelotibia (Araneae, Gnaphosidae), a spider genus with a species swarm in the Albertine Rift
copulatory ducts less strongly curved (d4)
Curve of copulatory ducts more obtuse (f5) in An of Zelotibia (Araneae, Gnaphosidae), a spider genus with a species swarm in the Albertine Rift
Curve of copulatory ducts more obtuse (f5)
Copulatory ducts not reflexed outwards at anterior end, openings surrounded by blackish area (b2) in An of Zelotibia (Araneae, Gnaphosidae), a spider genus with a species swarm in the Albertine Rift
Copulatory ducts not reflexed outwards at anterior end, openings surrounded by blackish area (b2)
Copulatory ducts straight, shorter than diameter of spermathecae (9d) in A revision of the African wolf spider genus Amblyothele Simon
Copulatory ducts straight, shorter than diameter of spermathecae (9d)
Lateral parts of posterior margin more or less strongly pointed (9c); ducts shorter (9c) in A revision of the African wolf spider genus Amblyothele Simon
Lateral parts of posterior margin more or less strongly pointed (9c); ducts shorter (9c)
copulatory ducts long and s-shaped (9b) in A revision of the African wolf spider genus Amblyothele Simon
copulatory ducts long and s-shaped (9b)
Crucial roles of the mesenchymal androgen receptor in Wolffian duct development
<p>Wolffian duct maintenance and differentiation is predominantly driven by the androgen action, which is mediated by the androgen receptor (AR). It is well established that the mesenchyme indicates the fate and differentiation of epithelial cells. However, in vivo developmental requirement of mesenchymal AR in Wolffian duct development is still undefined. By designing a mesenchyme-specific <em>Ar</em> knockout (AR<sup>cKO</sup>), we discovered that the loss of mesenchymal <em>Ar</em> led to the bilateral or unilateral degeneration of caudal Wolffian ducts and cystic formation at the cranial Wolffian ducts. Ex vivo culture of AR<sup>cKO</sup> Wolffian ducts invariably resulted in bilateral defects, suggesting that some factor(s) originating from surrounding tissues in vivo might promote Wolffian duct survival and growth even in the absence of mesenchymal <em>Ar</em>. Mechanistically, we found cell proliferation was significantly reduced in both epithelial and mesenchymal compartments; but cell apoptosis was not affected. Transcriptomic analysis by RNA-seq of E14.5 mesonephroi revealed 131 differentially expressed genes. Multiple downregulated genes (<em>Top2a, Wnt9b, Lama2 and Lamc2</em>) were associated with morphological and cellular changes in AR<sup>cKO </sup>male embryos (i.e. reduced cell proliferation and decreased number of epithelial cells). Mesenchymal differentiation into smooth muscle cells that are critical for morphogenesis was also impaired in AR<sup>cKO </sup>male embryos. Taken together, our results demonstrate the crucial roles of the mesenchymal AR in Wolffian duct maintenance and morphogenesis in mice.</p>
Ventilation Duct
Ventilation duct developed for the game "The Father". This low poly model contains a rotating animation of the old metal propellers and textures. Source: Objaverse 1.0 / Sketchfab
Ventilation duct [3D Scan;Low Poly]
# Ventilation duct * Photogrammetry * PBR * Low-Poly * 8K and 4K textures * Free to use. ;) * P.S. If you like my model, please, check my [ArtStation](https://www.artstation.com/mrunity) page too : Source: Objaverse 1.0 / Sketchfab
Complex Whistler-Mode Wave Features Created by a High Density Plasma Duct in the Magnetosphere
<p>Raytracing simulation trajectories (from "DenRay" code) for modeling an RBSP observation of a duct-like structure in the magnetosphere.</p> <p>The data is saved in MATLAB's '.mat' format. it contains the following variables:</p> <p>x: x- position of rays</p> <p>z: z- position of rays</p> <p>kx: x-component of whistler mode wavevector</p> <p>kz: x-component of whistler mode wavevector</p> <p>t: vector of times along ray trajectory</p> <p>The dataset includes 10,000 rays and 859 time steps per ray.</p> <p>Please contact Vijay Harid (vijay.harid@ucdenver.edu) for specifics on the simulation.</p>
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Annotated Behaviour and Observability Dataset (ABODe)
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