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Figure 10 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 10 TEM micrographs of the posterior segment of the midgut loop. (a) Basal region of the posterior segment cell. (b) Apical region of the posterior segment cell. Arrows indicate virus-like particles. (c) High magnification of the apical region of the posterior segment cell. (d) Detail of the cell of the posterior segment. BL, basal lamina; Mi, mitochondria; If, infoldings of basal plasma membrane; Mv, microvilli; V, vesicles; F, ferritinlike granules; H, heterochromatin; N, nuclei; RER, rough endoplasmic reticulum. Scale bars, 0.2 μm (a), 0.5 μm (b), 0.2 μm (c,d).
Figure 5 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 5 TEM micrographs of the posterior end of the midgut. (a) Apical region of the first type of cell, showing tightly packed microvilli. (b) The second type of cell, showing well-developed basal infoldings associated with mitochondria. (c) Detail of the second type of cell. (d) Close-up of the autophagosomes in the cytoplasm. V, vesicles; Mi, mitochondria; Mv, microvilli; If, infoldings of basal plasma membrane; BL, basal lamina; RER, rough endoplasmic reticulum; Ap, autophagosomes; X, dense bodies. Scale bars, 0.5 μm (a), 0.2 μm (b,c,d).
Figure 4 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 4 TEM micrographs of the filter chamber. (a) Cellular sheath surrounding the filter chamber, showing irregular and large nuclei. (b) Transverse section of the anterior end of the midgut. (c) Basal region of the first type of cell of the posterior end of the midgut. (d) Cytoplasm of the first type of cell of the posterior end of the midgut. BL, basal lamina; N, nuclei; Tr, tracheoles; Mv, microvilli; L, lumen; If, infoldings of basal plasma membrane; V, vesicles; Mi, mitochondria; RER, rough endoplasmic reticulum. Arrows in (b) indicate filamentous materials covering the microvilli. Scale bars, 2.0 μm (a), 0.2 μm (b,c,d).
Figure 1 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 1 Gross morphology of the alimentary canal and Malpighian tubule of the P. kaempferi. For convenient visibility, only one Malpighian tubule is left, and the other three ones are removed. Oe, oesophagus; FC, filter chamber; CS, conical segment; Il, ileum; AMg, anterior midgut; MMg, mid-midgut; PMg, posterior midgut; PS, peritoneal sheath; Rc, rectum; MT, Malpighian tubule. Scale bar, 5.0 mm.
Figure 6 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 6 TEM micrographs of the posterior end of the midgut and internal proximal end of the Malpighian tubule. (a) Apical region of the second type of cell of the posterior end of the midgut. (b) Transverse section of the internal proximal end of the Malpighian tubule. SJ, septate junctions; V, vesicles; Mi, mitochondria; Mv, microvilli; BL, basal lamina; If, infoldings of basal plasma membrane; L, lumen. Scale bars, 0.2 μm.
Figure 2 in Morphology and ultrastructure of the alimentary canal of the cicada Platypleura kaempferi (Hemiptera: Cicadidae)
Figure 2 Schematic illustration of the alimentary canal of the P. kaempferi. Oe, oesophagus; FC, filter chamber; CS, conical segment; Il, ileum; AMg, anterior midgut; MMg, mid-midgut; PMg, posterior midgut; PS, peritoneal sheath; Rc, rectum; MT, Malpighian tubule; IMT, internal proximal ends of the Malpighian tubules.
Grand Canal Sign Dublin
Grand Canal Dock (Irish: Duga na Canálach Móire) is a Southside area near the city centre of Dublin, Ireland. Source: Objaverse 1.0 / Sketchfab
Resultados ensayos experimentales canal húmedo de material polimérico sistemas de enfriamiento evaporativo
<p>Se presentan los resultados de los ensayos experimentales de un canal húmedo de paso de aire, fabricado con la tecnología de fabricación aditiva con materiales poliméricos para sistemas de enfriamiento evaporativo.</p>
Figure 4 in Morphology of camouflage by encrustation in the spider crabs Schizophrys dahlak and Hyastenus hilgendorfi (Decapoda: Brachyura: Majoidea: Epialtidae) from the Suez Canal, Egypt
Figure 4. Hyastenus hilgendorfi. (a) Clusters of spinules on orbital regions; (b) close-up of a cluster; (c) arrow indicates typical hooked seta on the exoskeleton; (d) annuli on the basal region of the setal shaft of hooked setae indicated by arrow; (e) arrow indicates hair-like setules of pappose setae, randomly distributed on the medial and distal portions of setal shaft; (f) arrow indicates tendri-pappose setae with thread-like setules randomly distributed on proximal and distal portions of setal shaft; (g) cuspidate setae on the exoskeleton; (h) air-dried wedged setae on exoskeleton; (i) critical-pointdried wedged setae.
Figure 3 in Morphology of camouflage by encrustation in the spider crabs Schizophrys dahlak and Hyastenus hilgendorfi (Decapoda: Brachyura: Majoidea: Epialtidae) from the Suez Canal, Egypt
Figure 3. dahlak. (a) Typical cuspidate setae on exoskeleton. (b–e) Antler setae: (b) arrow indicates miniature (short) antler setae with horn-like setal shaft; (c) four large denticles near the distal portion; (d) tall antler setae; (e) arrow indicates tiny denticles arranged in a single row. (f) Pappose setae on exoskeleton indicated by arrow. (g) Plumose setae found randomly on carapace. Setules (S in inset) situated in grooves indicated by arrow. (h) Composite setae on lateral margins of carapace. (i) Setules flanking one side of setal shaft (S in inset). (j) Multiserrate setae found on branchial and abdominal regions of exoskeleton.
Figure 2 in Morphology of camouflage by encrustation in the spider crabs Schizophrys dahlak and Hyastenus hilgendorfi (Decapoda: Brachyura: Majoidea: Epialtidae) from the Suez Canal, Egypt
Figure 2. Schizophrys dahlak. (a) Arrows point to surface protuberances among hooked setae. (b–d) Patterns of distribution of the three types of tubercles on S. dahlak integument. (b) Arrow points to single denticles found in rows; (c) paired denticles indicated by arrow; (d) single denticle facing a group of spinules. (e) Arrow indicates typical hooked setae on exoskeleton. (f) Lateral slit present on the proximal portion up to distal end indicated by arrow. Denticles (De) on inside of curve on the distal portion of setal shaft. (g) Simple setae on the branchial and abdominal regions of the exoskeleton. (h) Arrow points to slightly curved distal end of the longest simple setae.
Figure 1 in Morphology of camouflage by encrustation in the spider crabs Schizophrys dahlak and Hyastenus hilgendorfi (Decapoda: Brachyura: Majoidea: Epialtidae) from the Suez Canal, Egypt
Figure 1. (a) Hyastenus hilgendorfi, totally inconspicuous individual; (b) Schizophrys dahlak, carapace visible through epibiota; (c) heavily fouled rostrum of H. hilgendorfi (air-dried sample, treatment method after Szebeni and Hartnoll (2005); (d) carapace of H. hilgendorfi masked with ascidians indicated by arrows; (e) arrows point to cleaned regions of the same carapace as in (d); (f) carapace regions of S. dahlak.
Figure 5 in Morphology of camouflage by encrustation in the spider crabs Schizophrys dahlak and Hyastenus hilgendorfi (Decapoda: Brachyura: Majoidea: Epialtidae) from the Suez Canal, Egypt
Figure 5. Hyastenus hilgendorfi. (a) Box with arrow indicates cuspdenticulate setae on the merus of 3rd pereiopod; (b) denticles distributed along shaft; (c) arrows indicate aristate setae; (d) setal shaft aristate, drastically tapers from base to tip, terminal part pointed with an acute angle. Inset: prickle-like denticles; (e) air-dried ribbed setae on rostrum; (f) critical-point-dried ribbed setae; (g) arrow indicates wide grooves of ridged setae bordered by long, narrow ridges running across setal shaft. Inset: spiny needle-like denticles; (h) frilled spatulate setae on the abdomen; (i) setal shaft heavily frilled starting from medial portion towards tip. High density of tuskshaped denticles.
Subspecies and Distribution. A. [. fusciceps Gray, 1866 — NW Ecuador, W of the Andes, historically in the provinces of Esmeraldas and Carchi, from the Colombian border S to the Cordillera de Colonche in the Guayas Province (most S record is in "Puente sobre el rio Chimbo," Chimborazo Province), but today it is restricted to two remnant populations (Awa Ethnological Reserve N of the Rio Mira, and Cotacachi-Cayapas Ecological Reserve and adjacent Los Cedros Protected Forest and surrounding forests S of the Rio Mira). A. f. rufiventris Sclater, 1872 — E Panama (Atlantic slope) and W Colombia from the Uraba region in NW Antioquia, N through Cordoba, Sucre, and N Bolivar departments (N distributional limit on the S bank of the Canal del Dique, Cartagena), W of the Rio Cauca to the coast, E to the lower Rio Cauca along the W bank to SC Antioquia (the Cerro Pirre or the Rio Tucuti marks the border with A. geoffroyi grisescens), and S to the Cordillera Occidental of the Andes in SW Colombia (the most southerly record is Barabacoas, Narino Department). in Atelidae
Subspecies and Distribution. A. [. fusciceps Gray, 1866 — NW Ecuador, W of the Andes, historically in the provinces of Esmeraldas and Carchi, from the Colombian border S to the Cordillera de Colonche in the Guayas Province (most S record is in "Puente sobre el rio Chimbo," Chimborazo Province), but today it is restricted to two remnant populations (Awa Ethnological Reserve N of the Rio Mira, and Cotacachi-Cayapas Ecological Reserve and adjacent Los Cedros Protected Forest and surrounding forests S of the Rio Mira). A. f. rufiventris Sclater, 1872 — E Panama (Atlantic slope) and W Colombia from the Uraba region in NW Antioquia, N through Cordoba, Sucre, and N Bolivar departments (N distributional limit on the S bank of the Canal del Dique, Cartagena), W of the Rio Cauca to the coast, E to the lower Rio Cauca along the W bank to SC Antioquia (the Cerro Pirre or the Rio Tucuti marks the border with A. geoffroyi grisescens), and S to the Cordillera Occidental of the Andes in SW Colombia (the most southerly record is Barabacoas, Narino Department).
Subspecies and Distribution. A. g. geoffroyi Kuhl, 1820 — S & SE Nicaragua (coastal region around San Juan del Norte or Martina Bay, probably ranging across the lowlands to the vicinity of Lake Managua and Lake Nicaragua on the Pacific coast); possibly in N Costa Rica. A. g. azuerensis Bole, 1937 — SC Panama, known only from the forested mountains of the W side of the Azuero Peninsula (Veraguas Province) in the vicinity of Ponuga, where it appears to be isolated; it may also occur to the W along the Pacific coastto the Burica Peninsula, near the Panamanian and Costa Rican border. A. g. frontatus Gray, 1842 — N & W Nicaragua and NW Costa Rica. A. g. grisescens Gray, 1866 — S Panama along the Pacific coast in the valley of the Rio Tuyra and SE through the Serrania del Sapo of extreme SE Panama into the Cordillera de Baudo of NW Colombia. A. g. ornatus Gray, 1871 — C & E Costa Rica, and Panama (from Chiriqui Province to the Serrania de San Blas E of the Canal Zone). A. g. vellerosus Gray, 1866 — E & SE Mexico (E San Luis Potosi, Veracruz, Tabasco, E Oaxaca, and Chiapas states), Guatemala (including the highlands), El Salvador, and Honduras (along the N coastto the lowlands of La Mosquitia in Gracias a Dios Department). A. g. yucatanensis Kellogg & Goldman, 1944 — SE Mexico (forests of the Yucatan Peninsula), NE Guatemala, and adjoining parts of Belize; intergrading in S Mexico (Campeche State) and Guatemala with vellerosus. in Atelidae
Subspecies and Distribution. A. g. geoffroyi Kuhl, 1820 — S & SE Nicaragua (coastal region around San Juan del Norte or Martina Bay, probably ranging across the lowlands to the vicinity of Lake Managua and Lake Nicaragua on the Pacific coast); possibly in N Costa Rica. A. g. azuerensis Bole, 1937 — SC Panama, known only from the forested mountains of the W side of the Azuero Peninsula (Veraguas Province) in the vicinity of Ponuga, where it appears to be isolated; it may also occur to the W along the Pacific coastto the Burica Peninsula, near the Panamanian and Costa Rican border. A. g. frontatus Gray, 1842 — N & W Nicaragua and NW Costa Rica. A. g. grisescens Gray, 1866 — S Panama along the Pacific coast in the valley of the Rio Tuyra and SE through the Serrania del Sapo of extreme SE Panama into the Cordillera de Baudo of NW Colombia. A. g. ornatus Gray, 1871 — C & E Costa Rica, and Panama (from Chiriqui Province to the Serrania de San Blas E of the Canal Zone). A. g. vellerosus Gray, 1866 — E & SE Mexico (E San Luis Potosi, Veracruz, Tabasco, E Oaxaca, and Chiapas states), Guatemala (including the highlands), El Salvador, and Honduras (along the N coastto the lowlands of La Mosquitia in Gracias a Dios Department). A. g. yucatanensis Kellogg & Goldman, 1944 — SE Mexico (forests of the Yucatan Peninsula), NE Guatemala, and adjoining parts of Belize; intergrading in S Mexico (Campeche State) and Guatemala with vellerosus.
Figure 3. A–F in Anatomy and phylogenetic value of the mandibular and coronoid canals and their associated foramina in proboscideans (Mammalia)
Figure 3. A–F, horizontal computed tomography (CT) slices of a mandible of Elephas maximus (TMM M-6445) showing the position and path of the mandibular canal and its associated foramina. G, diagrammatic representation of the mandible in left lateral view, illustrating the position of the CT slices depicted in A–F. The course of the mandibular canal is outlined. Abbreviations: a.m2, second molar alveolus; a.m.c., anterior mental canal; a.m.f., anterior mental foramen; co.f., coronoid foramen; co.p., coronoid process; l.m.c., lateral mental canal; m1, first lower molar; ma.c., mandibular canal; ma.f., mandibular foramen; p.m.f., posterior mental foramen.
Figure 4. A–E in Anatomy and phylogenetic value of the mandibular and coronoid canals and their associated foramina in proboscideans (Mammalia)
Figure 4. A–E, sagittal computed tomography (CT) slices of a mandible of Elephas maximus (TMM M-6445) illustrating the position and path of the mandibular canal and its associated foramina. F, diagrammatic representation of the right hemimandible in occlusal view, showing the position of the serial CT slices shown in A–E. Abbreviations: a.m2, second molar alveolus; a.m.c., anterior mental canal; a.m.f., anterior mental foramen; a.r.m1, anterior root of m1; co.f., coronoid foramen; con., condyle; co.p., coronoid process; l.m.c., lateral mental canal; ma.c., mandibular canal; m.fo., mandibular foramen; m1, first lower molar; p.m.f., posterior mental foramen; sym., symphysis.
Figure 1 in Anatomy and phylogenetic value of the mandibular and coronoid canals and their associated foramina in proboscideans (Mammalia)
Figure 1. Schematic representation of the mandible of the basal proboscidean Phosphatherium escuillei depicting the principal anatomical characters of the coronoid and mandibular canals and their associated foramina in proboscideans (modified from Gheerbrant et al., 2005b). A, labial view; B, lingual view. The courses of the mandibular and coronoid canals in P. escuillei are hypothetical and were reconstructed based on the position of the external foramina and by comparison with Moeritherium. Abbreviations: a.m.c., anterior mental canal; a.m.f., anterior mental foramen; con., condyle; co.f., coronoid foramen; co.p., coronoid process; l.m.c., lateral mental canal; ma.c., mandibular canal; ma.f., mandibular foramen; p.m.f., posterior mental foramen; sym., symphysis (section). Arrow indicates the position of the posterior border of the symphysis. Scale bar = 1 cm.
Figure 2. A–G in Anatomy and phylogenetic value of the mandibular and coronoid canals and their associated foramina in proboscideans (Mammalia)
Figure 2. A–G, transversal (coronal) computed tomography (CT) slices of a mandible of Elephas maximus (TMM M-6445) showing the position and path of the mandibular canal and its associated foramina. H, diagrammatic representation of the mandible in occlusal view, illustrating the position of the CT slices depicted in A–G. Abbreviations: a.m2, second molar alveolus; a.m.c., anterior mental canal; a.m.f., anterior mental foramen; co.f., coronoid foramen; co.p., coronoid process; l.m.c., lateral mental canal; m1, first lower molar; ma.c., mandibular canal; p.c., pulpar chamber of m1; p.m.f., posterior mental foramen.
Figure 7 in Anatomy and phylogenetic value of the mandibular and coronoid canals and their associated foramina in proboscideans (Mammalia)
Figure 7. Mandibular rami in medial view illustrating the shape and position of the mandibular foramen amongst various proboscidean taxa. A, Prodeinotherium bavaricum (BSP 1977 I 229; from Huttunen & Göhlich, 2002); B, Phiomia serridens (NHM M9122); C, Mammut americanum (NHM M17187); D, 'Stegomastodon' platensis (MNHN PAM187); E, Loxodonta africana (MZF); F, Elephas maximus (MZF 8065); G, Mammuthus primigenius (IAM 6). Abbreviations: a.m3, alveolus of m3; con., condyle; co.f., coronoid foramen; co.p., coronoid process; l.pr., linguoid process; ma.f., mandibular foramen; m2, second lower molar; m3, third lower molar.
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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
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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
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