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441 results for “tardigrades”
FIGURE 4. A–D in Tardigrades from Portugal: four new records and description of two new species
FIGURE 4. A–D, Bertolanius portucalensis sp. nov.: A, egg; B, detail of the reticular design with large meshes formed by membranous ridges on the egg shell; C, D, details of veils formed by reticulated membranous ridges (arrows) (scale bars = 10 μm).
FIGURE 2. A–E in Tardigrades from Portugal: four new records and description of two new species
FIGURE 2. A–E, Minibiotus orthofasciatus sp. nov.: A, bucco-pharyngeal apparatus of a paratype, the thickening of the buccal tube wall is shown; B, bucco-pharyngeal apparatus of the holotype; C, egg, arrows indicates the egg processes; D, areolated design of the egg shell formed by the connections of the membranous hood of the processes (arrows); E, polygonal areolae around processes with dots on their margins are shown (scale bars = 10 µm).
FIGURE 1. A–D in Tardigrades from Portugal: four new records and description of two new species
FIGURE 1. A–D, Minibiotus orthofasciatus sp. nov.: A, anterior portion of the body of a paratype, the dorsal bands of pores are visible; B, postero-dorsal bands of pores of a paratype; C, details of second and third leg pores of a paratype; D, posterior portion of the body of a paratype, the ventral bands of pores and the claws are visible (scale bars = 10 µm).
FIGURE 4. A in Minibiotus xavieri, a new species of tardigrade from the Parque Biológico de Gaia, Portugal (Eutardigrada: Macrobiotidae)
FIGURE 4. A, claws of Macrobiotus lazzaroi. B–D, Macrobiotus pseudofurcatus: B, claws of the first pair of legs; C, claws of the fourth pair of legs; D, details of the egg, some long terminal filaments of the egg processes are shown (arrow), the process surface is smooth. (Scale bars = 10 µm)
FIGURE 3. A–C in Minibiotus xavieri, a new species of tardigrade from the Parque Biológico de Gaia, Portugal (Eutardigrada: Macrobiotidae)
FIGURE 3. A–C, Minibiotus orthofasciatus: A, claws of the first and second pair of legs; B, details of the eggs, the shape of the processes and the covering membrane are shown; C, details of the egg, the ornamentation of the egg shell is shown (arrow); D–F, Minibiotus vinciguerrae: D, details of the egg, the process surface and the egg shell are smooth; E, claws of the second pair of legs; F, claws of the fourth pair of legs. (Scale bars = 10 µm)
FIGURE 2. A–D in Minibiotus xavieri, a new species of tardigrade from the Parque Biológico de Gaia, Portugal (Eutardigrada: Macrobiotidae)
FIGURE 2. A–D, details of the eggs of Minibiotus xavieri sp. nov.: A, the terminal filaments of the egg processes are broken one case excluded (black arrow), one process is forked in the proximal position (white arrow); B, one process is forked in the preterminal position and has terminal filaments (black arrow), another process is forked in a more proximal position (white arrow); C, one process is forked in the preterminal position and has terminal filaments (black arrow), another process is forked in a more proximal position (white arrow), the well-spaced granulation of the egg shell is visible; D, the terminal filaments, the well-spaced granulation of a process (black arrow) and of the egg shell are visible. (Scale bars = 10 µm)
FIGURE 1. A–E in Minibiotus xavieri, a new species of tardigrade from the Parque Biológico de Gaia, Portugal (Eutardigrada: Macrobiotidae)
FIGURE 1. A–E, Minibiotus xavieri sp. nov.: A, posterior portion of the body of a paratype showing the dorsal bands of pores; B, bucco-pharyngeal apparatus of the holotype, arrow indicates a thickening of the buccal tube caudal to the stylet supports (not very visible in the figure due to the orientation of the specimen); C, bucco-pharyngeal apparatus of a paratype; D, claws of the first pair of legs of the holotype, arrow indicates the faint cuticular thickenings below the lunules; E, claws of the fourth pair of legs of a paratype. (Scale bars = 10 µm)
FIGURE 12 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURE 12. The administrative map of Turkey with 28 blackened provinces in which tardigrades were found (clockwise: 1—Kırkareli, 2—Çanakkale, 3—Balıkesir, 4—Bursa, 5—Sakarya, 6—Bolu, 7—Ankara, 8—Kastamonu, 9—Çorum, 10—Sivas, 11—Erzincan, 12—Tunceli, 13—Erzurum, 14—Aġrı, 15—Van, 16—Hakkari, 17—Bitlis, 18—Siirt, 19—Diyarbakır, 20—Gaziantep, 21—Mersin, 22—Konya, 23—Antalya, 24—Burdur, 25—Afyonkarahisar, 26—Ušak, 27—Denizili, 28—Izmir). Map outline from Wikipedia.
FIGURES 10–11 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURES 10–11. Milnesium beasleyi sp. nov. 10—modified claws I of the only male found in the sample (paratype), 11 —posterior secondary branch IV with an abnormal, short and straight point c (indicated by an arrow, paratype), scale on Fig. 11 same as on Fig. 10.
FIGURES 8–9 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURES 8–9. Milnesium beasleyi sp. nov. normally developed female claws: 8—claws II (paratype), 9—claws IV (holotype), scale on Fig. 9 same as on Fig. 8.
FIGURES 6–7 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURES 6–7. Milnesium beasleyi sp. nov. buccal apparatus: 6—female (holotype), 7—male (paratype). Both dorso-ventral views, scale on Fig. 7 same as on Fig. 6.
FIGURES 1–2 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURES 1–2. Milnesium beasleyi sp. nov. habitus: 1—female (holotype), 2—male (paratype). Both dorso-ventral views, scale on Fig. 2 same as on Fig. 1.
FIGURES 3–5 in Current knowledge on Turkish tardigrades with a description of Milnesium beasleyi sp. nov. (Eutardigrada: Apochela: Milnesiidae, the granulatum group)
FIGURES 3–5. Milnesium beasleyi sp. nov. cuticular sculpture: 3–4—dorsal cuticle at increasing magnification, 5 —cuticle of the outer part of leg III. All paratypes.
FIGURE 2. A–D in A new tardigrade Doryphoribius maasaimarensis sp. nov. (Eutardigrada: Hypsibiidae) from Kenya
FIGURE 2. A–D, Doryphoribius maasaimarensis sp. nov. A, Bucco-pharyngeal apparatus of a paratype (slide No. 5486): the placoids are focused. B, Bucco-pharyngeal apparatus in lateral view showing (arrow) the gradual bending of the anterior third of the buccal tube (paratype, slide No. 5486). C, Claws of the first pair of legs of the holotype (slide No. 5485). D, Claws of the hind legs of a paratype (slide No. 5488); arrows indicate the very thin accessory points and the lunule under the posterior claw. Scale bars = 10 µm.
FIGURE 3. A–D, Doryphoribius zyxiglobus. A, B in A new tardigrade Doryphoribius maasaimarensis sp. nov. (Eutardigrada: Hypsibiidae) from Kenya
FIGURE 3. A–D, Doryphoribius zyxiglobus. A, B, Bucco-pharyngeal apparatus in lateral view showing (arrow) the marked bending immediately behind the oral cavity: A, a paratype; B, a Chinese specimen (slide No. 4976). C, Claws of the second pair of legs of a paratype. The arrow indicates the well developed accessory points. D, Claws of the second pair of legs of a paratype. The arrow indicates the well developed accessory points. Scale bars = 10 µm.
FIGURE 1. A–D in A new tardigrade Doryphoribius maasaimarensis sp. nov. (Eutardigrada: Hypsibiidae) from Kenya
FIGURE 1. A–D, Doryphoribius maasaimarensis sp. nov. A, holotype (slide No. 5485) in dorsal view (scale bar = 20 µm.). B, Detail of the cuticular ornamentation of a paratype (slide No. 5488). C, Buccal armature of the holotype in dorsal view (scale bar = 10 µm). D, Buccal armature of the holotype in ventral view (scale bar = 10 µm).
FIGURE 2. A–D in Two new tardigrade species from Sicily
FIGURE 2. A–D, Macrobiotus insuetus sp. nov. A, B, Holotype claws of leg IV. In A the posterior claw is in focus (arrow), and B the anterior claw (arrow). The long, common basal tract for both posterior and anterior claws is very clear. C, D, Eggs (slide No. 5225). D shows the reticular ornamentation of the processes (arrows). Scale bar = 10 µm.
FIGURE 5. A-C in Two new tardigrade species from Sicily
FIGURE 5. A-C. Diphascon procerum sp. nov. A, Paratype buccal-pharyngeal apparatus and claws of leg I (slide No. 3253). The eyes are visible. B, Paratype (as in A) claws of leg IV (slide No. 3253). Cuticular bars near the base of both claws are visible. Arrow indicates the thin accessory points. C, Paratype (as in A) claws of leg II (slide No. 3253). D, Diphascon ramazzottii. Paratype claws of leg II (slide No. 1464). Scale bar = 10 µm.
FIGURE 1. A-D in Two new tardigrade species from Sicily
FIGURE 1. A-D, Macrobiotus insuetus sp. nov. A, Holotype buccal-pharyngeal apparatus. B, Paratype buccal armature (slide No. 5225). C, Holotype claws of leg II. Arrow indicates the lunule at the base of the external claw. D, Paratype claws of leg IV (slide No.1424). The long, common basal tract and short secondary branch of both posterior and anterior claws on leg IV are markedly different from the claws on legs I–III. Scale bar = 10 µm.
FIGURE 4. A-D in Two new tardigrade species from Sicily
FIGURE 4. A-D, Diphascon procerum sp. nov. A, Paratype cuticular ornamentation detail (arrows) (slide 3253). B, Holotype buccal-pharyngeal apparatus. C, Holotype claws of leg III. Arrow indicates the cuticular bar near the base of the internal claw. D, Holotype claws of leg IV. Arrows indicate the cuticular bars near the base of the claws. Scale bar = 10 µm.
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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)
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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
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.