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46 results for “Branchinecta”
Fig. 5 in Branchinecta Muller 1788
Fig. 5. Light microscope observation of leukocytes from sea turtles studied in Taiwan. Examples of staining properties unsuitable for heterophil toxic change diagnosis. A–C: Examples of failure to demonstrate appropriate staining properties for reliable interpretation of cellular changes. During the 100-heterophil count, the higher the percentage of these kinds of cell seen on a stained slide, the less diagnostic the slide; A: granule coalescence caused the loss of cytoplasmic detail, therefore changes in the granule number/staining properties/size and shape could not be reliably assessed, DiffQuik stain; B: overstaining caused abnormal coloration of the cell, therefore cytoplasmic basophilia and changes of the granule staining properties could not be reliably assessed, Diff-Quik stain; C: overstaining caused abnormal coloration of the granules, therefore changes in the granule staining properties could not be reliably assessed, Liu's stain.
Fig. 4 in Branchinecta Muller 1788
Fig. 4. Electron microscope observation of toxic heterophil ultrastructure in green sea turtles in Taiwan. All stained with uranyl acetate and lead citrate. H: heterochromatin; U: euchromatin; M: mitochondria; G: Golgi apparatus; V: vesicles; R: endoplasmic reticulum (ER); PG: pleomorphic granules. A: reduced number of cytoplasmic granules, granules became smaller or more variable in size, pleomorphic granules, prominent Golgi apparatus; B: higher N/C ratio and significantly reduced granules; C: reduced granules, abundant RER arranged dispersedly in the form of a single row; D: reduced granules, granules became smaller or more variable in size, prominent RER arranged dispersedly in the form of a single row.
Fig. 3 in Branchinecta Muller 1788
Fig. 3. Electron microscope observation of heterophil ultrastructure in green sea turtles (Chelonia mydas) studied in Taiwan. All cells were stained with uranyl acetate and lead citrate. H: heterochromatin; U: euchromatin; I: first type of granules; II: second type of granules; M: mitochondria; R: rough-surfaced endoplasmic reticulum (RER). A: the first type of granules were generally homogeneous in electron density, and a second type of granules were more electron-dense, fewer in number and comparable to the first type of granules in size, B: the two types of granules distributed unevenly within the cytoplasm.
Fig. 2 in Branchinecta Muller 1788
Fig. 2. Light microscope observation of toxic change and/or left-shifting of heterophils in green sea turtles in Taiwan. Wright-Giemsa stain. A: a leftshifted, non-toxic heterophil with primary and secondary granules; B: a left-shifted and mildly toxic heterophil with primary and secondary granules, increased cytoplasmic basophilia, and presence of basophilic granules; C: a left-shifted and mildly toxic heterophil with primary and secondary granules, more prominent cytoplasmic basophilia, and presence of basophilic granules; D: toxic heterophil with decreased number of cytoplasmic granules, marked cytoplasmic basophilia, and presence of basophilic granules; E: toxic heterophil with marked degranulation, marked cytoplasmic basophilia, and presence of more basophilic granules; F: toxic heterophil with marked degranulation and few eosinophilic granules remained, marked cytoplasmic basophilia, and presence of more basophilic granules. Scale bar = 10 μm.
Fig. 1 in Branchinecta Muller 1788
Fig. 1. Light microscope observation of heterophils from green sea turtles (Chelonia myday) studied in Taiwan. A: the eccentrically-located nucleus was pressed against the cellular membrane, Wright-Giemsa stain; B: a centrally located, palely stained nucleus, Wright-Giemsa stain; C: coalescing cytoplasmic granules were common in the Diff-Quik stain; D: the nucleus had an indistinct border and was partially obscured by cytoplasmic granules, Liu's stain. Scale bar = 10 μm.
Bridging the Scotia Arc: Climate-driven shifts in connectivity of the freshwater crustacean <em>Branchinecta gaini</em> in sub-Antarctic and Antarctic ecosystems
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Data from: eDNA metabarcoding bioassessment of endangered fairy shrimp (Branchinecta spp.) - Part B
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Data from: eDNA metabarcoding bioassessment of endangered fairy shrimp (Branchinecta spp.) - Part A
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FIGURE 4. Branchinecta serrata n in Three new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Nearctic
FIGURE 4. Branchinecta serrata n. sp.; A) female, anterior view of left side of head; B) male, anterior view of left side of head; C) outline of exopodite and endopodite of male fifth thoracopod; D) detail of spines on anterior surface of endopodite of male fifth thoracopod; E) male genitalia ventral view; F) left pene, ventral view; G) female, lateral view. Scale bar for: A – D and F = 1.0mm; E = 0.5mm; G = 2.0mm.
FIGURE 3 in Three new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Nearctic
FIGURE 3. Apex of male right second antennae, distal antennomere, ventral view: left Branchinecta lateralis; right, Branchinecta constricta. The anterior side of the antennomeres is to the right.
FIGURE 1. A in Three new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Nearctic
FIGURE 1. A) Branchinecta lateralis n. sp. female, anterior view of left side of head; B) Branchinecta lateralis n. sp. male, anterior view of left side of head. C–G) Branchinecta male left second antennal apices: C) B. potassa; D) B. lateralis n. sp.; E) B. campestris; F) B. readingi; G) B. mackini. Scale bar for: A and B = 1.0mm, C–G = 2.4mm.
FIGURE 5. Branchinecta paludosa male. A in Three new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Nearctic
FIGURE 5. Branchinecta paludosa male. A) anterior view of left side of head; B) anteriomedial view of left second antenna; C) lateral view of everted pene. Scale bars for: A = 0.8mm; B = 3.2mm; C = 0.1mm.
FIGURE 2. Branchinecta constricta n in Three new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Nearctic
FIGURE 2. Branchinecta constricta n. sp.; A–C) male left second antennal distal segment: A) lateral view; B) posterior view; C) medial view. D) Male, anterior view of left side of head; E) female, anterioventral view of left side of head; F) outline of exopodite and endopodite of female fifth thoracopod; G) outline of exopodite and endopodite of male fifth thoracopod; H) female, lateral view. Scale bar for: A–E = 0.3mm, F and G = 1.0mm, H = 5mm.
FIGURE 2. Branchinecta ferrolimneta n in A new species of Branchinecta (Crustacea: Anostraca) from Brasil
FIGURE 2. Branchinecta ferrolimneta n. sp. A- Male, holotype, genitalia, ventral view, right side retracted, left side everted, B—detail of apex of left pene lateral view, C—Fifth thoracopod of male anterior view (setae not shown). D- Endopodite with distal notch. E—Female, brood pouch, lateral view. F—Female, dorsal-lateral thoracic projection from thoracic segments four, right side. Scale bar: A, C, D and E = 0.8 mm; B = 0.25 mm; F = 0.01mm.
FIGURE 1. Branchinecta ferrolimneta n in A new species of Branchinecta (Crustacea: Anostraca) from Brasil
FIGURE 1. Branchinecta ferrolimneta n. sp. Male: A) head, anterior view of left side; B) head, lateral view of left side. Female: C) head, anterior view of left side. Scale bar = 1mm.
FIGURE 1 in A new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Argentinian Tierra del Fuego
FIGURE 1. Branchinecta fueguina nov. sp. male. A–E, Head rotated clockwise (up to down) from lateral-anterior to posterior view. F, head in dorsal view, arrow indicates a welt as seen from above. G, length of antenna 2 basal article (bal), taken in lateral view of the head (concave outline). H, length of antenna 2 distal article (dal), taken in anterior view of the head (convex outline). I, end view of the distal article; a: apophysis, Ant: anterior, eb: external margin, h: heel of apophysis, il: inner (medial) lobe, Post: posterior, w: welt. Scale bars: A–E, G–H = 800 μm; F,I = 1000 μm.
FIGURE 3 in A new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Argentinian Tierra del Fuego
FIGURE 3. Branchinecta fueguina nov. sp. female. A, head in lateral view; lengths of antenna 2 (al) and spine (sl), taken in lateral view. B, brood pouch in lateral view; 1st–2 nd dm: first and second pairs of dorsal spiny mounds; le: lateral evaginations. Scale bars: A= 800 µm; B= 840 µm.
FIGURE 2 in A new species of Branchinecta (Crustacea: Branchiopoda: Anostraca) from the Argentinian Tierra del Fuego
FIGURE 2. Branchinecta fueguina nov. sp. male A–K, thoracic appendages series. L, apex of endopodite of 1st pair of thoracic appendages. Setules are omitted. M, distal part of endopodite of 7th pair of thoracic appendages. Setules are omitted. Arrows point at submarginal setae; N, Detail of apical setae of the first endopodite; a: sinuous setae, b: uniformly curved seta; scales at the base of posterior setae are omitted. O, gonopods; a: lateral view, b: ventral view, at: apical tuft, mr: medial cuticular reinforcement, pl: plumose setae, pc: pectinate setae, bi pc: bipectinate setae. Scale bars: A– K: 800 μm; L: 200 μm; M: 500 μm; N: 100 μm; O: 650 µm.
FIGURE 1. Branchinecta mediospinosa n in A new species of Branchinecta (Crustacea: Anostraca) with comments on the large branchiopod crustaceans of Kansas
FIGURE 1. Branchinecta mediospinosa n. sp. Types A) Male, left side of head anterior view, upper arrow indicates pulvillus, lower arrow indicates medial projection. B) Female, anterior view. C) Male second antenna distal antennomere apex, apical view. D) Same, medial view. E) Same, posterior view. F) Male left gonopod, everted, ventrolateral view. G) Female right lateral view, bracket indicates thoracic lobes. Scale bar represents 1mm for A and B, 0.5 mm for C, D, E, 0.25 mm for F, and 2 mm for G.
FIGURE 1 in Annotated Checklist of the large branchiopod crustaceans of Idaho, Oregon and Washington, USA, with the " rediscovery " of a new species of Branchinecta (Anostraca: Branchinectidae)
FIGURE 1. Branchinecta lutulenta sp. nov. Male: A, left side of head, anterior view, with second antenna distal antennomere slightly rotated to show lateral aspect; B, apex of second antenna, distal view (medial side at top); C, left second antennal distal antennomere lateral view; D, posterior edge view; E, medial view; F, left thoracopod V, anterior view (without setation). Female: G, left thoracopod V, anterior view (without setation); H, left side of head, anterior view; I, whole animal, right side, lateral view.
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