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13 results for “Acryptolaria”
Fig. 2. Acryptolaria normani Nutting, 1927 in Redescription Of Acryptolaria Normani Nutting, 1927, Junior Synonym Of The Western Pacific Species Zygophylax Tizardensis Kirkpatrick, 1890 (Cnidaria: Hydrozoa: Lafoeidae)
Fig. 2. Acryptolaria normani Nutting, 1927 (= Zygophylax tizardensis Kirkpatrick, 1890): A, origin of hydrocladium showing first hydrotheca (note the absence of nematothecae on hydrothecal pedicel); B, hydrotheca. Zygophylax tizardensis: C, hydrotheca. (A, B from holotype of Acryptolaria normani; C from Stechow's material). Scale bar: 250 m.
Fig. 1. Acryptolaria normani Nutting, 1927 in Redescription Of Acryptolaria Normani Nutting, 1927, Junior Synonym Of The Western Pacific Species Zygophylax Tizardensis Kirkpatrick, 1890 (Cnidaria: Hydrozoa: Lafoeidae)
Fig. 1. Acryptolaria normani Nutting, 1927 (= Zygophylax tizardensis Kirkpatrick, 1890). A, general appearance of a fragment of stem with hydrocladia and hydrothecal arrangement (note the presence of a broken secondary stem); B, cauline nematothecae; C, pedicel of first, basal, hydrotheca (note the absence of nematothecae); D, nematotheca of hydrothecal pedicel; E-F, hydrothecae. (All photographs from holotype).
Figures 12A–C. Acryptolaria patagonica, stn 44. A, colony. B, hydrothecae. C in Deep-water hydroids (Hydrozoa: Leptolida) from Macquarie Island
Figures 12A–C. Acryptolaria patagonica, stn 44. A, colony. B, hydrothecae. C, multiple replications of hydrothecal margin. Scale bar: A, 12 mm; B, C, 1 mm.
Figures 11A–D. Acryptolaria conferta, stn 44. A in Deep-water hydroids (Hydrozoa: Leptolida) from Macquarie Island
Figures 11A–D. Acryptolaria conferta, stn 44. A, colony with coppinia on stems and branch. B, hydrothecae. C, distal end of branch. D, lateral section through part of coppinia. Scale bar: A, 10 mm; B, 1 mm; C, D, 0.5 mm.
Fig. 3. Acryptolaria minuta Watson, 2003 in Fig. 4 in Positive association between PTN polymorphisms and schizophrenia in Northeast Chinese Han population.
Fig. 3. Acryptolaria minuta Watson, 2003: A, hydrothecae. Acryptolaria operculata Stepanjants, 1979; B, distal part of hydrotheca. Acryptolaria seamountensis sp. nov.: C−F, hydrothecae and hydrothecal disposition; G, putative macrobasic mastigophore (arrow). Acryptolaria sp.: H, hydrothecae and hydrothecal disposition. Scale bars: A−F, H = 200 μm; G = 10 μm.
Figure 1. a−g. a, b, Acryptolaria angulata. a, distal monosiphonic stem. b, hydrotheca. c–e, Cryptolarella abyssicola. c, monosiphonic branch with subalternate hydrothecae. d in Bathyal and abyssal hydroids (Hydrozoa, Leptothecata) from southeastern Australia
Figure 1. a−g. a, b, Acryptolaria angulata. a, distal monosiphonic stem. b, hydrotheca. c–e, Cryptolarella abyssicola. c, monosiphonic branch with subalternate hydrothecae. d, gonotheca with wrinkled abcauline wall and upturned margin. e, gonotheca with oblique margin. f, Hebella macroplana sp. nov., stolonal hydrotheca. g, Hebella sp., stolonal colony and pedicellate hydrotheca.
FIGURE 7 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 7. Nematocysts: A, Acryptolaria conferta (Allman, 1877); B, Acryptolaria flabellum (Allman, 1888); C, Acryptolaria frigida Peña Cantero, 2014; D, Acryptolaria longitheca (Allman, 1877); E, Acryptolaria operculata Stepanjants, 1979; F, Acryptolaria sp. (A from 715/885; B from 5/221; C from 2/2; D from 27/1974; E from 22/1595; F from 715/885). Scale bar: 10 µm.
FIGURE 5 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 5. Hydrothecae: A, Acryptolaria conferta (Allman, 1877); B, Acryptolaria corniformis Naumov & Stepanjants, 1962; C, Acryptolaria crassicaulis (Allman, 1888); D, Acryptolaria flabellum (Allman, 1888); E, Acryptolaria frigida Peña Cantero, 2014; F, Acryptolaria longitheca (Allman, 1877); G, Acryptolaria minuta Watson, 2003; H, Acryptolaria sp. (A from 715/885; B from 27/1951; C from 2/11; D from 22/1520; E from 2/2; F from 27/1974; G from 27/1852; H from 6/339). Scale bar: 200 µm.
FIGURE 4 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 4. Hydrothecae: A, Acryptolaria corniformis Naumov & Stepanjants, 1962; B–C Acryptolaria longitheca (Allman, 1877). (A from 27/1951; B–C from 27/1974). Scale bar: 250 µm.
FIGURE 6 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 6. Hydrothecae showing operculum (arrow): A, Acryptolaria frigida Peña Cantero, 2014; B, Acryptolaria operculata Stepanjants, 1979; C, Acryptolaria sp. (A from 2/2; B from 6/339; C from 22/1595). Scale bar: 200 µm.
FIGURE 3 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 3. Hydrothecae: A, Acryptolaria conferta (Allman, 1877); B–C, Acryptolaria flabellum (Allman, 1888); D, Acryptolaria frigida Peña Cantero, 2014; E–F, Acryptolaria minuta Watson, 2003 (A from 715/885; B from 22/1520; C from 5/221; D from 2/2; E–F from 27/1852). Scale bar: 250 µm.
FIGURE 2 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 2. Branch fragments showing hydrothecal arrangement and shape of hydrothecae: A, Acryptolaria corniformis Naumov & Stepanjants, 1962; B, Acryptolaria frigida Peña Cantero, 2014; C, Acryptolaria longitheca (Allman, 1877); D, Acryptolaria sp. (A from 27/1951; B from 2/2; C from 27/1974; D from 715/885). Scale bar: 500 µm.
FIGURE 1 in Species of Acryptolaria Norman, 1875 (Cnidaria: Hydrozoa) collected by US Antarctic and sub-Antarctic expeditions
FIGURE 1. Branch fragments showing hydrothecal arrangement and shape of hydrothecae: A, Acryptolaria conferta (Allman, 1877); B, Acryptolaria crassicaulis (Allman, 1888); C, Acryptolaria flabellum (Allman, 1888); D, Acryptolaria minuta Watson, 2003; E, Acryptolaria operculata Stepanjants, 1979. (A from 715/885; B from 2/11; C from 22/1520; D from 27/1852; E from 715/885). Scale bar: 500 µm.
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