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729 results for “slugs”
FIGURES 1–12 in A new genus and species of slug caterpillar (Lepidoptera: Limacodidae) from Taiwan
FIGURES 1–12. Adults of Epsteinius translucidus and Microleon longipalpis: 1, 2, E. translucidus Lin, sp. nov. holotype male upper side and underside; 3, 4, E. translucidus Lin, sp. nov. paratype female upper side and underside; 5, 6, M. longipalpis male upper side and underside; 7, 8, M. longipalpis female upper side and underside; 9, 10, M. longipalpis holotype male upper side and label data (Yokohama, Japan) (NHM); 11, 12, male heads of E. translucidus Lin, sp. nov. and M. longipalpis.
FIGURES 13–16 in A new genus and species of slug caterpillar (Lepidoptera: Limacodidae) from Taiwan
FIGURES 13–16. Male genitalia of Epsteinius translucidus and Microleon longipalpis: 13, 14, genitalia (ventral) and phallus (lateral) of E. translucidus Lin, sp. nov.; 15, 16, genitalia (ventral) and phallus (lateral) of M. longipalpis.
Figure 17 in A cryptic radiation of Caribbean sea slugs revealed by integrative analysis: Cyerce 'antillensis' (Sacoglossa: Caliphyllidae) is six distinct species
Figure 17. Cyerce willetteorum, radular scanning electron micrographs of LACM 3844 (isolate 07Stir01). A, complete radula, with ascus. B, close-up view of tissue-free teeth from descending limb, showing irregularly shaped denticles. C, close-up view of ascus.
FIGURE 6. A in A taxonomic reappraisal of the Smooth Slug Snake Asthenodipsas laevis (Boie, 1827) (Squamata: Pareidae) in Borneo with the description of two new species
FIGURE 6. A. Adult Asthenodipsas laevis from Halimun-Salak National Park, West Java, Indonesia (photograph by Nathan Rusli). B. Adult A. laevis from Poring, Sabah (photograph by Steven Wong). C. Juvenile A. laevis from Poring, Sabah (photograph by Björn Lardner). D & E. Dorsum and venter of SP 04476 from Crocker Range National Park, Sabah and SP 04186 from Tawau Hills Park, Sabah.
Fig. 9 in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 9 Lysosome density in digestive tissue versus non-digestive tissues. The percentage of DGT tissue covered by lysosomes within the digestive gland tubule is indicated with light blue diamonds and compared to the average area covered by lysosomes outside the DGT (shown in dark blue
Fig. 6 in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 6 Chloroplast and lysosome density in Elysia timida. a Chloroplasts (cps) (falsely colored red) in an unstarved specimen. b Lysosomes (lys) (blue) in the same specimen. c Composite of chloroplasts and lysosomes. d-f Cps, lys, and composite after 14 days starvation. g–i Cps, lys, and composite after 30 days starvation. j–l Cps, lys, and composite after 60 days starvation. Scale bar—50 μm
Fig. 1 Investigated species. a in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 1 Investigated species. a Elysia timida adults crawling on Acetabularia acetabulum. b Elysia viridis. c Thuridilla hopei
Fig. 8 in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 8 Chloroplast and lysosome density in Thuridilla hopei. a Chloroplasts (cps) (falsely colored red) in an unstarved specimen. b Lysosomes (lys) (blue) in the same specimen. c Composite of chloroplasts and lysosomes. d-f Cps, lys, and composite after 7 days starvation. g–i Cps, lys, and composite after 14 days starvation. j–l Cps, lys, and composite after 21 days starvation. Scale bar—50 μm
Fig. 7 in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 7 Chloroplast and lysosome density in Elysia viridis. a Chloroplasts (falsely colored red) in an unstarved specimen. b Lysosomes (blue) in the same specimen. c Composite of chloroplasts and lysosomes. d-f Cps, lys, and composite after 14 days starvation. g–i Cps, lys, and composite after 21 days starvation. j–l Cps, lys, and composite after 30 days starvation. Scale bar—50 μm
Fig. 10 a–d 3D in 3D- microanatomy of the semiterrestrial slug Gascoignella aprica Jensen, 1985-a basal plakobranchacean sacoglossan (Gastropoda, Panpulmonata)
Fig. 10 a–d 3D reconstruction of the genital system of G. aprica. a Localization of the genital system in the specimen, right view. b Left view of copulatory apparatus and adjacent ducts; arrows connections to the respective glands, asterisk connection of penial sheath and unknown penial sheath gland. c Ventral view of the genital system. d Dorsal view of the genital system. alg Albumen gland amp ampulla, bu bursa, bs bursa stalk, fc fertilization chamber, fgo female genital opening, gd postampullary gonoduct, gdp preampullary gonoduct, go gonad, mgl mucus gland mgo male genital opening, od oviduct, p penis, pr prostate, ps penial sheath, psg penial sheath gland, st hollow stylet, vd vas deferens. Bars a–d 200 μm
Fig. 3 in 3D- microanatomy of the semiterrestrial slug Gascoignella aprica Jensen, 1985-a basal plakobranchacean sacoglossan (Gastropoda, Panpulmonata)
Fig. 3 Schematic overview over the digestive system of G. aprica. Asterisk indicates position of the longitudinal, median septum. a Anus, bm buccal mass, d diaphragm, dgl digestive gland, es esophagus, esd esophageal diverticulum, it intestine, mo mouth opening, og1 oral gland 1, og2 oral gland 2, ot oral tube, pgo opening of the unknown salivary duct to the pedal gland duct, sgd salivary gland duct, sgl salivary gland, sto stomach, usd unconfirmed salivary duct
Fig. 2 in Phylogeny and evolution of functional chloroplast retention in sacoglossan sea slugs (Gastropoda: Heterobranchia)
Fig. 2 Character reconstructions of retention form (NR, no functional retention; SR, short-term retention; LR, long-term retention) on the tree shown in Fig. 1. Tip boxes show observed retention form of species/populations. Retention form probabilities on internal nodes were estimated using maximum likelihood under an equal-rate model. Asterisks after the species names show new data for this study. Capi-
SLUG is enhanced by chemotherapeutics and functions to promote invasion and metastasis by directly targeting MMP3 in Cervical Cancer
GEO Series GSE163002. Homo sapiens. 2 samples. Type: Expression profiling by array.
Slug-Ad infected mouse lung alveolar type 2 cells
GEO Series GSE110430. Mus musculus. 6 samples. Type: Expression profiling by high throughput sequencing.
The invasion promoter Slug is a critical cell cycle regulator
GEO Series GSE35617. Homo sapiens. 1 samples. Type: Expression profiling by array.
Analysis of gene expression change due to knockdown of Slug expression in a basal-subtype breast cancer cell line, MCFDCIS.
GEO Series GSE72011. Homo sapiens. 4 samples. Type: Expression profiling by array.
Deubiquitinase USP20 promotes breast cancer metastasis by stabilizing SLUG
GEO Series GSE112017. Homo sapiens. 8 samples. Type: Expression profiling by array.
Figure 1 in Rediscovery of the southern California endemic American Keeled Slug Anadenulus cockerelli (Hemphillı 1890) after a 68 - year hiatus
Figure 1. Dorsal (A) and ventral (B) images of Anadenulus cockerelli (LACM 178922).
Figure 11 in A cryptic radiation of Caribbean sea slugs revealed by integrative analysis: Cyerce 'antillensis' (Sacoglossa: Caliphyllidae) is six distinct species
Figure 11. Cyerce antillensis, original drawing from Engel (1927).
Fig. 4 3D in Examining the retention of functional kleptoplasts and digestive activity in sacoglossan sea slugs
Fig. 4 3D-AMP design and logical flow chart
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