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166 results for “Sacoglossa”
Figure 8 from: Meyers-Muñoz MA, van der Velde G, van der Meij SET, Stoffels BEMW, van Alen T, Tuti Y, Hoeksema BW (2016) The phylogenetic position of a new species of Plakobranchus from West Papua, Indonesia (Mollusca, Opisthobranchia, Sacoglossa). ZooKeys 594: 73-98. https://doi.org/10.3897/zookeys.594.5954
Figure 8 - Phylogram of the Plakobranchus ocellatus species complex, topology derived from MrBayes analysis. Support values represent Bayesian posterior probabilities / ML. Numbers refer to GenBank codes. Red stars represent nodes with Bayesian probability values > 90 and high ML values.
Figure 5 from: Meyers-Muñoz MA, van der Velde G, van der Meij SET, Stoffels BEMW, van Alen T, Tuti Y, Hoeksema BW (2016) The phylogenetic position of a new species of Plakobranchus from West Papua, Indonesia (Mollusca, Opisthobranchia, Sacoglossa). ZooKeys 594: 73-98. https://doi.org/10.3897/zookeys.594.5954
Figure 5 - Plakobranchus papua. Schematic drawing of reproductive system (terminology after Jensen 1992). Scale bar: 250 μm. Abbreviations: ag = albumen gland, f = follicles, gr = genital receptacle, gv = gametolytic vesicle ('bursa copulatrix'), m = mucus gland, p = penial bulb, pr = prostate, s = penial stylet, vd = vas deferens.
Identification of scavenger receptors and thrombospondin type 1 repeat proteins potentially relevant for plastid recognition in Sacoglossa
<p>Functional kleptoplasty is a photosymbiotic relationship, in which photosynthetically active chloroplasts serve as an intracellular symbiont for a heterotrophic host. Among Metazoa, functional kleptoplasty is only found in marine sea slugs belonging to the Sacoglossa and recently described in rhabdocoel worms. Although functional kleptoplasty has been intensively studied in Sacoglossa, the fundamentals of the specific recognition of the chloroplasts and their subsequent incorporation are unknown. The key to ensure the initiation of any symbiosis is the ability to specifically recognize the symbiont and to differentiate a symbiont from a pathogen. For instance, in photosymbiotic cnidarians, several studies have shown that the host innate immune system, in particular scavenger receptors (SRs) and thrombospondin type 1 repeat protein superfamily (TSRs), is playing a major role in the process of recognizing and differentiating symbionts from pathogens. In the present study, SRs and TSRs of three Sacoglossa sea slugs, Elysia cornigera, Elysia timida, and Elysia chlorotica, were identified by translating available transcriptomes into potential proteins and searching for receptor specific protein and/or transmembrane domains. Both receptors classes are highly diverse in the slugs, and many new domain arrangements for each receptor class were found. The analyzes of the gene expression of these three species provided a set of species-specific candidate genes, i.e. SR-Bs, SR-Es, C-type lectins, and TSRs, that are potentially relevant for the recognition of kleptoplasts. The results set the base for future experimental studies to understand if and how these candidate receptors are indeed involved in chloroplast recognition.</p>
Identification of scavenger receptors and thrombospondin type 1 repeat proteins potentially relevant for plastid recognition in Sacoglossa
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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 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).
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