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bacteria able to oxidise sulphur. These chemoautotrophic bacteria use the energy released by the oxidation of sulphur compounds to fix carbon dioxide and convert the products into more complex organic molecules which become available to the mollusc. Oxygen-containing water is drawn into the mollusc's
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does not have an inhalant siphon, instead rolling its elongated foot into a mucus-lined tube and drawing water into the gill cavity through this. It does have an exhalant siphon which is formed from a highly extensible mantle flap and can be inverted and drawn back into the shell.
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gills where the sulphide present in the sediment can be oxidised to non-toxic thiosulphate. The bacteria use oxygen or the nitrate present in the water as an electron acceptor, and oxidise thiosulphate further. This symbiotic arrangement may have allowed bivalves such as
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grows to maximum length of 25 mm (1 in). The shell valves are nearly circular, the outer surface being sculptured with fine concentric rings and rather coarser radial lines. The
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is elongate. The valves can be white, pale yellow or pale orange, but the interior is never pinkish. The shell is more inflated than that of the rather larger tiger lucine (
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Elisabeth, Nathalie H.; Caro, Audrey; Césaire, Thierry; Mansot, Jean-Louis; Escalas, Arthur; Sylvestre, Marie-Noëlle; Jean-Louis, Patrick & Gros, Olivier (2014).
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313:. It lives immersed in soft sediment on the seabed. Its maximum depth is 183 m (600 ft).
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511:"Comparative modifications in bacterial gill-endosymbiotic populations of the two bivalves
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Encyclopedia of Texas
Seashells: Identification, Ecology, Distribution, and History
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seagrass beds, the molluscs quickly reacquires the bacteria from the environment.
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is present in large quantities in the sediments associated with turtlegrass,
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soon consumes the bacterial symbionts in its gill chambers. On release into
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436:
A Field Guide to Shells: Atlantic and Gulf Coasts and the West Indies.
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is native to the western
Atlantic Ocean where its range extends from
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Eco-physiology of the endosymbiont-bearing lucinid bivalve,
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to colonise sediments not suited to other organisms.
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342:During periods of starvation in the laboratory,
414:. Texas A&M University Press. p. 425.
330:, in Bermuda. The gills of the mollusc contain
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745:Taxa named by George Montagu (naturalist)
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519:during bacterial loss and reacquisition"
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438:New York: Houghton Mifflin, 1995. 52.
490:(PhD thesis). University of Plymouth
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285:). Like other members of its family
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383:World Register of Marine Species
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735:Molluscs of the Atlantic Ocean
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408:Tunnell, John Wesley (2010).
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434:Abbott, R.T.; Morris, P.A.
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740:Bivalves described in 1808
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523:FEMS Microbiology Ecology
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60:Scientific classification
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458:Southwest Florida Shells
298:Distribution and habitat
238:, commonly known as the
536:10.1111/1574-6941.12366
481:Barnes, P.A.G. (1993).
51:Preserved specimen of
676:Paleobiology Database
369:Taylor, John (2020).
349:Thalassia testudinum
327:Thalassia testudinum
517:Lucina pensylvanica
282:Codakia orbicularis
513:Codakia orbiculata
486:Codakia orbiculata
242:, is a species of
240:dwarf tiger lucine
213:Jagonia orbiculata
205:Codakia orbiculata
161:C. orbiculata
27:Species of bivalve
18:Codakia orbiculata
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553:Taxon identifiers
421:978-1-60344-337-1
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16:(Redirected from
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561:Ctena orbiculata
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454:(Montagu, 1808)"
452:Ctena orbiculata
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375:(Montagu, 1808)"
373:Ctena orbiculata
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303:Ctena orbiculata
291:Ctena orbiculata
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235:Ctena orbiculata
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221:Venus orbiculata
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179:Ctena orbiculata
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170:Binomial name
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492:. Retrieved
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689:SeaLifeBase
624:iNaturalist
494:23 December
463:26 December
448:Leal, J.H.
388:24 December
268:Description
262:West Indies
724:Categories
356:References
127:Lucinoidea
730:Lucinidae
576:Q13503260
332:symbiotic
287:Lucinidae
254:Lucinidae
155:Species:
137:Lucinidae
83:Kingdom:
77:Eukaryota
642:11776355
570:Wikidata
196:Synonyms
133:Family:
117:Lucinida
107:Bivalvia
97:Mollusca
93:Phylum:
87:Animalia
73:Domain:
616:5855652
317:Ecology
309:to the
260:to the
249:in the
247:mollusc
244:bivalve
189:, 1808)
187:Montagu
143:Genus:
113:Order:
103:Class:
707:420788
694:102263
668:420788
655:244472
629:292181
590:901241
418:
277:lunule
251:family
702:WoRMS
681:94552
637:IRMNG
603:32478
379:WoRMS
148:Ctena
663:OBIS
650:NCBI
611:GBIF
585:BOLD
515:and
496:2020
465:2020
416:ISBN
390:2020
598:CoL
531:doi
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527:89
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185:(
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
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