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New symbiotic association in marine annelids: ectoparasites of comb jellies [PDF]
Zoological Journal of the Linnean Society, 2020 AbstractA new genus of ectoparasitic marine annelids living on ctenophores, Ctenophoricola gen. nov., is described and its feeding behaviour, reproduction and developmental stages are discussed. Its unusual morphology challenged its placement within the known marine families.
Guillermo San Martín +8 more
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Comb jelly ‘anus’ guts ideas on origin of through-gut
Science, 2016Videos of captive marine creatures unexpectedly show jellies defecate from pores, not via their mouth.
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The Warty Comb Jelly in the Black Sea
2017The warty comb jelly is a zooplankton-feeding species of tentaculate ctenophore native to western Atlantic coastal waters. In the early 1980s, it came to the Black Sea, probably with ballast water from the US East Coast. In 1988, it was already common everywhere, and in 1989, the population exploded reaching a biomass that approached 1 billion tons wet
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Chromosomal comparisons reveal comb jellies as the sister group to all other animals
Nature, 2023 openaire +2 more sources
Some comb jellies survive the winter by eating their young
Science, 2020 S. K. Perkins
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Comb Jellies (Ctenophora): A Model for Basal Metazoan Evolution and Development
Cold Spring Harbor Protocols, 2008INTRODUCTIONCtenophores, or comb jellies, are a group of marine organisms whose unique biological features and phylogenetic placement make them a key taxon for understanding animal evolution. These gelatinous creatures are clearly distinct from cnidarian medusae (i.e., jellyfish).
Kevin, Pang, Mark Q, Martindale
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Hydroids, Sea Anemones, Jellyfish, and Comb Jellies
1995Abstract The Cnidaria, formerly combined with the Ctenophora (p. 133) and known as Coelenterata, are most obviously characterized by their radial, or sometimes more strictly biradial, symmetry. The basic structure is sac-like with a single terminal opening, the mouth, which also functions as an anus. The internal space is the coelenteron
P F S Cornelius, R L Manuel,, J S Ryland
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The gluey tentacles of comb jellies may have revealed when nerve cells first evolved
Science, 2019openaire +3 more sources