FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2928346367> ?p ?o ?g. }

• W2928346367 endingPage "188" @default.
• W2928346367 startingPage "188" @default.
• W2928346367 abstract "In late February 2016, a harmful algal bloom (HAB) of Alexandrium catenella was detected in southern Chiloé, leading to the banning of shellfish harvesting in an extended geographical area (~500 km). On April 24, 2016, this bloom produced a massive beaching (an accumulation on the beach surface of dead or impaired organisms which were drifted ashore) of surf clams Mesodesma donacium in Cucao Bay, Chiloé. To determine the effect of paralytic shellfish poisoning (PSP) toxins in M. donacium, samples were taken from Cucao during the third massive beaching detected on May 3, 2016. Whole tissue toxicity evidence a high interindividual variability with values which ranged from 1008 to 8763 μg STX eq 100 g−1 and with a toxin profile dominated by GTX3, GTX1, GTX2, GTX4, and neoSTX. Individuals were dissected into digestive gland (DG), foot (FT), adductor muscle (MU), and other body fractions (OBF), and histopathological and toxin analyses were carried out on the obtained fractions. Some pathological conditions were observed in gill and digestive gland of 40–50% of the individuals that correspond to hemocyte aggregation and haemocytic infiltration, respectively. The most toxic tissue was DG (2221 μg STX eq 100 g−1), followed by OBF (710 μg STX eq 100 g−1), FT (297 μg STX eq 100 g−1), and MU (314 μg STX eq 100 g−1). The observed surf clam mortality seems to have been mainly due to the desiccation caused by the incapability of the clams to burrow. Considering the available information of the monitoring program and taking into account that this episode was the first detected along the open coast of the Pacific Ocean in southern Chiloé, it is very likely that the M. donacium population from Cucao Bay has not had a recurrent exposition to A. catenella and, consequently, that it has not been subjected to high selective pressure for PSP resistance. However, more research is needed to determine the effects of PSP toxins on behavioral and physiological responses, nerve sensitivity, and genetic/molecular basis for the resistance or sensitivity of M. donacium." @default.
• W2928346367 created "2019-04-11" @default.
• W2928346367 creator A5008851343 @default.
• W2928346367 creator A5017014718 @default.
• W2928346367 creator A5017389011 @default.
• W2928346367 creator A5043851723 @default.
• W2928346367 creator A5045605612 @default.
• W2928346367 creator A5047217973 @default.
• W2928346367 creator A5047435651 @default.
• W2928346367 creator A5067629995 @default.
• W2928346367 creator A5075501592 @default.
• W2928346367 creator A5075811297 @default.
• W2928346367 creator A5089331477 @default.
• W2928346367 date "2019-03-29" @default.
• W2928346367 modified "2023-10-13" @default.
• W2928346367 title "Paralytic Shellfish Toxins in Surf Clams Mesodesma donacium during a Large Bloom of Alexandrium catenella Dinoflagellates Associated to an Intense Shellfish Mass Mortality" @default.
• W2928346367 cites W1435311726 @default.
• W2928346367 cites W1657003721 @default.
• W2928346367 cites W1905120882 @default.
• W2928346367 cites W1970525442 @default.
• W2928346367 cites W1972394225 @default.
• W2928346367 cites W1982772970 @default.
• W2928346367 cites W1985572889 @default.
• W2928346367 cites W1988160259 @default.
• W2928346367 cites W1992171735 @default.
• W2928346367 cites W1999642786 @default.
• W2928346367 cites W2000853282 @default.
• W2928346367 cites W2002249720 @default.
• W2928346367 cites W2017020102 @default.
• W2928346367 cites W2018624534 @default.
• W2928346367 cites W2019413700 @default.
• W2928346367 cites W2024437145 @default.
• W2928346367 cites W2029975532 @default.
• W2928346367 cites W2030068562 @default.
• W2928346367 cites W2036233390 @default.
• W2928346367 cites W2036739136 @default.
• W2928346367 cites W2037439251 @default.
• W2928346367 cites W2041892840 @default.
• W2928346367 cites W2045150499 @default.
• W2928346367 cites W2050409372 @default.
• W2928346367 cites W2051571587 @default.
• W2928346367 cites W2053285949 @default.
• W2928346367 cites W2053314918 @default.
• W2928346367 cites W2061581826 @default.
• W2928346367 cites W2067647398 @default.
• W2928346367 cites W2068324790 @default.
• W2928346367 cites W2075690506 @default.
• W2928346367 cites W2078789344 @default.
• W2928346367 cites W2090466965 @default.
• W2928346367 cites W2093802997 @default.
• W2928346367 cites W2109298191 @default.
• W2928346367 cites W2113737232 @default.
• W2928346367 cites W2121458248 @default.
• W2928346367 cites W2125730970 @default.
• W2928346367 cites W2136923714 @default.
• W2928346367 cites W2138188700 @default.
• W2928346367 cites W2143126963 @default.
• W2928346367 cites W2147358295 @default.
• W2928346367 cites W2153570455 @default.
• W2928346367 cites W2160095411 @default.
• W2928346367 cites W2166855343 @default.
• W2928346367 cites W2169275327 @default.
• W2928346367 cites W2179080957 @default.
• W2928346367 cites W2232787290 @default.
• W2928346367 cites W2318455982 @default.
• W2928346367 cites W2321447629 @default.
• W2928346367 cites W2417398132 @default.
• W2928346367 cites W2574674478 @default.
• W2928346367 cites W2780401688 @default.
• W2928346367 cites W2809127330 @default.
• W2928346367 cites W2885627044 @default.
• W2928346367 cites W2893952580 @default.
• W2928346367 cites W2918059479 @default.
• W2928346367 cites W2264069370 @default.
• W2928346367 doi "https://doi.org/10.3390/toxins11040188" @default.
• W2928346367 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6520680" @default.
• W2928346367 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30934869" @default.
• W2928346367 hasPublicationYear "2019" @default.
• W2928346367 type Work @default.
• W2928346367 sameAs 2928346367 @default.
• W2928346367 citedByCount "46" @default.
• W2928346367 countsByYear W29283463672019 @default.
• W2928346367 countsByYear W29283463672020 @default.
• W2928346367 countsByYear W29283463672021 @default.
• W2928346367 countsByYear W29283463672022 @default.
• W2928346367 countsByYear W29283463672023 @default.
• W2928346367 crossrefType "journal-article" @default.
• W2928346367 hasAuthorship W2928346367A5008851343 @default.
• W2928346367 hasAuthorship W2928346367A5017014718 @default.
• W2928346367 hasAuthorship W2928346367A5017389011 @default.
• W2928346367 hasAuthorship W2928346367A5043851723 @default.
• W2928346367 hasAuthorship W2928346367A5045605612 @default.
• W2928346367 hasAuthorship W2928346367A5047217973 @default.
• W2928346367 hasAuthorship W2928346367A5047435651 @default.
• W2928346367 hasAuthorship W2928346367A5067629995 @default.
• W2928346367 hasAuthorship W2928346367A5075501592 @default.
• W2928346367 hasAuthorship W2928346367A5075811297 @default.
• W2928346367 hasAuthorship W2928346367A5089331477 @default.

• next