FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1507703309> ?p ?o ?g. }

• W1507703309 endingPage "24" @default.
• W1507703309 startingPage "13" @default.
• W1507703309 abstract "The factors regulating dinoflagellate life‐cycle transitions are poorly understood. However, their identification is essential to unravel the causes promoting the outbreaks of harmful algal blooms (HABs) because these blooms are often associated with the formation and germination of sexual cysts. Nevertheless, there is a lack of knowledge on the factors regulating planozygote‐cyst transitions in dinoflagellates due to the difficulties of differentiating planozygotes from vegetative stages. In the present study, two different approaches were used to clarify the relevance of environmental factors on planozygote and cyst formation of the toxic dinoflagellate Alexandrium minutum Halim . First, the effects of changes in initial phosphate (P) and nitrate (N) concentrations in the medium on the percentage of planozygotes formed were examined using flow cytometry. Second, two factorial designs were used to determine how salinity ( S ), temperature ( T ), and the density of the initial cell inoculum ( I ) affect planozygote and resting‐cyst formation. These experiments led to the following conclusions: 1. Low P/N ratios seem to induce gamete expression because the percentage of planozygotes recorded in the absence of added phosphate (‐P) was significantly higher than that obtained in the absence of added nitrogen (‐N), or when the concentrations of both nitrogen and phosphate were 20 times lower (N/20 + P/20). 2. Salinity ( S ) and temperature ( T ) strongly affected both planozygote and cyst formation, as sexuality in the population increased significantly as salinity decreased and temperatures increased. S, T combinations that resulted in no significant cyst formation were, however, favorable for vegetative growth, ruling out the possibility of negative effects on cell physiology. 3. The initial cell density is thought to be important for sexual cyst formation by determining the chances of gamete contact. However, the inoculum concentrations tested did not explain either planozygote formation or the appearance of resting cysts." @default.
• W1507703309 created "2016-06-24" @default.
• W1507703309 creator A5003805778 @default.
• W1507703309 creator A5016155051 @default.
• W1507703309 creator A5019596297 @default.
• W1507703309 creator A5030512971 @default.
• W1507703309 creator A5089269593 @default.
• W1507703309 date "2011-02-01" @default.
• W1507703309 modified "2023-10-17" @default.
• W1507703309 title "INTERACTIVE EFFECTS OF SALINITY AND TEMPERATURE ON PLANOZYGOTE AND CYST FORMATION OF ALEXANDRIUM MINUTUM (DINOPHYCEAE) IN CULTURE1" @default.
• W1507703309 cites W1866737309 @default.
• W1507703309 cites W1978895979 @default.
• W1507703309 cites W1984332605 @default.
• W1507703309 cites W1984438061 @default.
• W1507703309 cites W1993937712 @default.
• W1507703309 cites W1995453503 @default.
• W1507703309 cites W1997275269 @default.
• W1507703309 cites W1999341937 @default.
• W1507703309 cites W2004654032 @default.
• W1507703309 cites W2009671160 @default.
• W1507703309 cites W2010041548 @default.
• W1507703309 cites W2013820441 @default.
• W1507703309 cites W2016769186 @default.
• W1507703309 cites W2020885030 @default.
• W1507703309 cites W2027560151 @default.
• W1507703309 cites W2029759500 @default.
• W1507703309 cites W2032033232 @default.
• W1507703309 cites W2037126417 @default.
• W1507703309 cites W2037306898 @default.
• W1507703309 cites W2040688909 @default.
• W1507703309 cites W2041920688 @default.
• W1507703309 cites W2046539470 @default.
• W1507703309 cites W2048572483 @default.
• W1507703309 cites W2050139208 @default.
• W1507703309 cites W2053762069 @default.
• W1507703309 cites W2062515453 @default.
• W1507703309 cites W2063642557 @default.
• W1507703309 cites W2071714963 @default.
• W1507703309 cites W2077407707 @default.
• W1507703309 cites W2080695091 @default.
• W1507703309 cites W2082888520 @default.
• W1507703309 cites W2090157291 @default.
• W1507703309 cites W2093782880 @default.
• W1507703309 cites W2097035875 @default.
• W1507703309 cites W2100051835 @default.
• W1507703309 cites W2107427816 @default.
• W1507703309 cites W2114142045 @default.
• W1507703309 cites W2117028802 @default.
• W1507703309 cites W2124837873 @default.
• W1507703309 cites W2132224600 @default.
• W1507703309 cites W2133114745 @default.
• W1507703309 cites W2141360039 @default.
• W1507703309 cites W2143333042 @default.
• W1507703309 cites W2147814595 @default.
• W1507703309 cites W2155941232 @default.
• W1507703309 cites W2157878368 @default.
• W1507703309 cites W2158701312 @default.
• W1507703309 cites W2164586934 @default.
• W1507703309 cites W2167522815 @default.
• W1507703309 cites W2170291802 @default.
• W1507703309 cites W2170837394 @default.
• W1507703309 cites W2171814062 @default.
• W1507703309 cites W2317646063 @default.
• W1507703309 cites W4236039865 @default.
• W1507703309 doi "https://doi.org/10.1111/j.1529-8817.2010.00937.x" @default.
• W1507703309 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27021706" @default.
• W1507703309 hasPublicationYear "2011" @default.
• W1507703309 type Work @default.
• W1507703309 sameAs 1507703309 @default.
• W1507703309 citedByCount "41" @default.
• W1507703309 countsByYear W15077033092012 @default.
• W1507703309 countsByYear W15077033092013 @default.
• W1507703309 countsByYear W15077033092014 @default.
• W1507703309 countsByYear W15077033092015 @default.
• W1507703309 countsByYear W15077033092016 @default.
• W1507703309 countsByYear W15077033092017 @default.
• W1507703309 countsByYear W15077033092018 @default.
• W1507703309 countsByYear W15077033092019 @default.
• W1507703309 countsByYear W15077033092020 @default.
• W1507703309 countsByYear W15077033092021 @default.
• W1507703309 countsByYear W15077033092022 @default.
• W1507703309 countsByYear W15077033092023 @default.
• W1507703309 crossrefType "journal-article" @default.
• W1507703309 hasAuthorship W1507703309A5003805778 @default.
• W1507703309 hasAuthorship W1507703309A5016155051 @default.
• W1507703309 hasAuthorship W1507703309A5019596297 @default.
• W1507703309 hasAuthorship W1507703309A5030512971 @default.
• W1507703309 hasAuthorship W1507703309A5089269593 @default.
• W1507703309 hasBestOaLocation W15077033092 @default.
• W1507703309 hasConcept C120305227 @default.
• W1507703309 hasConcept C126838900 @default.
• W1507703309 hasConcept C129513315 @default.
• W1507703309 hasConcept C140793950 @default.
• W1507703309 hasConcept C142796444 @default.
• W1507703309 hasConcept C144024400 @default.
• W1507703309 hasConcept C149923435 @default.
• W1507703309 hasConcept C155567681 @default.
• W1507703309 hasConcept C18903297 @default.

• next