FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2996314092> ?p ?o ?g. }

• W2996314092 endingPage "101753" @default.
• W2996314092 startingPage "101753" @default.
• W2996314092 abstract "Abstract Autotrophic microalgae can assimilate organic carbon sources for the growth of heterotrophy and mixotrophy. In particular, the physiological and biochemical response of different microalgae species on autotrophy, heterotrophy, and mixotrophy are quite different. The aim of the present study was to determine differences in growth, biochemical composition, photosynthetic characteristics, and metabolic pathway under autotrophic, heterotrophic and mixotrophic culture conditions in an oleaginous microalga, Asterarcys sp. SCS-1881. The results showed that Asterarcys sp. can use glucose for mixotrophic growth, but cannot under strict heterotrophic growth. Mixotrophic cultures can significantly increase the biomass concentration and cell count of Asterarcys sp. The microalga accumulated more protein under mixotrophic conditions, but more carbohydrates and total lipids under autotrophic conditions. The microalga under mixotrophic culture conditions showed significantly reduced pigment content, PSII activity, and photoprotective ability, but increased the activity of PSI when compared to those under autotrophic conditions. Under mixotrophic conditions, Asterarcys sp. also showed enhanced glycolysis, photosynthetic carbon fixation, and pentose phosphate pathway and thus more ATP, carbon skeleton structure, and NADPH. Additionally, the biosynthesis of triacylglycerol, carbohydrates, and pigments was reduced under mixotrophic conditions and the core protein complexes of PSI and PSII were attenuated. Similarly, photosynthetic electron transport and many other pathways related to protein synthesis were enhanced under mixotrophic conditions when compared to the microalga cultured under autotrophic conditions. These biochemical changes may work to co-operatively ensure a more efficient supply of energy and carbon skeleton for rapid growth of the microalga under mixotrophic conditions when compared to those raised under autotrophic conditions." @default.
• W2996314092 created "2019-12-26" @default.
• W2996314092 creator A5019066456 @default.
• W2996314092 creator A5038905034 @default.
• W2996314092 creator A5043195759 @default.
• W2996314092 creator A5065288231 @default.
• W2996314092 creator A5070299320 @default.
• W2996314092 creator A5086326013 @default.
• W2996314092 creator A5088858663 @default.
• W2996314092 date "2020-01-01" @default.
• W2996314092 modified "2023-10-16" @default.
• W2996314092 title "Evaluating differences in growth, photosynthetic efficiency, and transcriptome of Asterarcys sp. SCS-1881 under autotrophic, mixotrophic, and heterotrophic culturing conditions" @default.
• W2996314092 cites W116253160 @default.
• W2996314092 cites W1205818901 @default.
• W2996314092 cites W1549339526 @default.
• W2996314092 cites W1965970184 @default.
• W2996314092 cites W1967416709 @default.
• W2996314092 cites W1968834637 @default.
• W2996314092 cites W1972491192 @default.
• W2996314092 cites W1975266795 @default.
• W2996314092 cites W1980793734 @default.
• W2996314092 cites W1988008273 @default.
• W2996314092 cites W2003283930 @default.
• W2996314092 cites W2005073801 @default.
• W2996314092 cites W2006772377 @default.
• W2996314092 cites W2014059869 @default.
• W2996314092 cites W2017036027 @default.
• W2996314092 cites W2017750017 @default.
• W2996314092 cites W2018669333 @default.
• W2996314092 cites W2053587250 @default.
• W2996314092 cites W2054401009 @default.
• W2996314092 cites W2083376661 @default.
• W2996314092 cites W2084799346 @default.
• W2996314092 cites W2085817349 @default.
• W2996314092 cites W2088006774 @default.
• W2996314092 cites W2107277218 @default.
• W2996314092 cites W2122983404 @default.
• W2996314092 cites W2130594399 @default.
• W2996314092 cites W2146964472 @default.
• W2996314092 cites W2151972396 @default.
• W2996314092 cites W2152798595 @default.
• W2996314092 cites W2153985087 @default.
• W2996314092 cites W2163347621 @default.
• W2996314092 cites W2163605877 @default.
• W2996314092 cites W2164861153 @default.
• W2996314092 cites W2294108993 @default.
• W2996314092 cites W2345171154 @default.
• W2996314092 cites W2485400608 @default.
• W2996314092 cites W2614717135 @default.
• W2996314092 cites W2799994970 @default.
• W2996314092 cites W317911213 @default.
• W2996314092 doi "https://doi.org/10.1016/j.algal.2019.101753" @default.
• W2996314092 hasPublicationYear "2020" @default.
• W2996314092 type Work @default.
• W2996314092 sameAs 2996314092 @default.
• W2996314092 citedByCount "41" @default.
• W2996314092 countsByYear W29963140922020 @default.
• W2996314092 countsByYear W29963140922021 @default.
• W2996314092 countsByYear W29963140922022 @default.
• W2996314092 countsByYear W29963140922023 @default.
• W2996314092 crossrefType "journal-article" @default.
• W2996314092 hasAuthorship W2996314092A5019066456 @default.
• W2996314092 hasAuthorship W2996314092A5038905034 @default.
• W2996314092 hasAuthorship W2996314092A5043195759 @default.
• W2996314092 hasAuthorship W2996314092A5065288231 @default.
• W2996314092 hasAuthorship W2996314092A5070299320 @default.
• W2996314092 hasAuthorship W2996314092A5086326013 @default.
• W2996314092 hasAuthorship W2996314092A5088858663 @default.
• W2996314092 hasConcept C104647666 @default.
• W2996314092 hasConcept C151730666 @default.
• W2996314092 hasConcept C183688256 @default.
• W2996314092 hasConcept C18903297 @default.
• W2996314092 hasConcept C35195898 @default.
• W2996314092 hasConcept C523546767 @default.
• W2996314092 hasConcept C59822182 @default.
• W2996314092 hasConcept C76479393 @default.
• W2996314092 hasConcept C86803240 @default.
• W2996314092 hasConceptScore W2996314092C104647666 @default.
• W2996314092 hasConceptScore W2996314092C151730666 @default.
• W2996314092 hasConceptScore W2996314092C183688256 @default.
• W2996314092 hasConceptScore W2996314092C18903297 @default.
• W2996314092 hasConceptScore W2996314092C35195898 @default.
• W2996314092 hasConceptScore W2996314092C523546767 @default.
• W2996314092 hasConceptScore W2996314092C59822182 @default.
• W2996314092 hasConceptScore W2996314092C76479393 @default.
• W2996314092 hasConceptScore W2996314092C86803240 @default.
• W2996314092 hasFunder F4320321001 @default.
• W2996314092 hasFunder F4320321133 @default.
• W2996314092 hasLocation W29963140921 @default.
• W2996314092 hasOpenAccess W2996314092 @default.
• W2996314092 hasPrimaryLocation W29963140921 @default.
• W2996314092 hasRelatedWork W1658056615 @default.
• W2996314092 hasRelatedWork W1899210959 @default.
• W2996314092 hasRelatedWork W1981155520 @default.
• W2996314092 hasRelatedWork W1984156850 @default.
• W2996314092 hasRelatedWork W2044446780 @default.
• W2996314092 hasRelatedWork W2167422762 @default.
• W2996314092 hasRelatedWork W2171254961 @default.

• next