Matches in SemOpenAlex for { <https://semopenalex.org/work/W3215801055> ?p ?o ?g. }
- W3215801055 endingPage "14937" @default.
- W3215801055 startingPage "14926" @default.
- W3215801055 abstract "Catechins are critical constituents for the sensory quality and health-promoting benefits of tea. Cytochrome P450 monooxygenases are required for catechin biosynthesis and are dependent on NADPH-cytochrome P450 reductases (CPRs) to provide reducing equivalents for their activities. However, CPRs have not been identified in tea, and their relationship to catechin accumulation also remains unknown. Thus, three CsCPR genes were identified in this study, all of which had five CPR-related conserved domains and were targeted to the endoplasmic reticulum. These three recombinant CsCPR proteins could reduce cytochrome c using NADPH as an electron donor. Heterologous co-expression in yeast demonstrated that all the three CsCPRs could support the enzyme activities of CsC4H and CsF3'H. Correlation analysis indicated that the expression level of CsCPR1 (or CsCPR2 or CsCPR3) was positively correlated with 3',4',5'-catechin (or total catechins) content. Our results indicate that the CsCPRs are involved in the biosynthesis of catechins in tea leaves." @default.
- W3215801055 created "2021-12-06" @default.
- W3215801055 creator A5001433960 @default.
- W3215801055 creator A5011369502 @default.
- W3215801055 creator A5033658593 @default.
- W3215801055 creator A5037082590 @default.
- W3215801055 creator A5042877234 @default.
- W3215801055 creator A5043978188 @default.
- W3215801055 creator A5056815441 @default.
- W3215801055 creator A5057211517 @default.
- W3215801055 creator A5063259811 @default.
- W3215801055 creator A5063627915 @default.
- W3215801055 creator A5070466707 @default.
- W3215801055 creator A5071615222 @default.
- W3215801055 creator A5079286679 @default.
- W3215801055 date "2021-12-03" @default.
- W3215801055 modified "2023-10-16" @default.
- W3215801055 title "Isolation and Functional Characterization of Multiple NADPH-Cytochrome P450 Reductase Genes from <i>Camellia sinensis</i> in View of Catechin Biosynthesis" @default.
- W3215801055 cites W1515404266 @default.
- W3215801055 cites W1724295095 @default.
- W3215801055 cites W1884975404 @default.
- W3215801055 cites W1979676204 @default.
- W3215801055 cites W1985504443 @default.
- W3215801055 cites W2001103545 @default.
- W3215801055 cites W2002964981 @default.
- W3215801055 cites W2003117374 @default.
- W3215801055 cites W2005925816 @default.
- W3215801055 cites W2012714287 @default.
- W3215801055 cites W2017553109 @default.
- W3215801055 cites W2021608380 @default.
- W3215801055 cites W2032766685 @default.
- W3215801055 cites W2052540756 @default.
- W3215801055 cites W2054279425 @default.
- W3215801055 cites W2064931754 @default.
- W3215801055 cites W2073685030 @default.
- W3215801055 cites W2082380693 @default.
- W3215801055 cites W2084150082 @default.
- W3215801055 cites W2089161937 @default.
- W3215801055 cites W2092943003 @default.
- W3215801055 cites W2094745283 @default.
- W3215801055 cites W2098011681 @default.
- W3215801055 cites W2107277218 @default.
- W3215801055 cites W2114057457 @default.
- W3215801055 cites W2117318229 @default.
- W3215801055 cites W2120425963 @default.
- W3215801055 cites W2122221811 @default.
- W3215801055 cites W2135487705 @default.
- W3215801055 cites W2140043452 @default.
- W3215801055 cites W2141433964 @default.
- W3215801055 cites W2154893268 @default.
- W3215801055 cites W2157445553 @default.
- W3215801055 cites W2170165857 @default.
- W3215801055 cites W2286638229 @default.
- W3215801055 cites W2527007224 @default.
- W3215801055 cites W2595098653 @default.
- W3215801055 cites W2600985089 @default.
- W3215801055 cites W2605397067 @default.
- W3215801055 cites W2740323219 @default.
- W3215801055 cites W2800563766 @default.
- W3215801055 cites W2892458446 @default.
- W3215801055 cites W2897428816 @default.
- W3215801055 cites W2913820309 @default.
- W3215801055 cites W2964112003 @default.
- W3215801055 cites W2964198486 @default.
- W3215801055 cites W3083607706 @default.
- W3215801055 cites W593671485 @default.
- W3215801055 doi "https://doi.org/10.1021/acs.jafc.1c04255" @default.
- W3215801055 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34859673" @default.
- W3215801055 hasPublicationYear "2021" @default.
- W3215801055 type Work @default.
- W3215801055 sameAs 3215801055 @default.
- W3215801055 citedByCount "1" @default.
- W3215801055 countsByYear W32158010552023 @default.
- W3215801055 crossrefType "journal-article" @default.
- W3215801055 hasAuthorship W3215801055A5001433960 @default.
- W3215801055 hasAuthorship W3215801055A5011369502 @default.
- W3215801055 hasAuthorship W3215801055A5033658593 @default.
- W3215801055 hasAuthorship W3215801055A5037082590 @default.
- W3215801055 hasAuthorship W3215801055A5042877234 @default.
- W3215801055 hasAuthorship W3215801055A5043978188 @default.
- W3215801055 hasAuthorship W3215801055A5056815441 @default.
- W3215801055 hasAuthorship W3215801055A5057211517 @default.
- W3215801055 hasAuthorship W3215801055A5063259811 @default.
- W3215801055 hasAuthorship W3215801055A5063627915 @default.
- W3215801055 hasAuthorship W3215801055A5070466707 @default.
- W3215801055 hasAuthorship W3215801055A5071615222 @default.
- W3215801055 hasAuthorship W3215801055A5079286679 @default.
- W3215801055 hasConcept C104317684 @default.
- W3215801055 hasConcept C108305142 @default.
- W3215801055 hasConcept C13002179 @default.
- W3215801055 hasConcept C134651460 @default.
- W3215801055 hasConcept C181199279 @default.
- W3215801055 hasConcept C185592680 @default.
- W3215801055 hasConcept C2778004101 @default.
- W3215801055 hasConcept C2779222958 @default.
- W3215801055 hasConcept C2779431889 @default.
- W3215801055 hasConcept C2992816389 @default.
- W3215801055 hasConcept C40767141 @default.