FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3197789666> ?p ?o ?g. }

• W3197789666 endingPage "5355" @default.
• W3197789666 startingPage "5355" @default.
• W3197789666 abstract "The biological activities of the primary metabolites and secondary metabolites of 69 green cabbage varieties were tested. The LC-MS detection method was used to determine the content of 19 free amino acids (lysine, tryptophan, phenylalanine, methionine, threonine, isoleucine, leucine, valine, arginine, asparagine, glycine, proline, tyrosine, glutamine, alanine, aspartic acid, serine, and glutamate). The content of 10 polyphenols (chlorogenic acid, gallic acid, 4-coumaric acid, ferulic acid, gentisic acid, cymarin, erucic acid, benzoic acid, rutin, and kaempferol) was determined by the HPLC detection method. Considering the complexity of the data obtained, variance analysis, diversity analysis, correlation analysis, hierarchical cluster analysis (HCA), and principal component analysis (PCA) were used to process and correlate amino acid or polyphenol data, respectively. The results showed that there were significant differences between the different amino acids and polyphenols of the 69 cabbage varieties. The most abundant amino acids and polyphenols were Glu and rutin, respectively. Both amino acids and polyphenols had a high genetic diversity, and multiple groups of significant or extremely significant correlations. The 69 cabbage varieties were divided into two groups, according to 19 amino acid indexes, by PCA. Among them, seven varieties with high amino acid content all fell into the fourth quadrant. The HCA of amino acids also supports this view. Based on 10 polyphenols, the 69 cabbage varieties were divided into two groups by HCA. Based on 29 indexes of amino acids and polyphenols, 69 cabbage varieties were evaluated and ranked by PCA. Therefore, in this study, cabbage varieties were classified in accordance with the level of amino acids and polyphenols, which provided a theoretical basis for the genetic improvement of nutritional quality in cabbage." @default.
• W3197789666 created "2021-09-13" @default.
• W3197789666 creator A5010255912 @default.
• W3197789666 creator A5011132102 @default.
• W3197789666 creator A5021056599 @default.
• W3197789666 creator A5033234722 @default.
• W3197789666 creator A5047085816 @default.
• W3197789666 creator A5063895576 @default.
• W3197789666 creator A5064463976 @default.
• W3197789666 creator A5067656018 @default.
• W3197789666 creator A5085035359 @default.
• W3197789666 creator A5088747120 @default.
• W3197789666 date "2021-09-03" @default.
• W3197789666 modified "2023-09-24" @default.
• W3197789666 title "Comprehensive Evaluation of Amino Acids and Polyphenols in 69 Varieties of Green Cabbage (Brassica oleracea L. var. capitata L.) Based on Multivariate Statistical Analysis" @default.
• W3197789666 cites W1773606712 @default.
• W3197789666 cites W1903210771 @default.
• W3197789666 cites W1956183645 @default.
• W3197789666 cites W1964607744 @default.
• W3197789666 cites W1966858332 @default.
• W3197789666 cites W1968286822 @default.
• W3197789666 cites W1970709685 @default.
• W3197789666 cites W1972166601 @default.
• W3197789666 cites W1974129550 @default.
• W3197789666 cites W1974918688 @default.
• W3197789666 cites W1977073056 @default.
• W3197789666 cites W1980205916 @default.
• W3197789666 cites W1981189899 @default.
• W3197789666 cites W1982972154 @default.
• W3197789666 cites W1983610372 @default.
• W3197789666 cites W1991270368 @default.
• W3197789666 cites W1993605915 @default.
• W3197789666 cites W1994382322 @default.
• W3197789666 cites W1994640671 @default.
• W3197789666 cites W1995194988 @default.
• W3197789666 cites W2004435886 @default.
• W3197789666 cites W2019989583 @default.
• W3197789666 cites W2024584275 @default.
• W3197789666 cites W2026773589 @default.
• W3197789666 cites W2034446170 @default.
• W3197789666 cites W2049632698 @default.
• W3197789666 cites W2058264527 @default.
• W3197789666 cites W2059396924 @default.
• W3197789666 cites W2064207652 @default.
• W3197789666 cites W2066876717 @default.
• W3197789666 cites W2080304600 @default.
• W3197789666 cites W2082607598 @default.
• W3197789666 cites W2085926435 @default.
• W3197789666 cites W2090751865 @default.
• W3197789666 cites W2095705899 @default.
• W3197789666 cites W2097237123 @default.
• W3197789666 cites W2097820520 @default.
• W3197789666 cites W2098195115 @default.
• W3197789666 cites W2101294827 @default.
• W3197789666 cites W2106172943 @default.
• W3197789666 cites W2124121471 @default.
• W3197789666 cites W2128728535 @default.
• W3197789666 cites W2131170038 @default.
• W3197789666 cites W2133802061 @default.
• W3197789666 cites W2138982897 @default.
• W3197789666 cites W2139398504 @default.
• W3197789666 cites W2142630217 @default.
• W3197789666 cites W2152660846 @default.
• W3197789666 cites W2160238039 @default.
• W3197789666 cites W2166661935 @default.
• W3197789666 cites W2183508772 @default.
• W3197789666 cites W2408472479 @default.
• W3197789666 cites W245839342 @default.
• W3197789666 cites W2464871812 @default.
• W3197789666 cites W2492378428 @default.
• W3197789666 cites W2614198225 @default.
• W3197789666 cites W2621818240 @default.
• W3197789666 cites W2764046919 @default.
• W3197789666 cites W2783749221 @default.
• W3197789666 cites W2789941510 @default.
• W3197789666 cites W2801069618 @default.
• W3197789666 cites W2885646182 @default.
• W3197789666 cites W2897996618 @default.
• W3197789666 cites W2913322113 @default.
• W3197789666 cites W2939617906 @default.
• W3197789666 cites W2956329798 @default.
• W3197789666 cites W3089006943 @default.
• W3197789666 cites W3163810609 @default.
• W3197789666 cites W1967196218 @default.
• W3197789666 doi "https://doi.org/10.3390/molecules26175355" @default.
• W3197789666 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8434452" @default.
• W3197789666 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34500788" @default.
• W3197789666 hasPublicationYear "2021" @default.
• W3197789666 type Work @default.
• W3197789666 sameAs 3197789666 @default.
• W3197789666 citedByCount "11" @default.
• W3197789666 countsByYear W31977896662021 @default.
• W3197789666 countsByYear W31977896662022 @default.
• W3197789666 countsByYear W31977896662023 @default.
• W3197789666 crossrefType "journal-article" @default.
• W3197789666 hasAuthorship W3197789666A5010255912 @default.
• W3197789666 hasAuthorship W3197789666A5011132102 @default.
• W3197789666 hasAuthorship W3197789666A5021056599 @default.

• next