FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3007583111> ?p ?o ?g. }

• W3007583111 endingPage "161" @default.
• W3007583111 startingPage "151" @default.
• W3007583111 abstract "Brassica is one of the most economically important genus of the Brassicaceae family, encompassing several key crops like Brassica napus (cabbage) and broccoli (Brassica oleraceae var. italica). This family is well known for their high content of characteristic secondary metabolites such as glucosinolates (GLS) compounds, recognize for their beneficial health properties and role in plants defense. In this work, we have looked through gene clusters involved in the biosynthesis of GLS, by combining genomic analysis with biochemical pathways and chemical diversity assessment. A total of 101 Brassicaceae genes involved in GLS biosynthesis were identified, using a multi-database approach. Through a UPGMA and PCA analysis on the 101 GLS genes recorded, revealed a separation between the genes mainly involved in GLS core structure synthesis and genes belonging to the CYP450s and MYBs gene families. After, a detailed phylogenetic analysis was conducted to better understand the disjunction of the aliphatic and indolic genes, by focusing on CYP79F1–F2 and CYP81F1–F4, respectively. Our results point to a recent diversification of the aliphatic CYP79F1 and F2 genes in Brassica crops, while for indolic genes an earliest diversification is observed for CYP81F1–F4 genes. Chemical diversity revealed that Brassica crops have distinct GLS chemo-profiles from other Brassicaceae genera; being highlighted the high contents of GLS found among the Diplotaxis species. Also, we have explored GLS-rich species as a new source of taxa with great agronomic potential, particularly in abiotic stress tolerance, namely Diplotaxis, the closest wild relatives of Brassica crops." @default.
• W3007583111 created "2020-03-06" @default.
• W3007583111 creator A5002283599 @default.
• W3007583111 creator A5030900760 @default.
• W3007583111 creator A5061053981 @default.
• W3007583111 creator A5064566936 @default.
• W3007583111 creator A5085888999 @default.
• W3007583111 creator A5091057354 @default.
• W3007583111 date "2020-05-01" @default.
• W3007583111 modified "2023-10-18" @default.
• W3007583111 title "Exploring glucosinolates diversity in Brassicaceae: a genomic and chemical assessment for deciphering abiotic stress tolerance" @default.
• W3007583111 cites W1550956609 @default.
• W3007583111 cites W1551513684 @default.
• W3007583111 cites W1743514097 @default.
• W3007583111 cites W185406595 @default.
• W3007583111 cites W1864021403 @default.
• W3007583111 cites W1963713134 @default.
• W3007583111 cites W1971005452 @default.
• W3007583111 cites W1972209101 @default.
• W3007583111 cites W1973007396 @default.
• W3007583111 cites W1974116356 @default.
• W3007583111 cites W1975214920 @default.
• W3007583111 cites W1982072860 @default.
• W3007583111 cites W1982810779 @default.
• W3007583111 cites W1994375963 @default.
• W3007583111 cites W1995832756 @default.
• W3007583111 cites W1996957783 @default.
• W3007583111 cites W1999982227 @default.
• W3007583111 cites W2000526965 @default.
• W3007583111 cites W2001225294 @default.
• W3007583111 cites W2016048781 @default.
• W3007583111 cites W2017073911 @default.
• W3007583111 cites W2018243915 @default.
• W3007583111 cites W2020559553 @default.
• W3007583111 cites W2021427465 @default.
• W3007583111 cites W2022044462 @default.
• W3007583111 cites W2025054234 @default.
• W3007583111 cites W2026981289 @default.
• W3007583111 cites W2035389469 @default.
• W3007583111 cites W2036838246 @default.
• W3007583111 cites W2045167672 @default.
• W3007583111 cites W2048561636 @default.
• W3007583111 cites W2056887074 @default.
• W3007583111 cites W2061449776 @default.
• W3007583111 cites W2065735257 @default.
• W3007583111 cites W2072840931 @default.
• W3007583111 cites W2074509176 @default.
• W3007583111 cites W2075240161 @default.
• W3007583111 cites W2082675289 @default.
• W3007583111 cites W2085490242 @default.
• W3007583111 cites W2097776611 @default.
• W3007583111 cites W2098526861 @default.
• W3007583111 cites W2099299146 @default.
• W3007583111 cites W2100414334 @default.
• W3007583111 cites W2114474845 @default.
• W3007583111 cites W2115245471 @default.
• W3007583111 cites W2117719228 @default.
• W3007583111 cites W2117805596 @default.
• W3007583111 cites W2123231717 @default.
• W3007583111 cites W2125627680 @default.
• W3007583111 cites W2130451962 @default.
• W3007583111 cites W2141545183 @default.
• W3007583111 cites W2143403584 @default.
• W3007583111 cites W2146202324 @default.
• W3007583111 cites W2155478762 @default.
• W3007583111 cites W2157151676 @default.
• W3007583111 cites W2163157315 @default.
• W3007583111 cites W2166783246 @default.
• W3007583111 cites W2168316093 @default.
• W3007583111 cites W2168955735 @default.
• W3007583111 cites W2186795931 @default.
• W3007583111 cites W2327446672 @default.
• W3007583111 cites W2329772464 @default.
• W3007583111 cites W2337761672 @default.
• W3007583111 cites W2442262621 @default.
• W3007583111 cites W2589743754 @default.
• W3007583111 cites W2593688804 @default.
• W3007583111 cites W2619709584 @default.
• W3007583111 cites W2751583588 @default.
• W3007583111 cites W2760213550 @default.
• W3007583111 cites W2767088268 @default.
• W3007583111 cites W2799524357 @default.
• W3007583111 cites W2895127970 @default.
• W3007583111 cites W2901712937 @default.
• W3007583111 cites W2942776357 @default.
• W3007583111 cites W2971508091 @default.
• W3007583111 cites W3020879462 @default.
• W3007583111 doi "https://doi.org/10.1016/j.plaphy.2020.02.032" @default.
• W3007583111 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32142988" @default.
• W3007583111 hasPublicationYear "2020" @default.
• W3007583111 type Work @default.
• W3007583111 sameAs 3007583111 @default.
• W3007583111 citedByCount "20" @default.
• W3007583111 countsByYear W30075831112020 @default.
• W3007583111 countsByYear W30075831112021 @default.
• W3007583111 countsByYear W30075831112022 @default.
• W3007583111 countsByYear W30075831112023 @default.
• W3007583111 crossrefType "journal-article" @default.

• next