FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4311587515> ?p ?o ?g. }

• W4311587515 abstract "Abstract Medicago truncatula is a model legume that has been extensively investigated in diverse subdisciplines of plant science. Medicago littoralis can interbreed with M. truncatula and M. italica ; these three closely related species form a clade, i.e. TLI clade. Genetic studies have indicated that M. truncatula accessions are heterogeneous but their taxonomic identities have not been verified. To elucidate the phylogenetic position of diverse M. truncatula accessions within the genus, we assembled 54 plastid genomes (plastomes) using publicly available next-generation sequencing data and conducted phylogenetic analyses using maximum likelihood. Five accessions showed high levels of plastid DNA polymorphism. Three of these highly polymorphic accessions contained sequences from both M. truncatula and M. littoralis. Phylogenetic analyses of sequences placed some accessions closer to distantly related species suggesting misidentification of source material . Most accessions were placed within the TLI clade and maximally supported the interrelationships of three subclades. Two Medicago accessions were placed within a M. italica subclade of the TLI clade. Plastomes with a 45-kb ( rpl20 - ycf1 ) inversion were placed within the M. littoralis subclade. Our results suggest that the M. truncatula accession genome pool represents more than one species due to possible mistaken identities and gene flow among closely related species." @default.
• W4311587515 created "2022-12-27" @default.
• W4311587515 creator A5001121649 @default.
• W4311587515 creator A5006191875 @default.
• W4311587515 creator A5030937586 @default.
• W4311587515 creator A5069607857 @default.
• W4311587515 creator A5076455809 @default.
• W4311587515 creator A5089569520 @default.
• W4311587515 date "2022-12-07" @default.
• W4311587515 modified "2023-09-30" @default.
• W4311587515 title "Plastid phylogenomics uncovers multiple species in Medicago truncatula (Fabaceae) germplasm accessions" @default.
• W4311587515 cites W1438559235 @default.
• W4311587515 cites W1960202090 @default.
• W4311587515 cites W1964923794 @default.
• W4311587515 cites W1980901850 @default.
• W4311587515 cites W1994241789 @default.
• W4311587515 cites W1996111406 @default.
• W4311587515 cites W1998330439 @default.
• W4311587515 cites W2027125490 @default.
• W4311587515 cites W2041257508 @default.
• W4311587515 cites W2043906839 @default.
• W4311587515 cites W2049122334 @default.
• W4311587515 cites W2051418649 @default.
• W4311587515 cites W2051452837 @default.
• W4311587515 cites W2058409598 @default.
• W4311587515 cites W2058498281 @default.
• W4311587515 cites W2061984290 @default.
• W4311587515 cites W2067001241 @default.
• W4311587515 cites W207147739 @default.
• W4311587515 cites W2074076444 @default.
• W4311587515 cites W2077303200 @default.
• W4311587515 cites W2093601136 @default.
• W4311587515 cites W2098198841 @default.
• W4311587515 cites W2100830001 @default.
• W4311587515 cites W2102381655 @default.
• W4311587515 cites W2114414700 @default.
• W4311587515 cites W2123992386 @default.
• W4311587515 cites W2133170580 @default.
• W4311587515 cites W2137676454 @default.
• W4311587515 cites W2143482640 @default.
• W4311587515 cites W2146574773 @default.
• W4311587515 cites W2151990578 @default.
• W4311587515 cites W2156632239 @default.
• W4311587515 cites W2157036618 @default.
• W4311587515 cites W2158152955 @default.
• W4311587515 cites W2158714788 @default.
• W4311587515 cites W2160360124 @default.
• W4311587515 cites W2160378127 @default.
• W4311587515 cites W2160444236 @default.
• W4311587515 cites W2163299603 @default.
• W4311587515 cites W2188547234 @default.
• W4311587515 cites W2387273490 @default.
• W4311587515 cites W2602339788 @default.
• W4311587515 cites W2605533171 @default.
• W4311587515 cites W2605729454 @default.
• W4311587515 cites W2738478373 @default.
• W4311587515 cites W2784543153 @default.
• W4311587515 cites W2916679361 @default.
• W4311587515 cites W2939291271 @default.
• W4311587515 cites W2953289982 @default.
• W4311587515 cites W2970685059 @default.
• W4311587515 cites W3000252018 @default.
• W4311587515 cites W3005235420 @default.
• W4311587515 cites W3015713689 @default.
• W4311587515 cites W3038700077 @default.
• W4311587515 cites W3084201551 @default.
• W4311587515 cites W3091274199 @default.
• W4311587515 cites W3118829018 @default.
• W4311587515 cites W3130964807 @default.
• W4311587515 cites W3156458251 @default.
• W4311587515 cites W3160660631 @default.
• W4311587515 cites W3165250696 @default.
• W4311587515 cites W3201011689 @default.
• W4311587515 cites W3201059568 @default.
• W4311587515 cites W4205742428 @default.
• W4311587515 cites W4212865632 @default.
• W4311587515 cites W4213275596 @default.
• W4311587515 cites W4214751138 @default.
• W4311587515 cites W4282965756 @default.
• W4311587515 cites W4283522919 @default.
• W4311587515 cites W4291820633 @default.
• W4311587515 doi "https://doi.org/10.1038/s41598-022-25381-1" @default.
• W4311587515 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36477422" @default.
• W4311587515 hasPublicationYear "2022" @default.
• W4311587515 type Work @default.
• W4311587515 citedByCount "0" @default.
• W4311587515 crossrefType "journal-article" @default.
• W4311587515 hasAuthorship W4311587515A5001121649 @default.
• W4311587515 hasAuthorship W4311587515A5006191875 @default.
• W4311587515 hasAuthorship W4311587515A5030937586 @default.
• W4311587515 hasAuthorship W4311587515A5069607857 @default.
• W4311587515 hasAuthorship W4311587515A5076455809 @default.
• W4311587515 hasAuthorship W4311587515A5089569520 @default.
• W4311587515 hasBestOaLocation W43115875151 @default.
• W4311587515 hasConcept C104317684 @default.
• W4311587515 hasConcept C17966761 @default.
• W4311587515 hasConcept C193252679 @default.
• W4311587515 hasConcept C200197925 @default.
• W4311587515 hasConcept C2775943906 @default.
• W4311587515 hasConcept C2777461220 @default.

• next