Matches in SemOpenAlex for { <https://semopenalex.org/work/W2744087851> ?p ?o ?g. }
- W2744087851 endingPage "1330" @default.
- W2744087851 startingPage "1330" @default.
- W2744087851 abstract "The complete chloroplast genome of Artemisia annua (Asteraceae), the primary source of artemisinin, was sequenced and analyzed. The A. annua cp genome is 150,995 bp, and harbors a pair of inverted repeat regions (IRa and IRb), of 24,850 bp each that separate large (LSC, 82,988 bp) and small (SSC, 18,267 bp) single-copy regions. Our annotation revealed that the A. annua cp genome contains 113 genes and 18 duplicated genes. The gene order in the SSC region of A. annua is inverted; this fact is consistent with the sequences of chloroplast genomes from three other Artemisia species. Fifteen (15) forward and seventeen (17) inverted repeats were detected in the genome. The existence of rich SSR loci in the genome suggests opportunities for future population genetics work on this anti-malarial medicinal plant. In A. annua cpDNA, the rps19 gene was found in the LSC region rather than the IR region, and the rps19 pseudogene was absent in the IR region. Sequence divergence analysis of five Asteraceae species indicated that the most highly divergent regions were found in the intergenic spacers, and that the differences between A. annua and A. fukudo were very slight. A phylogenetic analysis revealed a sister relationship between A. annua and A. fukudo. This study identified the unique characteristics of the A. annua cp genome. These results offer valuable information for future research on Artemisia species identification and for the selective breeding of A. annua with high pharmaceutical efficacy." @default.
- W2744087851 created "2017-08-17" @default.
- W2744087851 creator A5000383893 @default.
- W2744087851 creator A5016782315 @default.
- W2744087851 creator A5018496234 @default.
- W2744087851 creator A5019688873 @default.
- W2744087851 creator A5028895704 @default.
- W2744087851 creator A5044328712 @default.
- W2744087851 creator A5070293700 @default.
- W2744087851 creator A5070345246 @default.
- W2744087851 creator A5074964630 @default.
- W2744087851 creator A5083911307 @default.
- W2744087851 date "2017-08-11" @default.
- W2744087851 modified "2023-10-01" @default.
- W2744087851 title "Complete Chloroplast Genome Sequence and Phylogenetic Analysis of the Medicinal Plant Artemisia annua" @default.
- W2744087851 cites W1499496657 @default.
- W2744087851 cites W1560609157 @default.
- W2744087851 cites W1966029203 @default.
- W2744087851 cites W1967455988 @default.
- W2744087851 cites W1969959701 @default.
- W2744087851 cites W1977547080 @default.
- W2744087851 cites W1981837260 @default.
- W2744087851 cites W1983903377 @default.
- W2744087851 cites W1989042412 @default.
- W2744087851 cites W2003449707 @default.
- W2744087851 cites W2006446141 @default.
- W2744087851 cites W2006745496 @default.
- W2744087851 cites W2007896360 @default.
- W2744087851 cites W2024584192 @default.
- W2744087851 cites W2025071331 @default.
- W2744087851 cites W2027448315 @default.
- W2744087851 cites W2027591420 @default.
- W2744087851 cites W2029652193 @default.
- W2744087851 cites W2033713984 @default.
- W2744087851 cites W2035912980 @default.
- W2744087851 cites W2041246058 @default.
- W2744087851 cites W2042533249 @default.
- W2744087851 cites W2051310471 @default.
- W2744087851 cites W2060970547 @default.
- W2744087851 cites W2065786627 @default.
- W2744087851 cites W2070036440 @default.
- W2744087851 cites W2073289595 @default.
- W2744087851 cites W2075579534 @default.
- W2744087851 cites W2080026334 @default.
- W2744087851 cites W2080868986 @default.
- W2744087851 cites W2085874544 @default.
- W2744087851 cites W2095849850 @default.
- W2744087851 cites W2098184601 @default.
- W2744087851 cites W2098689280 @default.
- W2744087851 cites W2107282968 @default.
- W2744087851 cites W2119978671 @default.
- W2744087851 cites W2120611093 @default.
- W2744087851 cites W2124281279 @default.
- W2744087851 cites W2127735379 @default.
- W2744087851 cites W2129156298 @default.
- W2744087851 cites W2129744420 @default.
- W2744087851 cites W2132632499 @default.
- W2744087851 cites W2134009021 @default.
- W2744087851 cites W2136846721 @default.
- W2744087851 cites W2137015675 @default.
- W2744087851 cites W2144322830 @default.
- W2744087851 cites W2146451828 @default.
- W2744087851 cites W2147096538 @default.
- W2744087851 cites W2148196015 @default.
- W2744087851 cites W2155588005 @default.
- W2744087851 cites W2167054863 @default.
- W2744087851 cites W2171544625 @default.
- W2744087851 cites W2196445830 @default.
- W2744087851 cites W2265101850 @default.
- W2744087851 cites W2322356142 @default.
- W2744087851 cites W2334381352 @default.
- W2744087851 cites W2341732483 @default.
- W2744087851 cites W2500727927 @default.
- W2744087851 cites W2507794293 @default.
- W2744087851 cites W2586647234 @default.
- W2744087851 cites W2616270512 @default.
- W2744087851 cites W4232593460 @default.
- W2744087851 cites W4249267806 @default.
- W2744087851 doi "https://doi.org/10.3390/molecules22081330" @default.
- W2744087851 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6152406" @default.
- W2744087851 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28800082" @default.
- W2744087851 hasPublicationYear "2017" @default.
- W2744087851 type Work @default.
- W2744087851 sameAs 2744087851 @default.
- W2744087851 citedByCount "112" @default.
- W2744087851 countsByYear W27440878512018 @default.
- W2744087851 countsByYear W27440878512019 @default.
- W2744087851 countsByYear W27440878512020 @default.
- W2744087851 countsByYear W27440878512021 @default.
- W2744087851 countsByYear W27440878512022 @default.
- W2744087851 countsByYear W27440878512023 @default.
- W2744087851 crossrefType "journal-article" @default.
- W2744087851 hasAuthorship W2744087851A5000383893 @default.
- W2744087851 hasAuthorship W2744087851A5016782315 @default.
- W2744087851 hasAuthorship W2744087851A5018496234 @default.
- W2744087851 hasAuthorship W2744087851A5019688873 @default.
- W2744087851 hasAuthorship W2744087851A5028895704 @default.
- W2744087851 hasAuthorship W2744087851A5044328712 @default.