Matches in SemOpenAlex for { <https://semopenalex.org/work/W2144498618> ?p ?o ?g. }
- W2144498618 endingPage "4958" @default.
- W2144498618 startingPage "4943" @default.
- W2144498618 abstract "Trichomes are epidermal hair-like structures that function in plant defence against biotic and abiotic stresses. Extensive studies have been performed on foliar trichomes development in Arabidopsis and tomato, but the molecular mechanism of fruit trichome formation remains elusive. Cucumber fruit is covered with trichomes (spines) that directly affect the appearance and quality of cucumber products. Here, we characterized the fruit spine development in wild-type (WT) cucumber and a spontaneous mutant, tiny branched hair (tbh). Our data showed that the cucumber trichome was multicellular and non-glandular, with malformed organelles and no endoreduplication. Fruit spine development was generally homogenous and marked by a rapid base expansion stage. Trichomes in the tbh mutant were tiny and branched, with increased density and aberrant cell shape. Transcriptome profiling indicated that meristem-related genes were highly enriched in the upregulated genes in the tbh versus the WT, as well as in WT spines after versus before base expansion, and that polarity regulators were greatly induced during spine base expansion. Quantitative reverse transcription PCR and in situ hybridization confirmed the differential expression of CUP-SHAPED COTYLEDON3 (CUC3) and SHOOT MERISTEMLESS (STM) during spine development. Therefore, cucumber trichomes are morphologically different from those of Arabidopsis and tomato, and their development may be regulated by a distinct pathway involving meristem genes and polarity regulators." @default.
- W2144498618 created "2016-06-24" @default.
- W2144498618 creator A5020993299 @default.
- W2144498618 creator A5033098099 @default.
- W2144498618 creator A5035645796 @default.
- W2144498618 creator A5039420465 @default.
- W2144498618 creator A5040237497 @default.
- W2144498618 creator A5046345736 @default.
- W2144498618 creator A5049446746 @default.
- W2144498618 creator A5058230055 @default.
- W2144498618 creator A5077578574 @default.
- W2144498618 creator A5078653034 @default.
- W2144498618 date "2014-06-24" @default.
- W2144498618 modified "2023-10-01" @default.
- W2144498618 title "Transcriptome profiling reveals roles of meristem regulators and polarity genes during fruit trichome development in cucumber (Cucumis sativus L.)" @default.
- W2144498618 cites W1501088252 @default.
- W2144498618 cites W1502072943 @default.
- W2144498618 cites W1568419688 @default.
- W2144498618 cites W1611244112 @default.
- W2144498618 cites W1758913211 @default.
- W2144498618 cites W1910653784 @default.
- W2144498618 cites W1927080244 @default.
- W2144498618 cites W1968829263 @default.
- W2144498618 cites W1975651748 @default.
- W2144498618 cites W1975805727 @default.
- W2144498618 cites W1978500002 @default.
- W2144498618 cites W1980007971 @default.
- W2144498618 cites W1980630177 @default.
- W2144498618 cites W1986007439 @default.
- W2144498618 cites W1990188370 @default.
- W2144498618 cites W1992146336 @default.
- W2144498618 cites W2002212941 @default.
- W2144498618 cites W2002520494 @default.
- W2144498618 cites W2004692924 @default.
- W2144498618 cites W2007614581 @default.
- W2144498618 cites W2009214484 @default.
- W2144498618 cites W2009862576 @default.
- W2144498618 cites W2020499153 @default.
- W2144498618 cites W2029571566 @default.
- W2144498618 cites W2029719139 @default.
- W2144498618 cites W2029811423 @default.
- W2144498618 cites W2030719605 @default.
- W2144498618 cites W2037333220 @default.
- W2144498618 cites W2040827213 @default.
- W2144498618 cites W2049965694 @default.
- W2144498618 cites W2053915285 @default.
- W2144498618 cites W2056611272 @default.
- W2144498618 cites W2073902672 @default.
- W2144498618 cites W2075510526 @default.
- W2144498618 cites W2082514530 @default.
- W2144498618 cites W2086883435 @default.
- W2144498618 cites W2091568069 @default.
- W2144498618 cites W2092419774 @default.
- W2144498618 cites W2095892665 @default.
- W2144498618 cites W2096380638 @default.
- W2144498618 cites W2096561521 @default.
- W2144498618 cites W2097341408 @default.
- W2144498618 cites W2100090768 @default.
- W2144498618 cites W2102274738 @default.
- W2144498618 cites W2102370248 @default.
- W2144498618 cites W2105887317 @default.
- W2144498618 cites W2106903078 @default.
- W2144498618 cites W2112757930 @default.
- W2144498618 cites W2113762180 @default.
- W2144498618 cites W2114104545 @default.
- W2144498618 cites W2114456057 @default.
- W2144498618 cites W2120024428 @default.
- W2144498618 cites W2123385229 @default.
- W2144498618 cites W2125533958 @default.
- W2144498618 cites W2126048689 @default.
- W2144498618 cites W2137683949 @default.
- W2144498618 cites W2138209834 @default.
- W2144498618 cites W2139299708 @default.
- W2144498618 cites W2141180158 @default.
- W2144498618 cites W2142008808 @default.
- W2144498618 cites W2145270249 @default.
- W2144498618 cites W2148106861 @default.
- W2144498618 cites W2150370714 @default.
- W2144498618 cites W2157391280 @default.
- W2144498618 cites W2160204546 @default.
- W2144498618 cites W2161723152 @default.
- W2144498618 cites W2162628015 @default.
- W2144498618 cites W2163106310 @default.
- W2144498618 cites W2164039314 @default.
- W2144498618 cites W2187624135 @default.
- W2144498618 doi "https://doi.org/10.1093/jxb/eru258" @default.
- W2144498618 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4144775" @default.
- W2144498618 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24962999" @default.
- W2144498618 hasPublicationYear "2014" @default.
- W2144498618 type Work @default.
- W2144498618 sameAs 2144498618 @default.
- W2144498618 citedByCount "89" @default.
- W2144498618 countsByYear W21444986182015 @default.
- W2144498618 countsByYear W21444986182016 @default.
- W2144498618 countsByYear W21444986182017 @default.
- W2144498618 countsByYear W21444986182018 @default.
- W2144498618 countsByYear W21444986182019 @default.
- W2144498618 countsByYear W21444986182020 @default.