Matches in SemOpenAlex for { <https://semopenalex.org/work/W2955486576> ?p ?o ?g. }
- W2955486576 endingPage "203" @default.
- W2955486576 startingPage "203" @default.
- W2955486576 abstract "Jasmonate ZIM-domain (JAZ) family proteins are the key repressors in the jasmonate signaling pathway and play crucial roles in plant development, defenses, and responses to stresses. However, our knowledge about the JAZ protein family in petunia is limited. This research respectively identified 12 and 16 JAZ proteins in two Petunia progenitors, Petunia axillaris and Petunia inflata. Phylogenetic analysis showed that the 28 proteins could be divided into four groups (Groups A–D) and further classified into six subgroups (A1, A2, B1, B3, C, and D1); members in the same subgroup shared some similarities in motif composition and sequence structure. The Ka/Ks ratios of seven paralogous pairs were less than one, suggesting the petunia JAZ family might have principally undergone purifying selection. Quantitative real-time PCR (qRT-PCR) analysis revealed that PaJAZ genes presented differential expression patterns during the development of flower bud and anther in petunia, and the expression of PaJAZ5, 9, 12 genes was generally up-regulated after MeJA treatment. Subcellular localization assays demonstrated that proteins PaJAZ5, 9, 12 were localized in nucleus. Yeast two hybrid (Y2H) elucidated most PaJAZ proteins (PaJAZ1-7, 9, 12) might interact with transcription factor MYC2. This study provides insights for further investigation of functional analysis in petunia JAZ family proteins." @default.
- W2955486576 created "2019-07-12" @default.
- W2955486576 creator A5005431252 @default.
- W2955486576 creator A5033041650 @default.
- W2955486576 creator A5059713631 @default.
- W2955486576 creator A5065145414 @default.
- W2955486576 creator A5074332979 @default.
- W2955486576 creator A5079594267 @default.
- W2955486576 creator A5087001784 @default.
- W2955486576 date "2019-07-03" @default.
- W2955486576 modified "2023-10-18" @default.
- W2955486576 title "Genome-Wide Identification and Characterization of JAZ Protein Family in Two Petunia Progenitors" @default.
- W2955486576 cites W1484403819 @default.
- W2955486576 cites W1491616831 @default.
- W2955486576 cites W1803619559 @default.
- W2955486576 cites W1955916017 @default.
- W2955486576 cites W1965502172 @default.
- W2955486576 cites W1969108244 @default.
- W2955486576 cites W1973956243 @default.
- W2955486576 cites W1975920666 @default.
- W2955486576 cites W1977968790 @default.
- W2955486576 cites W1986803550 @default.
- W2955486576 cites W1986991612 @default.
- W2955486576 cites W1990392683 @default.
- W2955486576 cites W1994147077 @default.
- W2955486576 cites W2001848054 @default.
- W2955486576 cites W2004832861 @default.
- W2955486576 cites W2022363784 @default.
- W2955486576 cites W2026841737 @default.
- W2955486576 cites W2037115380 @default.
- W2955486576 cites W2040381492 @default.
- W2955486576 cites W2042758661 @default.
- W2955486576 cites W2043676058 @default.
- W2955486576 cites W2050018481 @default.
- W2955486576 cites W2052498510 @default.
- W2955486576 cites W2065431270 @default.
- W2955486576 cites W2065813460 @default.
- W2955486576 cites W2069511429 @default.
- W2955486576 cites W2076913878 @default.
- W2955486576 cites W2084720613 @default.
- W2955486576 cites W2094448246 @default.
- W2955486576 cites W2094568499 @default.
- W2955486576 cites W2098597971 @default.
- W2955486576 cites W2100061185 @default.
- W2955486576 cites W2109854428 @default.
- W2955486576 cites W2114425137 @default.
- W2955486576 cites W2117234604 @default.
- W2955486576 cites W2119854546 @default.
- W2955486576 cites W2121887205 @default.
- W2955486576 cites W2126762057 @default.
- W2955486576 cites W2128149293 @default.
- W2955486576 cites W2135621733 @default.
- W2955486576 cites W2142400919 @default.
- W2955486576 cites W2146577134 @default.
- W2955486576 cites W2148500085 @default.
- W2955486576 cites W2152487831 @default.
- W2955486576 cites W2154845780 @default.
- W2955486576 cites W2156475745 @default.
- W2955486576 cites W2157726779 @default.
- W2955486576 cites W2159535206 @default.
- W2955486576 cites W2166152751 @default.
- W2955486576 cites W2171724922 @default.
- W2955486576 cites W2186165225 @default.
- W2955486576 cites W2232428328 @default.
- W2955486576 cites W2311203695 @default.
- W2955486576 cites W2332279020 @default.
- W2955486576 cites W2403944210 @default.
- W2955486576 cites W2479389577 @default.
- W2955486576 cites W2584097386 @default.
- W2955486576 cites W2589057502 @default.
- W2955486576 cites W2620382311 @default.
- W2955486576 cites W2620868269 @default.
- W2955486576 cites W2624196024 @default.
- W2955486576 cites W2763762085 @default.
- W2955486576 cites W2782456208 @default.
- W2955486576 cites W2792116459 @default.
- W2955486576 cites W2793331006 @default.
- W2955486576 cites W2793779911 @default.
- W2955486576 cites W2799502376 @default.
- W2955486576 cites W2800547100 @default.
- W2955486576 cites W2808457011 @default.
- W2955486576 cites W2882986453 @default.
- W2955486576 cites W2897064867 @default.
- W2955486576 cites W2907140656 @default.
- W2955486576 cites W2908411604 @default.
- W2955486576 cites W2911866537 @default.
- W2955486576 cites W2913053262 @default.
- W2955486576 cites W2913590743 @default.
- W2955486576 cites W2915515345 @default.
- W2955486576 cites W2918001001 @default.
- W2955486576 cites W4256017875 @default.
- W2955486576 doi "https://doi.org/10.3390/plants8070203" @default.
- W2955486576 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6681285" @default.
- W2955486576 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31277246" @default.
- W2955486576 hasPublicationYear "2019" @default.
- W2955486576 type Work @default.
- W2955486576 sameAs 2955486576 @default.
- W2955486576 citedByCount "8" @default.