FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2760164932> ?p ?o ?g. }

• W2760164932 endingPage "74" @default.
• W2760164932 startingPage "61" @default.
• W2760164932 abstract "NAC transcription factors (TFs) belong to plant-specific TFs, which have been identified in many plant species. The NAC TFs act as the nodes of a regulatory network in plant's response to abiotic and biotic stresses. Till now, response of tomato NAC TFs involved in Tomato yellow leaf curl virus (TYLCV) infection is unknown. In the present study, six NAC TFs were identified to respond to TYLCV infection in tomato. We observed that transcripts of four NAC genes (SlNAC20, SlNAC24, SlNAC47, and SlNAC61) were induced after TYLCV infection in resistant tomato cultivar. Virus-induced gene silencing analysis (VIGS) indicated that SlNAC61 played positive roles in response to TYLCV infection. Tomato NAC TFs were not only involved in defense regulation but in development and stress progress. These NAC TFs interacted with other proteins, including protein phosphatase and mitogen-activated protein kinase. Some defense response TFs, such as WRKY, TGA, MYB, NAC, could interact with NAC proteins by binding cis-elements in promoter regions of NAC TFs. These identified tomato NAC TFs cooperated with other TFs and proteins, indicating the complex response mechanism of described NAC TFs involved in TYLCV infection. The results will offer new evidence to further understand the NAC TFs involved in response to TYLCV infection in tomato." @default.
• W2760164932 created "2017-10-06" @default.
• W2760164932 creator A5017119483 @default.
• W2760164932 creator A5019646920 @default.
• W2760164932 creator A5026053703 @default.
• W2760164932 creator A5045281024 @default.
• W2760164932 creator A5065058975 @default.
• W2760164932 date "2017-11-01" @default.
• W2760164932 modified "2023-09-27" @default.
• W2760164932 title "Six NAC transcription factors involved in response to TYLCV infection in resistant and susceptible tomato cultivars" @default.
• W2760164932 cites W1513837103 @default.
• W2760164932 cites W1520636561 @default.
• W2760164932 cites W1565436417 @default.
• W2760164932 cites W1573499746 @default.
• W2760164932 cites W1607477758 @default.
• W2760164932 cites W1906993927 @default.
• W2760164932 cites W1956327139 @default.
• W2760164932 cites W1963825149 @default.
• W2760164932 cites W1973731551 @default.
• W2760164932 cites W1974552842 @default.
• W2760164932 cites W1977322059 @default.
• W2760164932 cites W1979045861 @default.
• W2760164932 cites W1980055662 @default.
• W2760164932 cites W1980229120 @default.
• W2760164932 cites W1982516822 @default.
• W2760164932 cites W1983370441 @default.
• W2760164932 cites W1988993409 @default.
• W2760164932 cites W2004304253 @default.
• W2760164932 cites W2004621076 @default.
• W2760164932 cites W2006537542 @default.
• W2760164932 cites W2007646864 @default.
• W2760164932 cites W2014233899 @default.
• W2760164932 cites W2021996012 @default.
• W2760164932 cites W2022975816 @default.
• W2760164932 cites W2024896692 @default.
• W2760164932 cites W2027177819 @default.
• W2760164932 cites W2027613348 @default.
• W2760164932 cites W2029854924 @default.
• W2760164932 cites W2031609604 @default.
• W2760164932 cites W2032183998 @default.
• W2760164932 cites W2034294197 @default.
• W2760164932 cites W2034878740 @default.
• W2760164932 cites W2035908878 @default.
• W2760164932 cites W2037779441 @default.
• W2760164932 cites W2039253388 @default.
• W2760164932 cites W2045741811 @default.
• W2760164932 cites W2051618308 @default.
• W2760164932 cites W2062412666 @default.
• W2760164932 cites W2064889765 @default.
• W2760164932 cites W2066299394 @default.
• W2760164932 cites W2076036836 @default.
• W2760164932 cites W2085631703 @default.
• W2760164932 cites W2095724872 @default.
• W2760164932 cites W2096451658 @default.
• W2760164932 cites W2097332888 @default.
• W2760164932 cites W2103652191 @default.
• W2760164932 cites W2105422221 @default.
• W2760164932 cites W2105924489 @default.
• W2760164932 cites W2108244474 @default.
• W2760164932 cites W2108717804 @default.
• W2760164932 cites W2109119032 @default.
• W2760164932 cites W2113820370 @default.
• W2760164932 cites W2114513467 @default.
• W2760164932 cites W2122245399 @default.
• W2760164932 cites W2122685460 @default.
• W2760164932 cites W2125979970 @default.
• W2760164932 cites W2127741601 @default.
• W2760164932 cites W2130163276 @default.
• W2760164932 cites W2132632499 @default.
• W2760164932 cites W2142721825 @default.
• W2760164932 cites W2157009395 @default.
• W2760164932 cites W2158860643 @default.
• W2760164932 cites W2161512142 @default.
• W2760164932 cites W2161586272 @default.
• W2760164932 cites W2167783366 @default.
• W2760164932 cites W2169115409 @default.
• W2760164932 cites W2169312015 @default.
• W2760164932 cites W2169807935 @default.
• W2760164932 cites W2171724922 @default.
• W2760164932 cites W2299723900 @default.
• W2760164932 cites W2332330798 @default.
• W2760164932 cites W2486605166 @default.
• W2760164932 cites W2528951128 @default.
• W2760164932 cites W2621051384 @default.
• W2760164932 cites W573905610 @default.
• W2760164932 doi "https://doi.org/10.1016/j.plaphy.2017.09.020" @default.
• W2760164932 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28987863" @default.
• W2760164932 hasPublicationYear "2017" @default.
• W2760164932 type Work @default.
• W2760164932 sameAs 2760164932 @default.
• W2760164932 citedByCount "46" @default.
• W2760164932 countsByYear W27601649322018 @default.
• W2760164932 countsByYear W27601649322019 @default.
• W2760164932 countsByYear W27601649322020 @default.
• W2760164932 countsByYear W27601649322021 @default.
• W2760164932 countsByYear W27601649322022 @default.
• W2760164932 countsByYear W27601649322023 @default.
• W2760164932 crossrefType "journal-article" @default.

• next