Matches in SemOpenAlex for { <https://semopenalex.org/work/W3202124690> ?p ?o ?g. }
- W3202124690 endingPage "3880" @default.
- W3202124690 startingPage "3872" @default.
- W3202124690 abstract "We combined traditional mRNA-seq and RNC-seq together to reveal post-transcriptional regulation events impacting gene expression and interactions between the serious fungal pathogen Verticillium dahliae and a susceptible host, Gossypium hirsutum TM-1. After screening the differentially expressed and translated genes, V. dahliae infection was observed to influence gene transcription and translation in its host. Interestingly, the asparagine synthase (ASN1) gene transcripts increased significantly with the increase of infection time, while the rate of ASN1 protein accumulation in host TM-1 was distinctly lower than that in resistant hosts. We knocked down the ASN1 gene in resistant plants (ZZM2), and found that Verticillium-resistance was significantly reduced upon knockdown of ASN1. Our study revealed both transcriptional and post-transcriptional regulation of gene expression in TM-1 cotton plants infected by V. dahliae, and showed that ASN1 functions in the V. dahliae resistance process. These insights support breeding of disease resistance in cotton." @default.
- W3202124690 created "2021-10-11" @default.
- W3202124690 creator A5013736647 @default.
- W3202124690 creator A5033965192 @default.
- W3202124690 creator A5034787932 @default.
- W3202124690 creator A5047875219 @default.
- W3202124690 creator A5063414486 @default.
- W3202124690 creator A5068397111 @default.
- W3202124690 creator A5077250793 @default.
- W3202124690 date "2021-11-01" @default.
- W3202124690 modified "2023-09-29" @default.
- W3202124690 title "The use of ribosome-nascent chain complex-seq to reveal the translated mRNA profile and the role of ASN1 in resistance to Verticillium wilt in cotton" @default.
- W3202124690 cites W1493482782 @default.
- W3202124690 cites W1571956506 @default.
- W3202124690 cites W1957083068 @default.
- W3202124690 cites W1964552518 @default.
- W3202124690 cites W1980599684 @default.
- W3202124690 cites W199386760 @default.
- W3202124690 cites W2016097940 @default.
- W3202124690 cites W2017573038 @default.
- W3202124690 cites W2021888705 @default.
- W3202124690 cites W2026033633 @default.
- W3202124690 cites W2041493424 @default.
- W3202124690 cites W2058241082 @default.
- W3202124690 cites W2066743397 @default.
- W3202124690 cites W2073392738 @default.
- W3202124690 cites W2099838379 @default.
- W3202124690 cites W2100305481 @default.
- W3202124690 cites W2103912806 @default.
- W3202124690 cites W2107363136 @default.
- W3202124690 cites W2120118044 @default.
- W3202124690 cites W2124985265 @default.
- W3202124690 cites W2127550929 @default.
- W3202124690 cites W2137148470 @default.
- W3202124690 cites W2140729960 @default.
- W3202124690 cites W2147762371 @default.
- W3202124690 cites W2151164890 @default.
- W3202124690 cites W2154232032 @default.
- W3202124690 cites W2164917470 @default.
- W3202124690 cites W2230290157 @default.
- W3202124690 cites W2268018243 @default.
- W3202124690 cites W23307279 @default.
- W3202124690 cites W2531195182 @default.
- W3202124690 cites W2568939810 @default.
- W3202124690 cites W2586277147 @default.
- W3202124690 cites W2604637348 @default.
- W3202124690 cites W2614263878 @default.
- W3202124690 cites W2759507631 @default.
- W3202124690 cites W2792939628 @default.
- W3202124690 cites W2803236099 @default.
- W3202124690 cites W2806612186 @default.
- W3202124690 cites W2883861822 @default.
- W3202124690 cites W2898058812 @default.
- W3202124690 cites W2909352299 @default.
- W3202124690 cites W2971886962 @default.
- W3202124690 cites W2999987908 @default.
- W3202124690 cites W3011674071 @default.
- W3202124690 cites W3012945619 @default.
- W3202124690 cites W3016365094 @default.
- W3202124690 cites W3039075502 @default.
- W3202124690 cites W3043529206 @default.
- W3202124690 cites W3088049216 @default.
- W3202124690 cites W653567887 @default.
- W3202124690 doi "https://doi.org/10.1016/j.ygeno.2021.09.015" @default.
- W3202124690 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34563615" @default.
- W3202124690 hasPublicationYear "2021" @default.
- W3202124690 type Work @default.
- W3202124690 sameAs 3202124690 @default.
- W3202124690 citedByCount "4" @default.
- W3202124690 countsByYear W32021246902023 @default.
- W3202124690 crossrefType "journal-article" @default.
- W3202124690 hasAuthorship W3202124690A5013736647 @default.
- W3202124690 hasAuthorship W3202124690A5033965192 @default.
- W3202124690 hasAuthorship W3202124690A5034787932 @default.
- W3202124690 hasAuthorship W3202124690A5047875219 @default.
- W3202124690 hasAuthorship W3202124690A5063414486 @default.
- W3202124690 hasAuthorship W3202124690A5068397111 @default.
- W3202124690 hasAuthorship W3202124690A5077250793 @default.
- W3202124690 hasBestOaLocation W32021246901 @default.
- W3202124690 hasConcept C104317684 @default.
- W3202124690 hasConcept C105580179 @default.
- W3202124690 hasConcept C149364088 @default.
- W3202124690 hasConcept C150194340 @default.
- W3202124690 hasConcept C173396325 @default.
- W3202124690 hasConcept C2775895851 @default.
- W3202124690 hasConcept C2777115150 @default.
- W3202124690 hasConcept C2778365127 @default.
- W3202124690 hasConcept C2780240386 @default.
- W3202124690 hasConcept C2781131586 @default.
- W3202124690 hasConcept C4718897 @default.
- W3202124690 hasConcept C515207424 @default.
- W3202124690 hasConcept C54355233 @default.
- W3202124690 hasConcept C59822182 @default.
- W3202124690 hasConcept C86803240 @default.
- W3202124690 hasConcept C93678976 @default.
- W3202124690 hasConceptScore W3202124690C104317684 @default.
- W3202124690 hasConceptScore W3202124690C105580179 @default.
- W3202124690 hasConceptScore W3202124690C149364088 @default.