Matches in SemOpenAlex for { <https://semopenalex.org/work/W1967885001> ?p ?o ?g. }
- W1967885001 endingPage "1258" @default.
- W1967885001 startingPage "1250" @default.
- W1967885001 abstract "Ultraviolet (UV) radiation can cause oxidative stress in insects. To gain insight into the roles of different antioxidant enzymes of Helicoverpa armigera adults in response to oxidative stress caused by UV-A at a molecular level, three antioxidant enzyme genes [encoding copper zinc superoxide dismutase (Cu/ZnSOD), catalase (CAT) and glutathione peroxidase (GPX)] were cloned. The deduced amino acid sequences of these genes are similar to that of other insects. In addition, the expression profiles of genes from a classic antioxidant defense system, comprising Cu/ZnSOD, manganese superoxide dismutase (MnSOD), CAT, thioredoxin peroxidase, GPX and glutathione-S-transferase, were also determined. The results indicated that all antioxidant enzyme genes (except MnSOD in females) were significantly upregulated at certain time points (from 30 to 90 min) in both male and female adults of H. armigera following UV-A radiation. We also found that longer periods of radiation exposure did not yield higher levels of mRNA expression. Furthermore, changes of determined physiological parameters (glutathione, Cu/ZnSOD and MnSOD activity) were basically consistent with the gene expression profiles. We therefore infer that the different antioxidant enzymes of H. armigera act in a coordinated manner at the transcriptional level against oxidative stress caused by UV-A radiation." @default.
- W1967885001 created "2016-06-24" @default.
- W1967885001 creator A5011423021 @default.
- W1967885001 creator A5014055999 @default.
- W1967885001 creator A5065928394 @default.
- W1967885001 creator A5066102428 @default.
- W1967885001 creator A5080146275 @default.
- W1967885001 date "2012-09-01" @default.
- W1967885001 modified "2023-09-27" @default.
- W1967885001 title "The molecular characterization of antioxidant enzyme genes in Helicoverpa armigera adults and their involvement in response to ultraviolet-A stress" @default.
- W1967885001 cites W1497215896 @default.
- W1967885001 cites W1523213544 @default.
- W1967885001 cites W1573826674 @default.
- W1967885001 cites W1914210623 @default.
- W1967885001 cites W1967990228 @default.
- W1967885001 cites W1973429845 @default.
- W1967885001 cites W1976851666 @default.
- W1967885001 cites W1988760590 @default.
- W1967885001 cites W1989516907 @default.
- W1967885001 cites W1990997553 @default.
- W1967885001 cites W1994318249 @default.
- W1967885001 cites W1995224720 @default.
- W1967885001 cites W1995846898 @default.
- W1967885001 cites W2002905535 @default.
- W1967885001 cites W2007361012 @default.
- W1967885001 cites W2008376332 @default.
- W1967885001 cites W2008739462 @default.
- W1967885001 cites W2014508888 @default.
- W1967885001 cites W2021449219 @default.
- W1967885001 cites W2023640578 @default.
- W1967885001 cites W2034894771 @default.
- W1967885001 cites W2038382031 @default.
- W1967885001 cites W2039909944 @default.
- W1967885001 cites W2042160261 @default.
- W1967885001 cites W2042662902 @default.
- W1967885001 cites W2049995816 @default.
- W1967885001 cites W2051945227 @default.
- W1967885001 cites W2052022271 @default.
- W1967885001 cites W2053380543 @default.
- W1967885001 cites W2056826119 @default.
- W1967885001 cites W2059695195 @default.
- W1967885001 cites W2059806045 @default.
- W1967885001 cites W2061066196 @default.
- W1967885001 cites W2062579488 @default.
- W1967885001 cites W2064960079 @default.
- W1967885001 cites W2066127410 @default.
- W1967885001 cites W2066976946 @default.
- W1967885001 cites W2071756370 @default.
- W1967885001 cites W2071847075 @default.
- W1967885001 cites W2076860617 @default.
- W1967885001 cites W2076986701 @default.
- W1967885001 cites W2077801262 @default.
- W1967885001 cites W2077940094 @default.
- W1967885001 cites W2080106707 @default.
- W1967885001 cites W2082428224 @default.
- W1967885001 cites W2084156415 @default.
- W1967885001 cites W2085371244 @default.
- W1967885001 cites W2093657992 @default.
- W1967885001 cites W2094641415 @default.
- W1967885001 cites W2103266119 @default.
- W1967885001 cites W2104109524 @default.
- W1967885001 cites W2104692796 @default.
- W1967885001 cites W2107277218 @default.
- W1967885001 cites W2109422748 @default.
- W1967885001 cites W2125796154 @default.
- W1967885001 cites W2127121072 @default.
- W1967885001 cites W2128871936 @default.
- W1967885001 cites W2131617255 @default.
- W1967885001 cites W2132538725 @default.
- W1967885001 cites W2133410294 @default.
- W1967885001 cites W2151673752 @default.
- W1967885001 cites W2160242844 @default.
- W1967885001 cites W2162102563 @default.
- W1967885001 cites W2164844689 @default.
- W1967885001 cites W2166077025 @default.
- W1967885001 cites W2168007711 @default.
- W1967885001 cites W2170531650 @default.
- W1967885001 cites W2326977436 @default.
- W1967885001 cites W2394997816 @default.
- W1967885001 doi "https://doi.org/10.1016/j.jinsphys.2012.06.012" @default.
- W1967885001 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22750691" @default.
- W1967885001 hasPublicationYear "2012" @default.
- W1967885001 type Work @default.
- W1967885001 sameAs 1967885001 @default.
- W1967885001 citedByCount "47" @default.
- W1967885001 countsByYear W19678850012013 @default.
- W1967885001 countsByYear W19678850012014 @default.
- W1967885001 countsByYear W19678850012015 @default.
- W1967885001 countsByYear W19678850012016 @default.
- W1967885001 countsByYear W19678850012017 @default.
- W1967885001 countsByYear W19678850012018 @default.
- W1967885001 countsByYear W19678850012019 @default.
- W1967885001 countsByYear W19678850012020 @default.
- W1967885001 countsByYear W19678850012021 @default.
- W1967885001 countsByYear W19678850012023 @default.
- W1967885001 crossrefType "journal-article" @default.
- W1967885001 hasAuthorship W1967885001A5011423021 @default.
- W1967885001 hasAuthorship W1967885001A5014055999 @default.