Bcp null mutant grows more slowly than its wild type in aerobic culture and shows the hypersensitivity toward various oxidants such as H2O2, tert-butyl hydroperoxide, and linoleic acid hydroperoxide
the lack of prxQ gene results in enhanced cell sensitivity, increased ROS accumulation, and elevated protein carbonylation levels under adverse stress conditions
the lack of prxQ gene results in enhanced cell sensitivity, increased ROS accumulation, and elevated protein carbonylation levels under adverse stress conditions
Bcp null mutant grows more slowly than its wild type in aerobic culture and shows the hypersensitivity toward various oxidants such as H2O2, tert-butyl hydroperoxide, and linoleic acid hydroperoxide
to survive under oxidative stress imposed by the host, microorganisms express antioxidant proteins, including cysteine-based peroxidases named peroxiredoxins
isoform Prx2 effectively scavenges low levels of peroxides because of its high affinity to H2O2, whereas Prx1 quickly degrades higher levels of peroxides because of its high turnover rate and more efficient reactivation
AhpC of Leptospira interrogans is a thioredoxin-dependent peroxiredoxin that plays an important role in protecting Leptospira interrogans against oxidative stress in macrophages
Echinococcus granulosus infection and excretory-secretory products, including thioredoxin peroxidase, can induce peritoneal macrophage recruitment and alternative activation, at least in part, via the PI3K/AKT/mTOR pathway thioredoxin peroxidase-induced alternatively activated macrophages might play a key role in the resolution of inflammation and thereby favour the establishment of hydatid cysts in the host
the enzyme is important for H2O2 detoxification in vitro and also critical for symbiosis of Azorhizobium caulinodans with Sesbania rostrate. The enzyme is required for stem nodulation and nitrogenase activity
the enzyme is involved in protecting Grapholita molesta from stresses induced by emamectin benzoate. The enzyme contribute to the defense of oxidative damage induced by exposure to emamectin benzoate through scavenging excessive reactive oxygen species
the enzyme is important for H2O2 detoxification in vitro and also critical for symbiosis of Azorhizobium caulinodans with Sesbania rostrate. The enzyme is required for stem nodulation and nitrogenase activity
isoform Prx2 effectively scavenges low levels of peroxides because of its high affinity to H2O2, whereas Prx1 quickly degrades higher levels of peroxides because of its high turnover rate and more efficient reactivation
although this Tp peroxiredoxin closely resembles AhpC-like peroxidoxins, Treponema pallidum lacks AhpF, the typical reductant for such enzymes. Functionally, TpAhpC resembles largely eukaryotic, nonAhpC typical 2-Cys Prx proteins in using thioredoxin as an efficient electron donor and exhibiting broad specificity toward hydroperoxide substrates
although this Tp peroxiredoxin closely resembles AhpC-like peroxidoxins, Treponema pallidum lacks AhpF, the typical reductant for such enzymes. Functionally, TpAhpC resembles largely eukaryotic, nonAhpC typical 2-Cys Prx proteins in using thioredoxin as an efficient electron donor and exhibiting broad specificity toward hydroperoxide substrates
regulation of BiPrx1 and BiTPx1 expression via reduction of transcript levels in the fat body with RNA interference, overview. RNAi-induced BiPrx1 knockdown in worker bees causes upregulated expression of BiTPx1. Reciprocally, BiTPx1 RNAi knockdown causes upregulation of BiPrx1 expression in the fat body
regulation of BiPrx1 and BiTPx1 expression via reduction of transcript levels in the fat body with RNA interference, overview. RNAi-induced BiPrx1 knockdown in worker bees causes upregulated expression of BiTPx1. Reciprocally, BiTPx1 RNAi knockdown causes upregulation of BiPrx1 expression in the fat body
regulation of BiPrx1 and BiTPx1 expression via reduction of transcript levels in the fat body with RNA interference, overview. RNAi-induced BiPrx1 knockdown in worker bees causes upregulated expression of BiTPx1. Reciprocally, BiTPx1 RNAi knockdown causes upregulation of BiPrx1 expression in the fat body
the fish Prx 2 contains the GGLG motif associated with the sensitivity of eukaryotic typical 2-Cys Prx proteins to overoxidation and consequent inactivation by H2O2
the fish Prx 2 contains the GGLG motif associated with the sensitivity of eukaryotic typical 2-Cys Prx proteins to overoxidation and consequent inactivation by H2O2