PMC:7025468 / 16408-16859
Annnotations
TEST0
Collectively, our results— specifically decreased levels of TRAF6 protein and unchanged levels of TRAF6 mRNA— are consistent with fine tuning by miRNA, whereby translational repression precedes mRNA decay (49). Notably, decreased TRAF6 expression observed on day 3 correlated with increased miR-146a levels. These findings suggest a role for miR-146a in regulation of innate immune signaling pathways through repression of TRAF6 during Meth treatment.
2_test
Collectively, our results— specifically decreased levels of TRAF6 protein and unchanged levels of TRAF6 mRNA— are consistent with fine tuning by miRNA, whereby translational repression precedes mRNA decay (49). Notably, decreased TRAF6 expression observed on day 3 correlated with increased miR-146a levels. These findings suggest a role for miR-146a in regulation of innate immune signaling pathways through repression of TRAF6 during Meth treatment.
MyTest
Collectively, our results— specifically decreased levels of TRAF6 protein and unchanged levels of TRAF6 mRNA— are consistent with fine tuning by miRNA, whereby translational repression precedes mRNA decay (49). Notably, decreased TRAF6 expression observed on day 3 correlated with increased miR-146a levels. These findings suggest a role for miR-146a in regulation of innate immune signaling pathways through repression of TRAF6 during Meth treatment.