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“In this period, the presence of the transcriptional inhibitor actinomycin D revealed a significant protective effect of excess glucose on mature PPAR-gamma1 and PGC-1alpha mRNAs.”
The Journal of biological chemistry • 1993 | View Paper
“Northern analysis of VSMC poly A+ RNA revealed that high glucose induced a threefold increase in Na+/H+ antiport (NHE-1) mRNA at 24 h. Inhibiting this increase in NHE-1 mRNA with actinomycin D prevented the sustained glucose-induced increase in Na+/H+ antiport activity.”
The Journal of clinical investigation • 1994 | View Paper
“In the presence of 1 microgram/ml actinomycin D , the increase in the expression of AR mRNA level by glucose was almost completely abolished, suggesting its transcriptional regulation by glucose.”
Journal of cellular physiology • 1990 | View Paper
“In addition to their roles on the production of these mRNAs, glucose and insulin on the one hand and glucagon … of the L-type pyruvate kinase messengers: the half-life of the mRNA whose production has been blocked by actinomycin D is 1 h in … the presence of glucose ….”
The Journal of biological chemistry • 1989 | View Paper
“ Actinomycin D inhibited chitin synthesis in the eggs from the distal half of the uterus and it significantly reduced incorporation of radiocarbon from glucose into chitin.”
“When glucose and actinomycin D are administered in association at birth or 13 hours after birth, actinomycin D overcomes the inhibitory effect of glucose on ornithine transcarbamylase activity and decreases insulinemia at the level found in normal neonate.”