These pathways lead to a direct increases insulin gene transcription.

Insulin did not decrease human α-actin gene transcription at any time point.

This complex plays a central role in inducing gene transcription during the immune response.

It is from there that the specific gene transcription occurs to initiate the cell cycle.

There are several proteins that bind to the E-box and affect gene transcription.

Furthermore, it is also involved in gene transcription, cell proliferation,and production of secondary metabolites.

How these influence gene transcription is poorly understood.

SIRT1-dependent process within the nucleus, causing changes in gene transcription.

Proteins belonging to this family play a central role in inducible gene transcription during the immune response.

As a result, these Sp1 binding sites are not expected to contribute much to the regulation of H19 gene transcription.

But methylation for the regulation of gene transcription was used far more widely, indicating that it is ancient.

Hence the net result of transrepression is down regulation of gene transcription.

All that happened without gene transcription.

The enhancer contains 12 different binding sites for maternal and gap gene transcription factors.

Vitamin A, in the retinoic acid form, plays an important role in gene transcription.

These two complexes control G/S gene transcription, however, they are normally inactive.

This pattern of rhythmic gene transcription appears to be of central importance to the clock mechanism.

A number of genes that influence gene transcription are differentially expressed after mitochondrial impairment.

Gene transcription returns to normal after cessation, but sudden stoppage can cause Addison's disease.

Gene transcription is by the host's cellular machinery each gene having a specific promoter.

The E-domain in the presence of bound ligand is able to activate gene transcription.

Signalling Proteins - involved in junctions assembly, barrier regulation, and gene transcription.

It binds to nuclear receptors that regulates gene transcription.

Studies on the control of these alternative cycles have been very important for our understanding of the regulation of gene transcription.

In zebrafish, evidence of a negative regulation of light-dependent gene transcription has been found.