▪ Abstract Studies using both transgenic mice and transfected mammary epithelial cells have
established that composite response elements containing multiple binding sites for several …

Our laboratory has been studying the mechanisms by which hormones regulate the
expression of differentiated function in the normal mammary gland and how these regulatory …

Milk protein gene expression in mammary epithelial cells is regulated by interactions of
many peptide and steroid hormones both at the transcriptional and post-transcriptional level …

Milk protein gene expression is regulated by the synergistic interactions of several
lactogenic hormones, including insulin, PRL, and glucocorticoids. Whey acidic protein …

The action of glucocorticoids on the induction of the two milk protein genes β-casein and
whey acidic protein (WAP) is delayed and appears to be indirect. The response requires a …

During the lactation period, mammary epithelial cells secrete large amounts of milk proteins.
The coordinate regulation of milk protein expression is effected by the lactogenic hormones …

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Transcription from the β-casein milk protein gene promoter is induced by the synergistic
action of glucocorticoid and prolactin hormones in the murine mammary epithelial cell line …

Expression of the beta-casein milk protein gene in the mammary epithelial cell line HC11 is
primarily regulated at the transcriptional level. A 338-bp segment of promoter sequence 5 …

The minimal 5′ regulatory region of the sheep β-lactoglobulin gene (BLG), as defined in
transgenic mice, was used to identify nuclear factors which may be involved in milk protein …