Titlebook: Cellular and Molecular Biology of Mammary Cancer; Daniel Medina,William Kidwell,Elizabeth Anderson Book 1987 Plenum Press, New York 1987 b

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Primary Culture Systems for Mammary Biology Studiesa large number of experiments. . (for review see 1). However, the precise nature of hormonal involvement is not clearly understood because of the difficulties in analyzing complex . . interactions. The role of growth factors in any of these processes is, perhaps, even less well understood, due in pa

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Prolactin Effects and Regulation of its Receptors in Human Mammary Tumor Cellswth regulation. The possible physiological role of other hormones, particularly prolactin, in the etiology and progression of this disease is not as well established. However, the use of several rodent model systems has established that this lactogenic hormone plays an important role in the inductio

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Growth Factor Production by Mammary Tumor Cellsr dependency, loss of contact inhibition, etc.) are caused by changes in the control of expression of growth factors and/or their receptors (1,2). Indeed, the transforming genes of a number of tumor cells and viruses have been identified as genes for growth factors or receptors (1,2). Our aim here i

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Hormonal Control of Mouse Mammary Tumor Virus Transcriptionaracterized retroviruses, yet MMTV is not completely analogous to the other viruses (1). Some of its unique features have attracted considerable attention in the past few years. First, MMTV transcription is regulated by glucocorticoid hormones. The isolation of MMTV proviruses by gene cloning follow

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Overt and Cryptic Functions of the Mouse Mammary Tumor Virus Long Terminal Repeat DNA Sequenceess for establishment of a vegetative viral life cycle. MMTV contains a single-stranded genomic RNA with a sedimentation coefficient of between 60–70S and a molecular mass of 6.45 x 10.daltons, (1,2). This virion-contained RNA consists of two subunits (35S), each with molecular masses of 2.93 x 10.d

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