Understanding female breasts

Each breast contains 15 to 20 lobes positioned in a circular arrangement. Each lobe is made up of many lobules, at the end of which, are tiny bulb-like glands, or sacs, where milk is produced in response to hormonal signals. The fat (adipose tissue) that covers the lobes gives the breasts their size and shape. Most of the female breast is actually made up of adipose tissue (fat) and connective tissue, rather than mammary glands. This accounts for the variety of sizes and shapes of women's breasts, the size of which are affected by various factors, including age, percentage of body fat and genetics. As the breasts are largely made up of adipose tissue, their shape can change over time if a woman gains or loses weight and during pregnancy and breast-feeding, mainly in response to the hormone Prolactin. Size may fluctuate during the menstrual cycle, from water retention, and an increase in size is sometimes observed while using the contraceptive pill. The breasts have no muscle tissue and Coopers Ligaments connect the wall of the chest to the skin of the breasts, giving them their shape and elasticity.

Hormones and the female breasts

Breasts are responsive to a complex interplay of hormones that cause the breasts to develop, enlarge and produce milk. The three hormones responsible for this are mainly Estrogen, as well as Progesterone and Prolactin, which cause the glandular tissue in the breasts and uterus to undergo changes during the menstrual cycle.

How Pueraria Mirifica works

Pure Pueraria Mirifica possesses the highest estrogenic activity of all the known phystoestrogens, due to its similarity in structure to human Estrogen. Miroestrol mimics Estrogen, only it's twice as effective in producing breast firming and enlargement results. The Miroestrol and phytoestrogens found in Pueraria Mirifica will induce turgidity of the cells, but not cell proliferation, increasing the amount of water and fat stored within the adipose tissue, leading to breast firming and enlargment effects.