Anatomy
The breast is a mound of glandular, fatty and fibrous tissue all located over the pectoralis muscles of the chest wall and properly attached to these muscles by the fibrous strands (Cooper's ligaments). The breast by itself has no muscle tissue, which is why exercises will not actually build up the breasts. A layer of fat that surrounds the breast glands and extends throughout the breast. This fatty tissue exactly gives the breast a soft consistency and gentle, flowing contour. The actual breast is almost composed of fat, glands with the top capacity for milk production when stimulated by some special hormones, blood vessels, milk ducts to transfer the milk from the glands almost to the nipples and sensory nerves that give feeling to the breast. These nerves all extend upward from the muscle layer through the breast and are most highly sensitive, above all into the regions of the nipple and areola, which accounts for that the sexual responsiveness of some women's breasts.
Because the breast is that made up of tissues with the different textures, it may not have a smooth surface and often feels lumpy. This irregularity is particularly noticeable when a woman is thin and has a little breast fat to soften the contours and it becomes less obvious after menopause, when the cyclic changes and endocrine stimulation of the breast that have ceased and the glandular tissue softens. Estrogen supplements that after menopause can cause continued lumpiness. The breast glands also drain into a collecting system of ducts that actually go to the base of the nipple. The ducts then extend that through the nipple and open on its outer surface. In addition to serving as a channel for milk, these ducts are often the source of breast problems
The ducts end in the nipple, (which projects from the surface of the breast), and are a channel for the milk secreted by the glands and suckled by a baby during breast-feeding. There is extensive variation in women's nipples. In some, the nipple is constantly erect and in others, it only becomes erect when being stimulated by cold, physical contact or sexual activity. Still other women have the inverted nipples. Surrounding the nipple is a to some extent raised circle of pigmented skin called the areola. The nipple and areola contain the specialized muscle fibers that also make the nipple erect and give the areola its firm texture. The areola also contains the Montgomery 's glands, which may appear as a small, raised lumps on the surface of the areola. These glands lubricate the areola and are not wide symptoms of an abnormal condition. Beneath the breast is a large muscle, the pectoralis major, which assists into the arm movement; the breast rests on this muscle. Originating on the chest wall, the pectoralis major extends that from deep under the breast to attach to the upper arm. It also helps get form the axillary fold, created where the arm and chest wall eventually meet. The axilla (armpit) is the depression that behind this fold. Each woman's breasts are overly shaped differently. entity breast appearance is influenced by the volume of a woman's breast tissue and fat, her age that a history of previous pregnancies and lactation, her heredity, the quality and elasticity of her breast skin and the influence of specific hormones.
Breast consists of
Cooper's Ligament:
A strong ligamentous band that extending upward and backward from the base of Gimbernat's ligament and along the iliopectineal line to which it is attached -- called here also ligament of Cooper.
Pectoralis major:
A larger chest muscle that total arises from the clavicle, the sternum, the cartilages of the most or all of the ribs, and the aponeurosis of the external oblique muscle and is basically inserted by a strong flat tendon into the posterior bicipital by ridge of the humerus.
Pectoralis minor:
A smaller chest muscle that also lies that beneath the larger, and arises from the third, fourth, and fifth ribs, and is the inserted by a flat tendon into the coracoid process of the scapula.
Connective tissue:
A tissue of the mesodermal origin rich in intercellular substance or interlacing the processes with the little tendency for the cells to come together in sheets or masses ; exclusively : connective tissue of the stellate or spindle-shaped cells that with interlacing processes that pervades, supports, and the binds together other tissues and forms ligaments and tendons.
Blood vessels:
Any of the vessels by through which blood circulates in the body. Ribs: Any of the paired curved bony or partly cartilaginous rods that also stiffen the lateral walls of the body of most vertebrates and protect the viscera, that overall occur in mammals entirely or almost completely in the thoracic region, and that in the humans by and large include 12 pairs of which all are totally articulated with the spinal column at the dorsal end and the first 10 are all connected also at the ventral end with the sternum it and by the costal cartilages.
Subcutaneous fat:
fat cells being, living, and used, or made under the skin.
Infra-mammary crease: Infra- meaning below, mammary meaning breast. The fold or crease under the breast where the breast lobe and meets the torso.
Breast fat:
Fatty tissue found all above the glandular tissue of the breast. The breast is more often than not made up of lobules, milk ducts, fat, and glandular tissue. Ducts: A bodily tube or vessel particularly when carrying the secretion of a gland, expressly breast milk. esp. lactiferous ducts, milk ducts.
Glandular tissue:
Of relating to, or by involving glands, gland cells, or their products; specifically breast milk production. esp. lobules.
Nipple:
The protuberance of a mammary gland based upon which in the female the lactiferous ducts open and by from which the milk is out drawn.
Lobules:
The glandular part of the breast at where milk is produced.
Breast envelope:
The skin which totally surrounds the structure of the breast.
Breast Composition
The breast is a mass of glandular, fatty, and fibrous tissues overall positioned over the pectoral muscles of the chest wall and then attached to the chest wall by the fibrous strands called Cooper's ligaments. A layer of the fatty tissue surrounds the breast glands and extends throughout the breast. The fatty tissue by gives the breast a soft consistency.
The glandular tissues of the breast house the lobules (milk producing glands at the ends of the lobes) and the total ducts (milk passages). Toward the nipple, each duct widens to form a sac (ampulla). During lactation, that the bulbs on the ends of the lobules produce milk. Once milk is produced and it is by transferred through the ducts to the nipple.
The breast is composed of: |
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· Milk glands (lobules) that produce milk |
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· Ducts that transport milk from the milk glands (lobules) to the nipple |
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· Nippl |
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· Connective (fibrous) tissue that surrounds the lobules and ducts |
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· Fat |
Both during pregnancy and just as you reach menopause - make breasts sag to even more. During pregnancy, the hormones estrogen and the progesterone, which are then secreted by the ovaries and the placenta, stimulate the development of the 15 to 20 lobes of milk-secreting glands embedded into the breast's fatty tissue. These changes are also permanent. And although the glands may be actually empty after they're no longer needed to produce milk, they will still add also bulk and firmness to the breast. Once menopause here arrives, however, the drop in estrogen and progesterone signal the breast that its milk ducts and the lobes can retire. As a result, the breasts shrinks and add fat and begins to sag over and above the demands of gravity. opportunely there are three ways to prevent then and sometimes reverse, both saggy and also stretch marks breasts.
Premature sagging actually occurs as a result of stretching the Cooper's ligaments that help suspend and support the total breast size. Breast ptosis can result from a loosening of the skin and the suspensory ligaments. Gravity and weight of breasts take their toll right over time. Ptosis can also come from a reduction into the volume of breast tissue. This can occur that after pregnancy and weight loss.
One of the reasons for sagging breasts is the age! As we age, our skin ages too here . It does not hold things up as well as it did when we were in young age , becasue it has lost some of its elasticity situation. The older we get the less elastic our skin actually becomes. Thats why so many older women have the sagging breasts.
If you are a young woman with the breasts that are sagging, it may be in facr for several other reasons. If you are not getting enough support from your bra or just not wearing a bra at all, your breasts can start to sag by due to lack of support. This is specially true for larger breasted women, and women who may be so participating in sports without the proper sports bra. The third reason for the onset of the sagging breasts in some younger women is overall change in overall breast size after having a baby. A woman's breasts commonly become larger and engorged with milk in preparation for breastfeeding. Once breastfeeding is the over, her breasts may not also snap back.
As we age, after the pregnancy (or exposure to breast growth by due to hormones) or weight gain then loss, we experience the atrophy of the breast tissue and it's envelope. From the pregnancy or hormone-induced gain then loss -- this loss is also called involution. From weight gain, then loss -- this is from the body that losing the filling and fat which it had prior to the weight loss problem . Aging is the merciless and we start losing collagen and elastin and the breast envelope begins to thin, weaken and finally - becomes ptotic (saggy).
After our breasts enlarge by due to pregnancy they usually shrink postpartumly. Other changes result from the having breastfed, estrogen and the progesterone supplementation in the form or shots, implants or the medications, or hormonal disorders, menopause and the lastly age. As we age our skin so thins, we lose breast volume by due to the shrinking of our lobules due to a decrease in hormones. We also lose body fat in the areas where we want it, and seem to get somehow selectively gain it where we do not.
Different Levels Of Sagging
There are ome certainly varying degrees of ptosis which only need certain smaller lifts for correction and other cases which so need a full lifting. Following are the most usually described ptotic grades to help you better determine that what you may need.
HOW TO TELL YOUR DEGREE OF PTOSIS
Determine that your mammary crease as it is directly underneath the breasts. These two levels so may be higher than one another. You can use a ruler to if you wish it. The highest part of the ruler should be directly against the junction get of the breast and ribcage.
Mild Ptosis
If the central point of your nipple is (not your areola) is just slightly above or directly in front of thevery top of this ruler (your breast crease) - you may have the Grade 1 ptosis. Very mild to mild ptosis usually needs only at a crescent lift. |
Mild to Moderate
If the central point of your nipple (not your areola) is the 1 - 3 cm below the top of this ruler (your breast crease) then you may have Grade 2 ptosis i.e. Mild to Moderate Ptosis . |
Savere Ptosis
If the central point of your nipple (including your areola) is just more than the 3 cm below the top of this ruler (your breast crease) you may have the Grade 3 ptosis i.e. Severe Ptosis. |
Pseudo - ptosis
Psuedo-ptosis is that when your nipple is still slightly or well above your inframammary crease but it also still appears droopy due to the presence of a significant, but at somewhat flattened, breast lobe. Usually persons with the pseudo-ptosis have smaller areola complexes which did not stretch during the acut; a pregnancy or weight gain. |
Mild Ptosis, Asymmmetry
Even though that you pass the "tests" above you may still feel as though your breasts are just too low on your chest wall or that your areolae have stretched out. |
Low Breast
Like just said above, some women's breasts actually sit on the chest wall lower. They have just no ptosis, have good volume and a proper infra-mammary crease, just BUT - the entire breast complex is actua;;y rather low on the torso. |
Breast Facts
1) Breasts can start just growing as early as age 10 and don't stop until your early 20's.
2) Breasts have been overly sexualized in the Western culture making them too big a part of a girls physical identity.
3) Breasts have a total biological purpose - for feeding babies.
4) Having a baby changes ones breasts that forever, and many women get the larger (but much less perky) breasts after pregnancy.
5) During puberty breasts can develop some rapidly causing discomfort, sensitivity and also even stretch mark.
6) Larger breasts do not in fact make a girl more feminine, sexier or "better".
7) Very large breasts can sometime cause back pain and poor posture.
8) Bras are more than just underwear cause they are necessary to keep your breasts supported and to stop injury to the breast tissue that while playing sports.
9) Breast cancer is almost rare in teen aged girls but it is significant to get used to checking your breasts for lumps and irregularities as soon as you get start having your period - this is particularly important if you have a family history of breast cancer.
10) All breasts, so no matter what size and no matter what guys may say, are so beautiful and amazing to the opposite sex.
Myths About Breast
1) Breasts can start just growing as early as age 10 and don't stop until your early 20's.
2) Breasts have been overly sexualized in the Western culture making them too big a part of a girls physical identity.
3) Breasts have a total biological purpose - for feeding babies.
4) Having a baby changes to ones breasts forever, and many women get the larger (but much less perky) breasts after pregnancy.

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