Other methods
By simply not stimulating the breasts after birth, after a few days the production of milk will decease. If breastfeeding has already been established, the production of milk typically takes longer to decrease and may take several weeks. Women may experience pain and discomfort from engorgement. This discomfort is may be relieved by hand-expressing milk or the use of a pump to reduce engorgement and prevent mastitis. The discomfort can also be treated with analgesics. However, as much as one third of all women will experience severe pain in this process.Historically, binding the breasts by use of tight-fitting bras or ace bandages was used, but this is now discouraged as this may cause blocked milk ducts and mastitis. Fluid restriction is also not recommended as it is likely ineffective and unnecessary.Cabbage leaves are a common recommendation to reduce discomfort from engorgement. However, a Cochrane review of three studies on this subject concluded that there was no statistically significant evidence that interventions were associated with a more rapid resolution of symptoms; in these studies women tended to have improvements in pain and other symptoms over time whether or not they received active treatment.According to the Cochrane review other interventions such as hot/cold packs, Gua-Sha (scraping therapy), acupuncture, and proteolytic enzymes may be promising for the treatment of breast engorgement, but there is insufficient evidence to justify widespread implementation. See also
Hypothalamic–pituitary–prolactin axis
Prolactin modulator


== References ==
Nasodigitoacoustic syndrome, also called Keipert syndrome, is a rare congenital syndrome first described by J.A. Keipert and colleagues in 1973. The syndrome is characterized by a misshaped nose, broad thumbs and halluces (the big toes), brachydactyly,  sensorineural hearing loss, facial features such as hypertelorism (unusually wide-set eyes), and developmental delay. It is believed to be inherited in an X-linked recessive manner, which means a genetic mutation causing the disorder is located on the X chromosome, and while two copies of the mutated gene must be inherited for a female to be born with the disorder, just one copy is sufficient to cause a male to be born with the disorder. Nasodigitoacoustic syndrome is likely caused by a mutated gene located on the X chromosome between positions Xq22.2–q28. The incidence of the syndrome has not been determined, but it is considered to affect less than 200,000 people in the United States, and no greater than 1 per 2,000 in Europe. It is similar to Keutel, Muenke, Rubinstein and Teunissen–Cremers syndrome. Characteristics
Nasodigitoacoustic syndrome is congenital and is characterized by a number of nasal, facial and cranial features. These include a broad and high, sometimes depressed nasal bridge (top of the nose, between the eyes) and a flattened nasal tip. This can give the nose a shortened, arch-like appearance. Hypertelorism (unusually wide-set eyes), prominent frontal bones and supraorbital ridge (the eyebrow ridge), bilateral epicanthic folds (an extra flap of skin over the eyelids), a broad forehead and an overall enlarged head circumference have also been observed.