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Journal of Human Lactation
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Reverse Pressure Softening: A Simple Tool to Prepare Areola for Easier Latching During Engorgement

K. Jean Cotterman, RNC, IBCLC

Department of the Combined Health District of Montgomery County, Dayton, Ohio

Successful breastfeeding requires efficient milk transfer through the nipple-areolar complex, which includes subareolar tissue. Subareolar tissue resistance increases during engorgement, when expanded circulation and excess interstitial fluid compete for space with increasing milk volumes. Physiologic and iatrogenic events often combine to produce distortion of breast anatomy. Resulting latch difficulty, delayed milk ejection reflex, poor milk transfer, pain, and nipple damage discourage many mothers. The rationale and technique for a simple intervention developed in practice are described: reverse pressure softening (RPS) before latching significantly reduces resistance of subareolar tissue, temporarily freeing it to interact more efficiently with the baby’s mouth. RPS also triggers the milk ejection reflex promptly. The health care provider can perform RPS or teach the mother and her significant others, even by telephone.

Key Words: lactation • breast • breastfeeding • nipple-areolar complex • subareolar tissue resistance • reverse pressure softening • engorgement

Journal of Human Lactation, Vol. 20, No. 2, 227-237 (2004)
DOI: 10.1177/0890334404264224
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