Search results for breast milk

Breast milk is recommended as the exclusive source of nutrition for infants six months and younger.

“Breast milk can contain harmful substances Of course, breast milk also provides a vehicle for delivering harmful substances to an infant. Heavy metals and prescription drugs, especially those used to treat cancer, readily transfer to breast milk and pose considerable threats due to an infant's limited capacity to metabolize drugs.”

“Breast milk leukocytes differ from their counterparts in blood, exhibiting unique, highly specialized immune function profiles. Concentrations of leukocytes are highest in colostrum and taper off in transitional milk, eventually reaching a baseline level in mature milk.”

“To compensate for this immunological deficit, breast milk contains a multitude of components that work together in a synergistic fashion to supply a compensatory immune "system." This system confers both active and passive immunity to protect the growing infant.”

“In turn, these beneficial bacteria produce short-chain fatty acids and other substances that prevent colonization of pathogenic bacteria in the gut. HMOs also serve as "decoys" to protect the infant from gut infections. In this clip, Dr. Rhonda Patrick describes the multifaceted roles of HMOs in breast milk.”

“By the age of six months, however, infants can develop iron-deficiency anemia, so introducing iron-rich foods in addition to breast milk is recommended. In this clip, Dr. Rhonda Patrick explains why iron levels in breast milk are low.”

“Evidence suggests that omega-3 fatty acids in breast milk increase brain volumes in multiple regions of the brain and might influence intelligence, behavior, and communication. In this clip, Dr. Rhonda Patrick discusses the importance of omega-3 fatty acids in breast milk and their relevance for infant brain development.”

“Breast milk contains a variety of fatty acids to nourish a growing infant. The fatty acids in breast milk are encapsulated in fat globules surrounded by a triple-layered structure called a milk fat globule membrane, or MFGM.”

“Instead, they have the potential to become specialized cells, such as muscle, blood, or brain cells. Human breast milk contains mammary stem cells – precursor cells from the mother that may help establish organs like the liver, kidneys, pancreas, and brain, a phenomenon known as microchimerism.”

“Breast milk contains a diverse and highly complex community of microbes that come from a variety of sources. Exposure to this community may contribute to the differences observed in gut microbial populations between breastfed and formula-fed infants. In this clip, Dr. Rhonda Patrick describes the unique community of microbes present in human breast milk.”