Certain strains of
bacteria absorb iron to make magnetic nanoparticles that let them navigate using the Earth's magnetic field.
Not exact matches
The
iron in breastmilk is very well utilized by the baby (about 50 % is
absorbed), while being unavailable to
bacteria, and the breastfed full term baby does not need any additional
iron before about 6 months of age.
The
iron in formula is less available and harder to
absorb than the
iron in your milk, and it may cause undesirable changes in your baby's gut
bacteria (Balmer & Wharton, 1989; Mevissen - Verhage et al., 1985).
The
iron in breastmilk is very well utilised by the baby (about 50 % is
absorbed), while being unavailable to
bacteria, and the breastfed full term baby does not need any additional
iron before about 6 months of age.
Lactoferrin also attaches to any of the extra
iron that the baby doesn't
absorb and keeps it from allowing harmful
bacteria to grow in the baby's gastrointestinal tract.
Some of the oxygen produced by photosynthetic
bacteria was
absorbed (oxidized) by
iron dissolved in Earth's oceans.
A balanced stress response preserves the proper gut
bacteria we need to
absorb all the vitamins and minerals from our diet, such as vitamins A, D, and E, as well as
iron and zinc, all of which help boost our immune system, and vitamin K, which is important for bone health and blood clotting.
The harmful
bacteria in a baby's gut can
absorb iron from formula or
iron drops, but breast milk
iron has «Lactoferrin protein,» which makes
iron consumable only by the baby.