Frequently Asked Questions

Supports adrenal function, which is crucial for hormone production. Aids in calming and maintaining a healthy nervous system. Accelerates metabolism by acting as a coenzyme in the breakdown of carbohydrates, fats, and proteins. Assists your body in producing antibodies to bolster your immune system.

Aids in treating certain types of anemia, assists your body in utilizing fats and carbohydrates for energy, and supports the synthesis of new protein.

Shields skin cells from environmental toxins like air pollution and aids in the healing of damaged skin.

Essential for the production of hemoglobin in red blood cells, iron facilitates the transport of oxygen from the lungs to all parts of the body. A deficiency in iron can lead to insufficient oxygen supply and result in fatigue.

a hormone abundant in the placenta, plays a crucial role in easing maternal hemorrhage post-birth by promoting contractions and facilitating the safe detachment of the placenta. Moreover, oxytocin supports lactation, fosters bonding between mother and baby, and reduces anxiety. Restoring oxytocin reserves, along with other hormones, depleted after birth is easily achievable through the placenta’s rich oxytocin content.

Prolactin, a hormone secreted by the placenta, plays a crucial role in boosting milk production, particularly significant for mothers with breastfeeding goals. Placenta consumption, regardless of the method, introduces orally-active prolactin, enhancing milk production not only from the placenta but also from other secretion sites like the pituitary and ovaries. Various studies confirm a significant increase in breastmilk production attributed to placenta consumption. For instance, in one study, 86% of postpartum mothers consuming dehydrated placenta experienced a notable rise in milk secretion—an impactful finding. Moreover, placenta consumption is associated with postpartum weight loss, particularly during lactation. A study conducted at The University of Michigan highlighted that consuming placenta aids in hastening recovery from postnatal weight decline, attributed to the influence of maternally ingested placenta on milk production.

These cells are pivotal in repairing bodily damage, particularly from childbirth, aiding in faster and more effective recovery.

These are small proteins secreted by cells that play a crucial role in cellular communication and interaction. Cytokines are key in promoting the regeneration and repair of tissues by facilitating the creation of new cells to replace damaged ones.

Progesterone, another hormone found in the placenta, plays a crucial role in enhancing mental clarity and cognitive function after childbirth. Recent studies have revealed that progesterone possesses an MAO-inhibiting mechanism (Monoamine oxidase inhibitors), which yields a bodily effect akin to many anti-anxiety medications. Placenta encapsulation provides a consistent daily dose of this hormone, vital for maternal mental well-being, as a substantial decrease in progesterone levels can adversely affect women’s mental health.