What you're looking at is a design mockup of Body+, not a live product. Nothing here is for sale, no formula you build will be made, and the numbers you'll see are illustrative.
New parents often face sleep split into two- and three-hour blocks. This disrupts circadian signalling, affecting stress load and recovery debt. These changes occur regardless of whether you've measured iron availability or magnesium status.
Not because you're a new parent. Because of four specific disruptions fragmented sleep and irregular meals cause.
Sleep split into two- and three-hour blocks disrupts circadian signalling, even if total hours are adequate. This fragmentation affects cognitive load, increasing stress and recovery debt. No supplement fixes broken sleep from a newborn, and the naive response of just increasing sleep hours doesn't address the disruption itself.
Iron stores may be depleted from pregnancy and delivery, and breastfeeding draws on them further. Ferritin levels drop before haemoglobin, so a standard 'your bloods are fine' read can miss depletion entirely. Meals become irregular, affecting magnesium and B-vitamin intake before anything visible changes.
Irregular meals lead to glucose instability, affecting mood and energy. Magnesium status is linked to glucose control, but the naive response of just eating more doesn't stabilize swings. The body's demand for magnesium increases with stress and disrupted sleep, complicating simple dietary fixes.
Iron availability decreases post-pregnancy and during breastfeeding. Ferritin, the stored form of iron, depletes before haemoglobin levels drop. This means a standard haemoglobin test can miss early depletion. Iron is drawn down further by breastfeeding, making it a measurable marker in early parenthood. The naive response of just eating more iron-rich foods doesn't account for absorption efficiency.
Early parenthood disrupts sleep and meal patterns, impacting stress load and energy metabolism. The estimates here are what a panel replaces, ensuring precise adjustments over assumptions.
Refine this with my answers* Claims shown are limited to authorised structure/function statements. Iron contributes to normal formation of red blood cells and haemoglobin. Vitamin C increases iron absorption. Vitamin D contributes to the maintenance of normal muscle function. Magnesium contributes to normal muscle function and to the reduction of tiredness and fatigue. Magnesium contributes to normal energy-yielding metabolism. DHA contributes to maintenance of normal brain function. Body+ products are food supplements and are not intended to diagnose, treat, cure or prevent any disease.
IRON_AVAILABILITY is the need where guessing wrong costs most. The panel measures two markers to ensure accurate supplementation.
Iron availability is crucial for new parents, especially post-pregnancy. Ferritin levels can drop unnoticed, affecting energy and recovery. Understanding this marker helps address hidden deficiencies.
Ferritin drops first Ferritin, the iron storage marker, decreases before haemoglobin shows any change. This early drop can occur during the postpartum period, leaving new parents with depleted iron stores without obvious signs of anaemia. This reduction impacts energy levels and recovery, crucial for managing the demands of a newborn. Recognizing ferritin's early decline is key to understanding iron availability and addressing potential deficiencies before they affect daily function.
Research and its limits Our research highlights cases where ferritin levels drop while haemoglobin remains stable. This suggests a hidden depletion in iron stores that standard tests might miss. However, the dataset size is limited, and the variability in individual responses means we cannot generalize findings to all new parents. See the evidence section provides details on what our research shows and its constraints.
Our commitment against excess We refuse to recommend iron supplements solely based on a questionnaire. Excess iron supplementation in individuals with adequate iron levels can lead to adverse effects. Self-reported dietary habits or energy levels do not provide enough information to determine iron needs accurately. We prioritize precision over assumption, ensuring supplementation is necessary and safe.
For new parents, monitoring IRON_AVAILABILITY is essential, especially after childbirth. Testing should occur within the first few months postpartum and be retested at 8–12 week intervals. This approach ensures any hidden deficiencies are addressed promptly. Monitoring MAGNESIUM_STATUS can also be beneficial, given its role in energy and stress management.