Here's another melanin bomb for you - embryos make melanin as early as week 6, this should make you curious.
- Why would melanin be needed as early as week 6 in utero when there's no sunlight present?
- UVA/UVB light can't penetrate deeply into the mother, so there's no sunlight present within the womb, so how is POMC being cleaved into alpha-MSH?
- On that topic, how is there the stimulus of UV light snapping DNA strands to drive p53—POMC—aMSH—tyrosinase—melanogenesis cascade?
- What is melanin really doing there if all it does (according to centralized science) is act as a pigment molecule to absorb sunlight, and dissipate it as heat?
Connection:
The womb is a low-oxygen, redox-sensitive, water-dense environment. Oxygen sits around 2-3% which is far below atmospheric levels.
Oxygen is what controls biophoton emissions (200 - 1500nm) via ROS/RNS neutralization, to act as an efficient signal of energy/information via utilizing biophotons for its "laser-like" properties to directly target other regions within the cell or organelle.
Despite being hypoxic, there are still mitochondria found within the uterus. Not just in the embryo, but in the endometrium, placenta, and maternal blood vessels. These mitochondria release ultra-weak biophoton emissions as part of redox signaling, especially under stress, hypoxia, and fluctuating energetic demands.
And guess what has the potential to absorb and fine-tune these signals? Melanin can.
For Mum:
The external environment (sunlight, darkness) has the potential to control biophoton patterns internally within the womb.
This is due to UV/IR widespread beneficial effects within the body, whilst blue light/nnEMF does the opposite.
At dielectric constants near 1000 when hydrated (mito CCO), melanin behaves more like a bioelectronic superconductor than a UV shield. This means it can:
- Store/release electromagnetic energy on demand for healthy fetal growth
- Buffer free radical/biophotons
- Create charge-separated zones for morphogenesis
- Organize neural crest migration and tissue patterning via light
- Act as an antenna for cellular signal coherence
Hydrated melanin is the motherboard of early human development.
This is why you build melanin at 6 weeks in the fetus via UV biophotons.
The dielectric constant (the ability to store electromagnetic energy) of different waters varies:
- Coherent domain water (H2O) = 160
- Regular water = 78
- Deuterated water (D2O) = 18
But hydrated melanin (hydrated via protium and oxygen metabolism at mitochondrial CCO/complex IV), clocks in at a huge 1000.
This means melanin behaves almost like a biological supercapacitor, and exhibit behaviors analogous to superconductivity.
This would make melanin being very essential by fine-tuning bioelectric/biophotonic signals for extremely efficient energy/information transmission, alongside its free radical-quenching abilities, to allow for a healthy growing fetus.
This is why the fetus gives rise to melanocytes so early on, and it utilizes mom's biophoton emissions from blood plasma and mitochondrial metabolism (heteroplasmy/environment connection) to cleave POMC, to build alpha-MSH to start building this powerful semiconductor.