@MadMatikus@asha_shar@videogamedeals u think any company works for u. You are a sucker. Might do nice things but remember a business is to make money u r just another piece in it
@AbudBakri@TheDrMAWZ its absence specifically drives melanocortin activity in a way that has downstream fertility consequences in humans. The literature strongly supports the first claim but is much thinnerand largely non human or indirect on the second.
@AbudBakri@TheDrMAWZ There’s a real difference between evidence that melanocortin signaling (e.g., POMC-derived peptides like α-MSH, acting through receptors such as MC3R/MC4R) modulates the hypothalamic-pituitary-gonadal axis and reproductive behavior, and evidence that ocular UV exposure or
@theProf369@BowTiedUM@AbudBakri its absence specifically drives melanocortin activity in a way that has downstream fertility consequences in humans. The literature strongly supports the first claim but is much thinnerand largely non human or indirect on the second.
@theProf369@BowTiedUM@AbudBakri There’s a real difference between evidence that melanocortin signaling (e.g., POMC-derived peptides like α-MSH, acting through receptors such as MC3R/MC4R) modulates the hypothalamic-pituitary-gonadal axis and reproductive behavior, and evidence that ocular UV exposure or
@theProf369@BowTiedUM@AbudBakri its absence specifically drives melanocortin activity in a way that has downstream fertility consequences in humans. The literature strongly supports the first claim but is much thinnerand largely non-human or indirect on the second.
@TheDrMAWZ@AbudBakri papers establish that the melanocortin system regulates reproduction, not that ocular UV is required for its normal function. That’s the distinction. I’m asking for evidence connecting ocular UV deprivation or blue light exposure to melanocortin signaling and fertility in humans