Deducing from the above findings, it can be suggested that hypertension impairs male fertility through (i) a reduction in blood flow to the testis, as the oxygen-dependent organ functions in a state of near anoxia, such a decrease in blood flow may very likely have profound effects on the tissue morphology that ultimately would predispose to various forms of hypo-spermatogenesis with consequent compromise in reproductive capability, (ii) altered hormone levels, as the obstructed spermatogenic cells are unable to produce adequate hormone for normal spermatogenesis, (iii) increase in the formation of ROS and a subsequent decrease in antioxidant activities, which consequently lead to OS (Figure 3), and (iv) alteration in the expression of important glycoproteins necessary for normal testicular and sperm morphology
Here are some nutrients to look for
Antioxidative defense enzymes in placenta protect placenta and fetus in inherited thrombophilia from hydrogen peroxide
GHK-CU has shown an ability to support organized collagen production, and organized collagen matters because it influences how smooth or raised scar tissue looks
First, most studies are limited to correlative studies or short-term in vitro models, and there is little causal evidence linking disrupted organelle interactions to oocyte dysfunction and reduced fertility
