1:16 maybe the body really needs high PTH/hyperparathyroidism to compensate, just like it has been shown that increased fgf23 compensates for loss of phosphate filtration 4:16 why would phosphorus be high, when fgf23 specifically keeps phosphorus levels low? (unless you already interfered with fgf23). More calcium may be mobilized by the body to maintain Ph: it's actually super logical, reduced kidney function means reduced bicarbonate production. You guys messing with the wrong issues. Instead, patients should eat baking soda to compensate. It has already been shown that baking soda intake intake increases sports performance, so hardly can hurt. Actually there even is a study for this: "NaHCO3 supplementation produces a dose-dependent increase in serum bicarbonate and improves lower extremity muscle strength after a short-term intervention in CKD patients with mild acidosis."
Great narration, easily absorbed
great overview thanks!
Very helpful to understand this complicated subject.
Unbelievably very high yield in a very Simple manner.
Tx sir🎉
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Nice 👍
1:16 maybe the body really needs high PTH/hyperparathyroidism to compensate, just like it has been shown that increased fgf23 compensates for loss of phosphate filtration
4:16 why would phosphorus be high, when fgf23 specifically keeps phosphorus levels low? (unless you already interfered with fgf23).
More calcium may be mobilized by the body to maintain Ph: it's actually super logical, reduced kidney function means reduced bicarbonate production. You guys messing with the wrong issues.
Instead, patients should eat baking soda to compensate. It has already been shown that baking soda intake intake increases sports performance, so hardly can hurt.
Actually there even is a study for this:
"NaHCO3 supplementation produces a dose-dependent increase in serum bicarbonate and improves lower extremity muscle strength after a short-term intervention in CKD patients with mild acidosis."