20 mg T daily (140 mg T) week is still a fairly high weekly dose of T and although a frequent injection protocol will have a huge impact on clipping the peak--->trough and result in more stable blood levels throughout the week it can still easily drive up the hematocrit if your steady-state as in 24/7 FT level is too high.
Such dose can easily still have ones steady-state FT level too high!
* While the precise mechanism underlying secondary polycythemia in the setting of TTh is still debated, it is likely that a longer duration of supraphysiological testosterone levels drives erythrocytosis.
It is far from a given that injecting daily will bring down the hematocrit.
As I stated in my reply from another thread.
Yes injecting daily in the hopes of bringing down the hematocrit or estradiol can work for some but it is far from a given as many men still end up running too high a trough/steady-state FT on dailies.
Keep in mind it is not just the high peaks/peak--->trough that drives up the hematocrit.
Running too high a trough/steady-state FT will play a big role here.
Switching from twice-weekly to dailies will clip the peak--->trough and the difference between the peak/trough would be minimal, blood levels will be very stable throughout the week but if you still end up hitting a high steady-state FT it can still have a big impact on elevating the hematocrit let alone estradiol.
Many tend to lower the weekly dose when switching to dailies otherwise they may still end up hitting too high a steady-state FT.
Even though you are not increasing your weekly dose and you will be clipping your peak--->trough, blood levels will be more stable throughout the week the same weekly dose split into dailies may still have your steady-state FT level too high.
The two formulation with the least impact on driving up hematocrit would be nasal T gel (Natesto) or any of the newer oral TU formulations (Jatenzo, Tlando or Kyzatrex).
When it comes to elevated hematocrit everyone is still so caught up on peak T levels!
As I have been preaching for years on here running too high a trough/steady-state FT will have a big impact here!
* While the precise mechanism underlying secondary polycythemia in the setting of TTh is still debated, it is likely that a longer duration of supraphysiological testosterone levels drives erythrocytosis.
* Testosterone undecanoate (TU), developed in the 1970s, provided a solution by utilizing lymphatic absorption to bypass hepatic metabolism. The...