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This is including my microstrain via torsion method and banded sleeping (tension method)
The banded sleeping actually only works for people with open plates in their knees, theres actually a lot of hope.
@Wilk @quepasta
I asked chatgpt for computational efforts regarding an average tibia being around 15.25 inches.
basically heres the computation
L = 15.25 # initial length
initial_microstrain = 1000
progressive_overload = 0.05
sessions_per_week = 3
weeks = 52
tensile_stress_effect = 0.0007625 # additional growth per week due to tensile stress
for week in range(1, weeks + 1):
current_microstrain = initial_microstrain * (1 + progressive_overload) ** week
percentage_change = current_microstrain * 0.01 / 100
length_change = sessions_per_week * percentage_change * L
total_weekly_change = length_change + tensile_stress_effect
L += total_weekly_change
print(f"Final length after 1 year: {L:.4f} inches")
Approximate Results:
For 3 sessions per week: The tibia could lengthen by approximately 0.295 inches.
For 5 sessions per week: The tibia could lengthen by approximately 0.510 inches.
Final lengths:
3 sessions/week: Approximately 15.545 inches
5 sessions/week: Approximately 15.760 inches
HGH can actually possbily accelerate these length big % chnages also just natural growth too. Bone Remodelling is still biologically active, so progressive overload is needed. Just with these two methods over 5 sessions a week with progressive overload, 3.34% change in bone after a year is yielded. Now there's a genetic and biological limit just due to varying bone structures and bone remodelling so over a decade the percent changes can drop pretty big.
To sum it up,
HGH + asin
Dynamic torsional loading w/o compressive forces
Vibration therapy
Banded sleeping
All these things can be used for puberty height maxxing w/ open plates
@Wilk @quepasta @sigma @Clone @RAJ GHRANDHICK
The banded sleeping actually only works for people with open plates in their knees, theres actually a lot of hope.
@Wilk @quepasta
I asked chatgpt for computational efforts regarding an average tibia being around 15.25 inches.
basically heres the computation
L = 15.25 # initial length
initial_microstrain = 1000
progressive_overload = 0.05
sessions_per_week = 3
weeks = 52
tensile_stress_effect = 0.0007625 # additional growth per week due to tensile stress
for week in range(1, weeks + 1):
current_microstrain = initial_microstrain * (1 + progressive_overload) ** week
percentage_change = current_microstrain * 0.01 / 100
length_change = sessions_per_week * percentage_change * L
total_weekly_change = length_change + tensile_stress_effect
L += total_weekly_change
print(f"Final length after 1 year: {L:.4f} inches")
Approximate Results:
For 3 sessions per week: The tibia could lengthen by approximately 0.295 inches.
For 5 sessions per week: The tibia could lengthen by approximately 0.510 inches.
Final lengths:
3 sessions/week: Approximately 15.545 inches
5 sessions/week: Approximately 15.760 inches
HGH can actually possbily accelerate these length big % chnages also just natural growth too. Bone Remodelling is still biologically active, so progressive overload is needed. Just with these two methods over 5 sessions a week with progressive overload, 3.34% change in bone after a year is yielded. Now there's a genetic and biological limit just due to varying bone structures and bone remodelling so over a decade the percent changes can drop pretty big.
To sum it up,
HGH + asin
Dynamic torsional loading w/o compressive forces
Vibration therapy
Banded sleeping
All these things can be used for puberty height maxxing w/ open plates
@Wilk @quepasta @sigma @Clone @RAJ GHRANDHICK