bonesmashing is NOT cope

[prcxe]

WOLFS LAW:
You will not build bones relying on wolfs law,
(bone density ≠ bone size)

making bones stronger and denser (not bigger)

THE FACTS​

Repeated impacts to the same area of the face can cause swelling and tiny injuries to the underlying tissues, including microfractures in the bone. As these injuries heal, the body remodels the affected bone. If the same area continues to be injured before it has fully recovered, the healing process may become excessive, increasing the chance of fibrotic (scar) tissue forming.

HOW IT WORKS​

After the tissue is damaged, the body releases signalling molecules such as TGF-β (Transforming Growth Factor-beta) and PDGF (Platelet-Derived Growth Factor). These proteins coordinate the repair process by stimulating cell growth, collagen production, and tissue regeneration. While these signals are essential for normal healing, repeated injury can keep them active for longer than necessary, which may contribute to excessive scar tissue (fibrosis) developing over time.

in short: what happens is after repeated bonesmashing and not letting that area completely heal you will start getting scar tissue under the skin which looks like bone.

 

[shouldiusehgh]

yes i agree

 

[d99lotus]

This shits been going on for so long can somebody js do it for a year and post their progress without losing bf and not undergoing orthodontic treatment of any sort

 

[prcxe]

This shits been going on for so long can somebody js do it for a year and post their progress without losing bf and not undergoing orthodontic treatment of any sort

@hmyslf has posted about this and showed his progress.

https://looksmax.org/threads/bonesmashing-the-bullshit-and-the-facts.2255288/#post-30809889

 

[prcxe]

WOLFS LAW:
You will not build bones relying on wolfs law,
(bone density ≠ bone size)
View attachment 5413231
making bones stronger and denser (not bigger)

THE FACTS​

Repeated impacts to the same area of the face can cause swelling and tiny injuries to the underlying tissues, including microfractures in the bone. As these injuries heal, the body remodels the affected bone. If the same area continues to be injured before it has fully recovered, the healing process may become excessive, increasing the chance of fibrotic (scar) tissue forming.

HOW IT WORKS​

After the tissue is damaged, the body releases signalling molecules such as TGF-β (Transforming Growth Factor-beta) and PDGF (Platelet-Derived Growth Factor). These proteins coordinate the repair process by stimulating cell growth, collagen production, and tissue regeneration. While these signals are essential for normal healing, repeated injury can keep them active for longer than necessary, which may contribute to excessive scar tissue (fibrosis) developing over time.

in short: what happens is after repeated bonesmashing and not letting that area completely heal you will start getting scar tissue under the skin which looks like bone.

bump

 

[shaneywaney69]

why do you have clav kid avi and how do you even have it

 

[prcxe]

why do you have clav kid avi and how do you even have it

all over tiktok, idk

 

[shaneywaney69]

all over tiktok, idk

crazy what being famous does to a person, don't wanna be famous

 

[prcxe]

crazy what being famous does to a person, don't wanna be famous

real

 

[haggeleo]

thanks for the water kid

 

[user20266741]

WOLFS LAW:
You will not build bones relying on wolfs law,
(bone density ≠ bone size)
View attachment 5413231
making bones stronger and denser (not bigger)

THE FACTS​

Repeated impacts to the same area of the face can cause swelling and tiny injuries to the underlying tissues, including microfractures in the bone. As these injuries heal, the body remodels the affected bone. If the same area continues to be injured before it has fully recovered, the healing process may become excessive, increasing the chance of fibrotic (scar) tissue forming.

HOW IT WORKS​

After the tissue is damaged, the body releases signalling molecules such as TGF-β (Transforming Growth Factor-beta) and PDGF (Platelet-Derived Growth Factor). These proteins coordinate the repair process by stimulating cell growth, collagen production, and tissue regeneration. While these signals are essential for normal healing, repeated injury can keep them active for longer than necessary, which may contribute to excessive scar tissue (fibrosis) developing over time.

in short: what happens is after repeated bonesmashing and not letting that area completely heal you will start getting scar tissue under the skin which looks like bone.

This shits been going on for so long can somebody js do it for a year and post their progress without losing bf and not undergoing orthodontic treatment of any sort

It does work and it has been proven by studies. The reason people like doctors and surgeons keep saying it doesnt work is because they mean that "it does not work in a SAFE and PREDICTABLE way", but it does grow tissue

 

[prcxe]

It does work and it has been proven by studies. The reason people like doctors and surgeons keep saying it doesnt work is because they mean that "it does not work in a SAFE and PREDICTABLE way", but it does grow tissue

true

 

[prcxe]

thanks for the water kid

end it swedish boy

 

[prcxe]

WOLFS LAW:
You will not build bones relying on wolfs law,
(bone density ≠ bone size)
View attachment 5413231
making bones stronger and denser (not bigger)

THE FACTS​

Repeated impacts to the same area of the face can cause swelling and tiny injuries to the underlying tissues, including microfractures in the bone. As these injuries heal, the body remodels the affected bone. If the same area continues to be injured before it has fully recovered, the healing process may become excessive, increasing the chance of fibrotic (scar) tissue forming.

HOW IT WORKS​

After the tissue is damaged, the body releases signalling molecules such as TGF-β (Transforming Growth Factor-beta) and PDGF (Platelet-Derived Growth Factor). These proteins coordinate the repair process by stimulating cell growth, collagen production, and tissue regeneration. While these signals are essential for normal healing, repeated injury can keep them active for longer than necessary, which may contribute to excessive scar tissue (fibrosis) developing over time.

in short: what happens is after repeated bonesmashing and not letting that area completely heal you will start getting scar tissue under the skin which looks like bone.

noone rep my shit wtf

 

[d99lotus]

@hmyslf has posted about this and showed his progress.

https://looksmax.org/threads/bonesmashing-the-bullshit-and-the-facts.2255288/#post-30809889

the angles and lighting are pretty different it wont really help prove much, ill look into fibrosis since it seems interesting.

 

[Looksmax.meOg2019]

WOLFS LAW:
You will not build bones relying on wolfs law,
(bone density ≠ bone size)
View attachment 5413231
making bones stronger and denser (not bigger)

THE FACTS​

Repeated impacts to the same area of the face can cause swelling and tiny injuries to the underlying tissues, including microfractures in the bone. As these injuries heal, the body remodels the affected bone. If the same area continues to be injured before it has fully recovered, the healing process may become excessive, increasing the chance of fibrotic (scar) tissue forming.

HOW IT WORKS​

After the tissue is damaged, the body releases signalling molecules such as TGF-β (Transforming Growth Factor-beta) and PDGF (Platelet-Derived Growth Factor). These proteins coordinate the repair process by stimulating cell growth, collagen production, and tissue regeneration. While these signals are essential for normal healing, repeated injury can keep them active for longer than necessary, which may contribute to excessive scar tissue (fibrosis) developing over time.

in short: what happens is after repeated bonesmashing and not letting that area completely heal you will start getting scar tissue under the skin which looks like bone.

Show 3 examples of Bone/tissue growth from bone smashing that can’t be denied or even doubted as anabolic androgenic affect or related such as Pth pathways
Or high calcium to d3k2 levels