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evidence that bonesmashing works pt2

milkjar

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this will be my second thread using research that bonesmashing works with evidence, this time I will mainly be discussing why it would work with the zygomatic bone (mainly the orbital floor) and the gonion

to understand the research i'm about to show you have to understand there's different types of bone in the human body, one is the cortical bones, cortical bone is the outer shell of all bones and provides strength and resistance to bending/trauma.

there's research that shows cortical bone can remodel with force, which makes sense since that's the whole purpose of cortical bone is to build resistance again bending and trauma


study 1

Cortical bone responds more strongly than cancellous bone to mechanical strain


Study: Turner et al. (1995), Journal of Bone and Mineral Research

Findings: Cortical bone showed robust periosteal and endocortical remodeling with applied strain. Trabecular bone adapted too, but cortical response was dominant in strength gains.


link: https://www.sciencedirect.com/science/article/abs/pii/S0021929016305243?

study 2

Botulinum toxin (muscle unloading) causes cortical bone loss

Study: Kahn et al. (2013), Bone

Method: Masseter paralysis in animals reduced bite force.

Findings: Significant cortical bone resorption in the mandible, which shows that without mechanical tension, cortical bone atrophies, proving it is load-sensitive.


link: https://www.researchgate.net/public...in_injections_in_masticatory_muscles_in_adult

study 3

Orthodontic/orthopedic remodeling of cortical bone in craniofacial region

Study: Frost (2004), Angle Orthodontist (mechanostat theory).

Findings: Cortical bone in the jaw remodels in response to sustained orthodontic and orthopedic forces. The remodeling is strain-threshold dependent: tension above a certain level stimulates apposition, below it causes resorption.


link: https://pubmed.ncbi.nlm.nih.gov/15038485/


additionally here's pt1 of this
 
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NOTE: there's actually even more studies on this but they were done on animals and I know fags would use that as an excuse to why it's invalid so I only posted these ones, but it's still important to note
 
you should show your results bhai
 
@milkjar can good jaw save lack of zygos in your opinion?
 
but the thing is, are there ever before and after photos from long term?
 
this will be my second thread using research that bonesmashing works with evidence, this time I will mainly be discussing why it would work with the zygomatic bone (mainly the orbital floor) and the gonion

to understand the research i'm about to show you have to understand there's different types of bone in the human body, one is the cortical bones, cortical bone is the outer shell of all bones and provides strength and resistance to bending/trauma.

there's research that shows cortical bone can remodel with force, which makes sense since that's the whole purpose of cortical bone is to build resistance again bending and trauma


study 1

Cortical bone responds more strongly than cancellous bone to mechanical strain


Study: Turner et al. (1995), Journal of Bone and Mineral Research

Findings: Cortical bone showed robust periosteal and endocortical remodeling with applied strain. Trabecular bone adapted too, but cortical response was dominant in strength gains.


link: https://www.sciencedirect.com/science/article/abs/pii/S0021929016305243?

study 2

Botulinum toxin (muscle unloading) causes cortical bone loss

Study: Kahn et al. (2013), Bone

Method: Masseter paralysis in animals reduced bite force.

Findings: Significant cortical bone resorption in the mandible, which shows that without mechanical tension, cortical bone atrophies, proving it is load-sensitive.


link: https://www.researchgate.net/public...in_injections_in_masticatory_muscles_in_adult

study 3

Orthodontic/orthopedic remodeling of cortical bone in craniofacial region

Study: Frost (2004), Angle Orthodontist (mechanostat theory).

Findings: Cortical bone in the jaw remodels in response to sustained orthodontic and orthopedic forces. The remodeling is strain-threshold dependent: tension above a certain level stimulates apposition, below it causes resorption.


link: https://pubmed.ncbi.nlm.nih.gov/15038485/


additionally here's pt1 of this

this will be my second thread using research that bonesmashing works with evidence, this time I will mainly be discussing why it would work with the zygomatic bone (mainly the orbital floor) and the gonion

to understand the research i'm about to show you have to understand there's different types of bone in the human body, one is the cortical bones, cortical bone is the outer shell of all bones and provides strength and resistance to bending/trauma.

there's research that shows cortical bone can remodel with force, which makes sense since that's the whole purpose of cortical bone is to build resistance again bending and trauma


study 1

Cortical bone responds more strongly than cancellous bone to mechanical strain


Study: Turner et al. (1995), Journal of Bone and Mineral Research

Findings: Cortical bone showed robust periosteal and endocortical remodeling with applied strain. Trabecular bone adapted too, but cortical response was dominant in strength gains.


link: https://www.sciencedirect.com/science/article/abs/pii/S0021929016305243?

study 2

Botulinum toxin (muscle unloading) causes cortical bone loss

Study: Kahn et al. (2013), Bone

Method: Masseter paralysis in animals reduced bite force.

Findings: Significant cortical bone resorption in the mandible, which shows that without mechanical tension, cortical bone atrophies, proving it is load-sensitive.


link: https://www.researchgate.net/public...in_injections_in_masticatory_muscles_in_adult

study 3

Orthodontic/orthopedic remodeling of cortical bone in craniofacial region

Study: Frost (2004), Angle Orthodontist (mechanostat theory).

Findings: Cortical bone in the jaw remodels in response to sustained orthodontic and orthopedic forces. The remodeling is strain-threshold dependent: tension above a certain level stimulates apposition, below it causes resorption.


link: https://pubmed.ncbi.nlm.nih.gov/15038485/


additionally here's pt1 of this
You are misrepresenting these studies
 

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