WhyNotHarder
New member
Hi everyone,
I recently bought a bunch of tb and bcp patches to support the healing of my recently operated and torn meniscus. Initially, I was excited, but I haven’t noticed any significant effects so far.
While recovering in the hospital, I had a lot of time on my hands, so I read some papers on the substances in these patches and looked through other forum threads to gather more information.
Here’s what I’ve found:
In theory, patches work by delivering the active ingredients through the skin. However, the outer layer of the skin (the stratum corneum) isn't very permeable. In general, molecules larger than 500 Daltons struggle to passively diffuse through this barrier.
Many studies in mice or rats have shown that when the skin is burned, treatment with BPC-157 helps the wounds to heal more quickly. This suggests that BPC-157 can pass through damaged skin, but I'm not sure if the same is true for TB-500 or intact skin.
In the cosmetic and pharmaceutical industries, this challenge is often overcome by using penetration enhancers such as ethanol or DMSO to help larger molecules cross the skin barrier. Ethanol or DMSO are highly reactive and could alter the peptides by denaturation.
Given this information, I'm considering using sandpaper to lightly abrade the skin and then applying ethanol to increase permeability before applying the patches.
Do any of you have any informed thoughts on whether this approach might be effective or if there are any reasons why it might not work?
Thanks in advance for your insights!
I recently bought a bunch of tb and bcp patches to support the healing of my recently operated and torn meniscus. Initially, I was excited, but I haven’t noticed any significant effects so far.
While recovering in the hospital, I had a lot of time on my hands, so I read some papers on the substances in these patches and looked through other forum threads to gather more information.
Here’s what I’ve found:
In theory, patches work by delivering the active ingredients through the skin. However, the outer layer of the skin (the stratum corneum) isn't very permeable. In general, molecules larger than 500 Daltons struggle to passively diffuse through this barrier.
Many studies in mice or rats have shown that when the skin is burned, treatment with BPC-157 helps the wounds to heal more quickly. This suggests that BPC-157 can pass through damaged skin, but I'm not sure if the same is true for TB-500 or intact skin.
In the cosmetic and pharmaceutical industries, this challenge is often overcome by using penetration enhancers such as ethanol or DMSO to help larger molecules cross the skin barrier. Ethanol or DMSO are highly reactive and could alter the peptides by denaturation.
Given this information, I'm considering using sandpaper to lightly abrade the skin and then applying ethanol to increase permeability before applying the patches.
Do any of you have any informed thoughts on whether this approach might be effective or if there are any reasons why it might not work?
Thanks in advance for your insights!