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Bonjour kittens, dis is a rècauvery compoond valkfroo
Yes small amounts of this is za gpt as I do not know everything oui oui silvouplait
Thymosin Alpha-
Thymosin Alpha-1 is all too often thrown into the categories of “healing peptides,” which isn’t necessarallally what it is. Thymosin Alpha-1 is not directly a tissue building compound. Its actual benefit is related to its immune-related activity.its help with enhancements of the coordination of the immune system response when stressed or injured. It promotes dendritic cells, enhances T-cell activation, and reinitializes cytokine production. stunted healing has little to do with poor growth factors, but undeclared inflammation that fails to resolve.
Where the concept of Tα1 applies is in cases where the body is trapped in an inflammatory cycle, this causes worse and slower healing. What Tα1 does is facilitate the turning of the immune system from defence to repair and eliminates the background static that slows healing. While the injury doesn’t heal at an accelerated pace, what Tα1 essentially does is reduce the drag on the system for healing to occur.
BPC-157
BPC-157 is looked at more in the context of a tissue protection/signaling molecule. Its actions are found in connective tissue, muscle, nerve, and even intestinal epithelium, mainly as an effect on nitric oxide , angiogenesis, and endothelial integrity. its active in tendons and ligament, as blood flow, microvascular repair, and cellular viability are what make recovery such a difficult problem in those areas.
What makes BPC-157 fricking dank is how it allows different tissues to communicate with each other. Where repairing tissue with bone, for instance, is normally a slow process because several tissue types are involved and none are especially well-vascularized, with BPC-157, this process is smoother. It doesn't fortify the tissue to be stronger than intended but it manages to restore it to full functionality.
TB-500
(Thymos beta 4 fragment)
It acts predominantly on actin dynamics. Actin is significant related to healing because many cases of poor healing have little to do with a lack of cell growth. Instead, it has much more to do with the delayed or incorrect migration of these cells.
In muscle and fascia, in particular, TB-500 appears to shorten the ‘chaos’ portion of the healing process. Cells are able to reach the destination they need to go to more quickly and arrange in a cleaner manner, which decreases the chances of scarring. However, Without proper mechanical stimuli and adequate nutrients, simply having better cell migration won’t lead to proper tissue healing.
Tiktok break brb
Im back
NAD⁺
NAD⁺ is not necessarily a repair agent. It acts on cellular energy metabolism, redox regulation, and repair and stress response. It costs the cell alot to repair. The cell simply cannot afford to repair when NAD⁺ levels are low.
This is shown by those who are overtrained, those under constant amounts of stress, or those who are edlerly. The bodies cells are more focused on survival rather than repair when it has low amounts of NAD⁺. Supplementing the body with more NAD⁺ does not tell the body what to repair, but it will give the body the fuel to repair.
omfg this shit is boring fml im never posting on this again
Epitalon
Epitalon has a very long timeline. It maintains those systems which allow for healing, rather than healing itself. These are:
regulatory functions of the circadian rhythm
melatonin
telomerase.
These three are all related to cell division, DNA repair, and coordination of regenerative functions.
Looking at it from a recovery standpoint, the benefit of Epitalon is indirect. Improvements in sleep patterns, circadian rhythm, and genome stability all work their way into an effective immune system For efficent repair.
Ummm buy my 1:1 thing pwease
Circadex
morty
Mandy
Biomaxx
Yes small amounts of this is za gpt as I do not know everything oui oui silvouplait
Thymosin Alpha-
Thymosin Alpha-1 is all too often thrown into the categories of “healing peptides,” which isn’t necessarallally what it is. Thymosin Alpha-1 is not directly a tissue building compound. Its actual benefit is related to its immune-related activity.its help with enhancements of the coordination of the immune system response when stressed or injured. It promotes dendritic cells, enhances T-cell activation, and reinitializes cytokine production. stunted healing has little to do with poor growth factors, but undeclared inflammation that fails to resolve.
Where the concept of Tα1 applies is in cases where the body is trapped in an inflammatory cycle, this causes worse and slower healing. What Tα1 does is facilitate the turning of the immune system from defence to repair and eliminates the background static that slows healing. While the injury doesn’t heal at an accelerated pace, what Tα1 essentially does is reduce the drag on the system for healing to occur.
BPC-157
BPC-157 is looked at more in the context of a tissue protection/signaling molecule. Its actions are found in connective tissue, muscle, nerve, and even intestinal epithelium, mainly as an effect on nitric oxide , angiogenesis, and endothelial integrity. its active in tendons and ligament, as blood flow, microvascular repair, and cellular viability are what make recovery such a difficult problem in those areas.
What makes BPC-157 fricking dank is how it allows different tissues to communicate with each other. Where repairing tissue with bone, for instance, is normally a slow process because several tissue types are involved and none are especially well-vascularized, with BPC-157, this process is smoother. It doesn't fortify the tissue to be stronger than intended but it manages to restore it to full functionality.
TB-500
(Thymos beta 4 fragment)
It acts predominantly on actin dynamics. Actin is significant related to healing because many cases of poor healing have little to do with a lack of cell growth. Instead, it has much more to do with the delayed or incorrect migration of these cells.
In muscle and fascia, in particular, TB-500 appears to shorten the ‘chaos’ portion of the healing process. Cells are able to reach the destination they need to go to more quickly and arrange in a cleaner manner, which decreases the chances of scarring. However, Without proper mechanical stimuli and adequate nutrients, simply having better cell migration won’t lead to proper tissue healing.
Tiktok break brb
Im back
NAD⁺
NAD⁺ is not necessarily a repair agent. It acts on cellular energy metabolism, redox regulation, and repair and stress response. It costs the cell alot to repair. The cell simply cannot afford to repair when NAD⁺ levels are low.
This is shown by those who are overtrained, those under constant amounts of stress, or those who are edlerly. The bodies cells are more focused on survival rather than repair when it has low amounts of NAD⁺. Supplementing the body with more NAD⁺ does not tell the body what to repair, but it will give the body the fuel to repair.
omfg this shit is boring fml im never posting on this again
Epitalon
Epitalon has a very long timeline. It maintains those systems which allow for healing, rather than healing itself. These are:
regulatory functions of the circadian rhythm
melatonin
telomerase.
These three are all related to cell division, DNA repair, and coordination of regenerative functions.
Looking at it from a recovery standpoint, the benefit of Epitalon is indirect. Improvements in sleep patterns, circadian rhythm, and genome stability all work their way into an effective immune system For efficent repair.
Ummm buy my 1:1 thing pwease
Circadex
morty
Mandy
Biomaxx 
