Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the healing of endothelial damage. https://t.co/10bxmp1Kx8 21/
Therapeutic potential of pro-angiogenic BPC157 is associated with VEGFR2 activation and up-regulation.
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Dec 2021 – Jul 2025Where it's discussed
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News32 articles
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X / Twitter29 posts
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YouTube2 videos
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Blogs2 articles
AI synopsis
What people are saying
The discussions reflect a cautious optimism about BPC-157's healing abilities, with posts mentioning its potential to accelerate recovery from vascular damage and improve blood vessel function, exemplified by phrases like 'tons of healing potential' and suggestions for further research, which show a blend of personal interest and scientific curiosity.
Most discussions support the positive potential of BPC-157 in healing and vascular repair, indicating general agreement with the publication's findings.
Participants are moderately interested, with many comments contemplating applications for health conditions and calling for further research.
Comments go beyond surface-level remarks, referencing mechanisms, anecdotal experiences, and suggestions for future studies.
There is a recognition that BPC-157 could influence healing therapies, especially for vascular and connective tissue conditions, suggesting a moderate perceived impact.
Abstract in brief
- BPC 157 is a pentadecapeptide that has shown potential in promoting angiogenesis, which is the formation of new blood vessels, through various assays and experiments.
- The study demonstrated that BPC 157 increases blood vessel density and accelerates blood flow recovery in ischemic conditions in rat hind limbs while enhancing the expression and activity of vascular endothelial growth factor receptor 2 (VEGFR2).
- The therapeutic effects of BPC 157 are linked to its ability to promote VEGFR2 internalization and activate the VEGFR2-Akt-eNOS signaling pathway, leading to improved angiogenesis.
Top posts
Most liked on X and BlueskyOne possibility that merits further research is that that peptide BPC-157 helps accelerate healing of endothelial damage. This could be one mechanism through which this peptide helps people with #MECFS. https://t.co/10bxmp1Kx8
Citations: 1. https://t.co/GT5L69DX96 2. https://t.co/Rs2lldbpgJ 3. https://t.co/5ZoFrnYddU 4. https://t.co/A17cViDA4G 5. https://t.co/oj9zQdg6dp 6. https://t.co/GqMJx3Y8ei 7. https://t.co/ENEBrlYzWA 8. https://t.co/ceinA2HmlR 9. https://t.co/GjCN8hyvW0 10.
BPC 157 has a ton of healing potential. It's helped me a lot! Here are a few highlights. Thread: 1) BPC 157 increase angiogenesis, or the formation of new blood vessels and accelerates blow flow recovery, which in turn promotes healing. https://t.co/gxrHf4sdnA.
@ahandvanish @ElianaUku @ar_pnw I would suggest looking at BPC-157 as a mechanism for accelerating recovery from vascular damage, which I believe is central to certain phenotypes of #MECFS and #LongCovid. https://t.co/10bxmp1Kx8
@VioletaQSmith There are anecdotal reports that people with ME/CFS benefit from BPC-157. BPC-157 has been shown to promote endothelial tube formation. And leakage from blood vessels appears central to lipedema. I need to study this more. https://t.co/tUiG3RO5Y6.
All mentions
Evaluating BPC-157 as a Performance Enhancer for Soft Tissue Healing
BPC 157, a gastric pentadecapeptide, shows promising healing effects for soft tissue injuries like tendons, ligaments, and muscles, with consistent positive results in animal studies, but its efficacy in humans remains…
Red and Infrared Light Therapy and Peptides in Biohacking for Anti-Aging
This episode explores how red and infrared light therapy impacts mitochondria and cells, and examines peptides that may slow aging and boost regeneration, based on recent international studies. Learn how to optimize…
RT @BowTiedNeuron: Citations: 1. https://t.co/GT5L69DX96 2. https://t.co/Rs2lldbpgJ 3. https://t.co/5ZoFrnYddU 4. https://t.co/A17cViDA4G 5…
RT @BowTiedNeuron: Citations: 1. https://t.co/GT5L69DX96 2. https://t.co/Rs2lldbpgJ 3. https://t.co/5ZoFrnYddU 4. https://t.co/A17cViDA4G 5…
Citations: 1. https://t.co/GT5L69DX96 2. https://t.co/Rs2lldbpgJ 3. https://t.co/5ZoFrnYddU 4. https://t.co/A17cViDA4G 5. https://t.co/oj9zQdg6dp 6. https://t.co/GqMJx3Y8ei 7. https://t.co/ENEBrlYzWA 8. https://t.co/ceinA2HmlR 9. https://t.co/GjCN8hyvW0 10.
RT @IchorGrad: 1) https://t.co/dcXtYkAnVD 2) https://t.co/0hG2bBXEJM
1) https://t.co/dcXtYkAnVD 2) https://t.co/0hG2bBXEJM
https://t.co/BLYEYstemi https://t.co/aRE4sXOi60 The lyophilized (freeze dried) products last for months. Source: @PeptideScience https://t.co/r6t5uiWypc
Therapeutic potential of pro-angiogenic BPC157 is associated with VEGFR2 activation and up-regulation https://t.co/PoAoaimz0z
RT @jackmurphylive: BPC 157 has a ton of healing potential. It's helped me a lot! Here are a few highlights. Thread: 1) BPC 157 increase…
RT @jackmurphylive: BPC 157 has a ton of healing potential. It's helped me a lot! Here are a few highlights. Thread: 1) BPC 157 increase…
RT @jackmurphylive: BPC 157 has a ton of healing potential. It's helped me a lot! Here are a few highlights. Thread: 1) BPC 157 increase…
BPC 157 has a ton of healing potential. It's helped me a lot! Here are a few highlights. Thread: 1) BPC 157 increase angiogenesis, or the formation of new blood vessels and accelerates blow flow recovery, which in turn promotes healing. https://t.co/gxrHf4sdnA.
@ahandvanish @ElianaUku @ar_pnw I would suggest looking at BPC-157 as a mechanism for accelerating recovery from vascular damage, which I believe is central to certain phenotypes of #MECFS and #LongCovid. https://t.co/10bxmp1Kx8
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
@ItsAngInLA More research is needed into whether peptides like BPC-157 can help with vascular healing. It seems to have helped my daughter. https://t.co/10bxmp1Kx8
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
RT @JeffLubell_C19: Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the hea…
Among other research, I would like to see research on whether BPC-157 and other healing peptides can accelerate the healing of endothelial damage. https://t.co/10bxmp1Kx8 21/
RT @JeffLubell_C19: @exceedhergrasp1 @Dakota_150 We need research on how to accelerate healing of endothelial damage to reduce leakages fro…
@exceedhergrasp1 @Dakota_150 We need research on how to accelerate healing of endothelial damage to reduce leakages from microangiopathic blood vessels and improve lymphatic system function. I wonder if this is the mechanism through which BPC-157 and others healing peptides help #pwME https://t.co/10bxmp1Kx8
RT @JeffLubell_C19: One possibility that merits further research is that that peptide BPC-157 helps accelerate healing of endothelial damag…
RT @JeffLubell_C19: One possibility that merits further research is that that peptide BPC-157 helps accelerate healing of endothelial damag…
RT @JeffLubell_C19: One possibility that merits further research is that that peptide BPC-157 helps accelerate healing of endothelial damag…
One possibility that merits further research is that that peptide BPC-157 helps accelerate healing of endothelial damage. This could be one mechanism through which this peptide helps people with #MECFS. https://t.co/10bxmp1Kx8
@VioletaQSmith There are anecdotal reports that people with ME/CFS benefit from BPC-157. BPC-157 has been shown to promote endothelial tube formation. And leakage from blood vessels appears central to lipedema. I need to study this more. https://t.co/tUiG3RO5Y6.
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