51 studies on Gastric pentadecapeptide class curated from PubMed, ClinicalTrials.gov, and EuropePMC. Updated daily.
If proven feasible and effective, the use of mesna solution could significantly simplify and improve the safety of Endoscopic Submucosal Dissection (ESD) for superficial oesophageal squamous neoplasms (SOSNs). This in…
The findings suggest BPC 157 could be a powerful adjunctive therapy to mitigate a life-threatening side effect of widely used antipsychotic and prokinetic medications. For individuals on long-term neuroleptic treatmen…
This study demonstrates that a single, localized application of BPC-157 can produce immediate and profound therapeutic effects in an acute ischemic gut injury model. For researchers and biohackers, this highlights the…
The findings suggest that BPC 157 has a profound and multifaceted protective effect against severe vascular injury and thrombosis. For experimental peptide users, this provides evidence for its potential role in manag…
This study presents BPC-157 as a viable therapeutic agent for combating **Nosema ceranae**, a major driver of honeybee colony collapse. For beekeepers, this suggests a novel, easily administered oral treatment that co…
This research reframes BPC 157's mechanism of action, positioning it not just as a cellular protectant but as a powerful regulator of vascular response to injury. For clinicians and researchers, this suggests its ther…
This review consolidates evidence positioning **BPC 157** as a uniquely versatile and reliable healing agent compared to standard growth factors like VEGF or FGF. For peptide users and clinicians, this suggests that B…
This study establishes a proof-of-concept for using engineered probiotics as a novel delivery system for **BPC-157**. For individuals exploring gut health protocols, this points toward a future where a probiotic suppl…
This study reframes the body's protective response to oral irritants, identifying the tongue as a key initiator of a gastrointestinal defense cascade. For individuals using BPC-157, this reinforces its potent, multi-s…
This research suggests BPC-157 has a potent and direct therapeutic effect on severe intestinal injuries, operating through modulation of the nitric oxide pathway. For biohackers and researchers, this highlights its ro…
The findings suggest that BPC-157 has potent hepatoprotective and anti-fibrotic properties, capable of reversing multiple facets of severe liver damage from cholestasis. For researchers and biohackers exploring BPC-15…
For clinicians and researchers, this review consolidates evidence suggesting BPC 157 has huge potential as a therapy to conservatively treat or aid recovery in soft tissue injuries, particularly in challenging tissues…
This comprehensive review positions BPC-157 as a central agent in the body's intrinsic healing and stress-adaptation systems, suggesting its potential goes far beyond simple gastric protection. For peptide users, it f…
The findings suggest **BPC-157 could be a potent therapeutic agent for preventing or treating chemotherapy-induced hemorrhagic cystitis**, a significant clinical problem for patients undergoing cyclophosphamide treatm…
The findings suggest BPC 157 may have a protective role for individuals on common antiplatelet therapies, potentially mitigating bleeding risks by restoring normal thrombocyte function without negating the drugs' prim…
This study suggests that BPC-157 can rapidly and effectively counteract the life-threatening cascade of events in a model of Budd-Chiari syndrome. For clinicians and researchers, this highlights a potential non-invasi…
These findings suggest BPC 157 could represent a significant therapeutic strategy for managing complex and difficult-to-heal gastrointestinal fistulas. For biohackers and clinicians exploring regenerative peptides, th…
This review positions BPC-157 as a strong candidate for co-administration with NSAIDs to prevent or treat their damaging gastrointestinal side effects. For individuals who rely on chronic NSAID therapy for conditions …
The findings suggest BPC-157 has a potent and rapid protective effect against the systemic damage caused by major vascular occlusion, a common event in trauma and major surgeries like liver resections. For biohackers …
The findings position BPC-157 as a potential direct-acting antidote for lidocaine toxicity, a significant concern in clinical and procedural settings. For clinicians, this suggests a novel therapeutic agent that could…
The findings suggest that BPC-157's therapeutic action in models of psychosis-like symptoms is not dependent on the nitric oxide pathway, unlike L-arginine. This is a crucial distinction for potential therapeutic deve…
The findings suggest a strong therapeutic potential for BPC-157 in preventing or even treating post-operative abdominal adhesions, a significant clinical problem with few effective solutions. For peptide users or clin…
These findings suggest that **BPC 157 may serve as a potent gastroprotective agent for individuals taking Clopidogrel**, particularly those at high risk for GI bleeding or ulcer recurrence. For peptide users, this pro…
The findings suggest **BPC-157 could serve as a potent antidote to topical ophthalmic anesthetics**, rapidly restoring protective corneal sensation and mitigating side effects like lesions and dry eye. This has direct…
This study suggests BPC-157 has potent protective and restorative effects against chemically-induced retinal ischemia, a key finding for those exploring ophthalmological applications of peptides. The most significant …
The findings suggest that **BPC-157 may offer a potent therapeutic strategy for severe thrombotic events, particularly cerebrovascular occlusions**, with a remarkably wide therapeutic window. Its ability to rapidly es…
The findings suggest that BPC 157 could be a uniquely versatile healing agent with a single, consistent dosing protocol applicable to a vast range of injuries, from skin burns to complex internal fistulas. For biohack…
This study provides preliminary clinical evidence that **intra-articular BPC-157 injections are a viable and effective option for relieving knee pain from various etiologies.** For individuals exploring regenerative t…
The findings suggest BPC 157 may have a profound and immediate therapeutic effect in acute, life-threatening vascular occlusion events. For biohackers and researchers, this highlights a potential mechanism beyond simp…
This study demonstrates a powerful protective and restorative effect of BPC-157 on a severe, induced model of cardiopulmonary disease. For researchers and biohackers, this suggests BPC-157 may have significant therape…
The consistent beneficial effects of BPC 157 across diverse and severe CNS injury models—stroke, schizophrenia-like states, and spinal cord compression—suggest it may operate via a fundamental, upstream mechanism rela…
These findings strongly suggest that BPC 157 has significant potential as an innovative therapeutic agent to bolster the physiological and immunological status of honeybees. By enhancing protein digestion and overall …
This editorial provides a crucial guideline for orthopaedic surgeons and referring physicians, emphasizing that routine supplementation with testosterone, growth hormone, and vitamin D is generally unwarranted in the …
This Phase 2 trial represents a significant step towards clinical validation for BPC 157 in human musculoskeletal injury. If successful, it could offer a novel therapeutic approach to accelerate recovery from acute ha…
The completion of this Phase 1 trial represents a crucial step towards understanding the clinical viability of oral BPC-157. Establishing a clear safety profile and pharmacokinetic data for BPC-157 in humans is paramo…