MGF · 1 MG | (IGF-1) Repara. Reconstruye. Repite.

MGF DE SYNTEX LABS: REPARA, RECONSTRUYE Y REPITE PARA UNA HIPERTROFIA MUSCULAR SIN LÍMITES

Lleva tu desarrollo muscular al siguiente nivel con MGF, el péptido de investigación de Syntex Labs que activa el mecanismo natural de reparación y crecimiento del músculo esquelético.

Diseñado para atletas de alto rendimiento, fisicoculturistas y cualquier persona que busque maximizar la hipertrofia y la recuperación, MGF actúa como un potente activador de células satélite, las células madre del músculo. Al iniciar la proliferación de estas células, MGF expande el pool de células precursoras disponibles para la reparación y el crecimiento de las fibras musculares, permitiéndote construir más músculo en menos tiempo.

Experimenta la diferencia de un péptido de Grado de Laboratorio de Syntex Labs, una marca con más de una década de innovación en bioquímica en Singapur. Cada lote cuenta con trazabilidad QR y un sistema de seguridad "Scratch to See Batch Number" que garantiza la autenticidad y pureza del producto. MGF es la elección de los pioneros en investigación para construir protocolos de hipertrofia y recuperación avanzada. MGF · 1 MG
Repara. Reconstruye. Repite.

MGF (Factor de Crecimiento Mecánico) es un factor de crecimiento producido de forma natural por el tejido muscular en respuesta al estrés mecánico y la actividad física intensa. Desempeña un papel clave en el proceso natural de reparación y adaptación muscular del organismo, lo que lo convierte en una herramienta poderosa para atletas y culturistas que buscan acelerar la recuperación y maximizar el crecimiento muscular.

¿Qué hace el MGF?
El MGF es una variante del IGF-1 (factor de crecimiento similar a la insulina tipo 1) que es liberada específicamente por las células musculares después del entrenamiento de resistencia. Su función principal es activar las células satélite, que son esenciales para la regeneración de las fibras musculares y la hipertrofia. En términos más simples, el MGF le indica a tus músculos que crezcan y se reparen de manera más eficiente después de cada sesión de entrenamiento.

Satellite Cell Activation: MGF activates satellite cells (muscle stem cells), initiating their proliferation and differentiation into myoblasts for muscle fiber repair and growth. Accelerated Muscle Hypertrophy: By expanding the pool of precursor cells, MGF increases muscle growth potential and adaptation capacity to resistance training. Post-Workout Recovery: Accelerates muscle recovery after exercise-induced damage, reducing delayed-onset muscle soreness (DOMS) and allowing greater training frequency. Damaged Tissue Repair: Preclinical research shows MGF accelerates recovery from muscle injuries and may have applications in tendon and ligament repair. Muscle Preservation in Caloric Deficit: During cutting or weight loss phases, MGF helps preserve muscle tissue by reducing proteolysis (protein breakdown)

MGF (Mechano Growth Factor) is a splice variant of the insulin-like growth factor (IGF-1) gene, specifically the IGF-1Ec isoform. It is produced locally in muscle tissue in response to mechanical stress and exercise-induced damage. Mechanism of Action: Satellite Cell Activation: MGF acts as a local "emergency" signal, activating quiescent satellite cells residing in skeletal muscle, initiating their entry into the cell cycle and proliferation as myoblasts. IGF-1R Independence: Unlike systemic IGF-1, MGF does not bind to the IGF-1 receptor (IGF-1R), suggesting it acts through a distinct, unidentified receptor. This gives it a unique and localized action profile. Precursor Cell Pool Expansion: MGF promotes proliferation without premature differentiation, expanding the pool of precursor cells. Subsequently, other signals (such as IGF-1Ea) drive the differentiation and fusion of these myoblasts to form new muscle fibers. Myogenic Program Initiation: MGF activates the genetic program that controls muscle growth, coordinating the production of proteins that support tissue growth and repair

Route of Administration: Injectable via subcutaneous (SC) or intramuscular (IM). Administration in the trained muscle group immediately post-exercise is recommended for localized effect. Reconstitution: The product is presented as a lyophilized powder in a vial. It must be reconstituted with bacteriostatic water for injection before use. Research Protocol: Dosage and frequency must be determined by the researcher. Common research protocols use doses of 100-200 mcg per administration. Native MGF has a very short half-life (minutes), requiring precise post-workout administration. Storage: Store in a cool, dry place, protected from light. Once reconstituted, refrigerate. Important Notice: Product intended EXCLUSIVELY FOR SCIENTIFIC RESEARCH.

Active Ingredient: MGF (Mechano Growth Factor): A synthetic 24-amino acid peptide (sequence: YQPPSTNKNTKSQRRKGSTFEEHK) derived from the IGF-1Ec splice variant of the IGF-1 gene. It is responsible for satellite cell activation, muscle repair, and growth. Excipients: Mannitol: A sugar alcohol that acts as a cryoprotectant and bulking agent, used to stabilize the peptide structure during the lyophilization process. Water for Injection (WfI): High-purity water used as a vehicle in the lyophilization process to create the sterile powder. Note for Consumers: This product is a high-purity synthetic peptide, manufactured without unnecessary additives, preservatives, or fillers.

For researchers seeking to understand timelines, current evidence (primarily preclinical) suggests the following progression for MGF: Immediate Action (Minutes-Hours): Native MGF has an extremely short half-life (5-7 minutes), acting as a rapid local signal following mechanical damage. The PEG-MGF (pegylated) form extends the half-life to several hours, allowing sustained exposure. Satellite Cell Activation (Hours-Days): Satellite cell activation and initiation of proliferation occur in the hours and days following administration and training stimulus. Human studies have shown increases in satellite cell content at 24 hours in young subjects. Accelerated Repair (1-4 Weeks): Animal studies of muscle injury show accelerated functional recovery with MGF, with improvements of 30-50% compared to controls. Fiber regeneration and strength improvement are observed in this period. Hypertrophy (4-8 Weeks): The full effect on muscle hypertrophy and training adaptation is typically observed after several weeks of consistent use according to the research protocol. Influencing Factors: The speed and magnitude of results depend on the intensity and type of training, individual age (MGF response decreases with age), nutritional status (especially protein intake), sleep quality, and adherence to the research protocol.

Current scientific evidence on MGF, up to 2026, is based primarily on preclinical studies in animal models and cells, with limited observational studies in humans. Preclinical Evidence: Discovery and Characterization: Identified by Geoffrey Goldspink's laboratory in the 1990s as a mechanically sensitive IGF-1 variant. Satellite Cell Activation: Demonstrated in in vitro studies. Muscle Injury Models: Animal studies show 30-50% faster functional recovery with MGF compared to controls. Connective Tissue Repair: Research in tendons and ligaments shows MGF accelerates repair and restores loading capacity. Additional Applications: Studies in cartilage, ACL repair, and post-infarction cardiac function. Human Evidence: Limited: Fewer than 10 published studies directly examine MGF in humans, with small sample sizes (10-30 subjects). Observational Studies: A 2003 study showed that the MGF response to exercise decreases with age, suggesting a mechanism for sarcopenia. Absence of Clinical Trials: No randomized, controlled clinical trials of MGF or PEG-MGF in humans exist. Syntex Labs Standards: Lab Grade: Purity ≥99%. QR Tracking: Complete batch traceability. Secure Batch Label: "Scratch to See" security system. 3rd Party Results: Access to Certificates of Analysis (COA).

Product Details

MGF · 1 MG | (IGF-1) Repara. Reconstruye. Repite.

MGF · 1 MG | (IGF-1) Repara. Reconstruye. Repite.

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