$40.00
Contents: 10mg of Semax
Formato: Polvo liofilizado
Pureza: ≥ 99% Probado en EE. UU., Pureza Verificada (Probada mediante HPLC)
Verificación: Certificados de Autenticidad Verificables ((Emparejados por Lote)
Nuevas evidencias de investigación:
Semax 10mg is utilized in laboratory models to track how brain pathways maintain stability and recover from stress. This larger 10mg format allows researchers to observe how molecules stay consistent and coordinate over extended periods in a controlled environment. The goal of these investigations is to measure how signaling systems adapt and support cognitive resilience at a molecular level, focusing on high-level data rather than any personal or medical outcomes.
Mantener el producto en un lugar fresco y oscuro.
Solo para Uso en Investigación / No Regulado por la FDA
Inventario Verificado por Lotes.. Ver 3rd Ver COA de 3ª Parte.
En stock
⚠️ Requiere agua estéril para su reconstitución.
Solo para uso en laboratorio.
Our 10mg Semax is a high-capacity synthetic peptide developed for in-depth research into enhanced cognitive performance and neural resilience. Scientists utilize this larger format to observe how the brain maintains its ‘sharpness’ and recovers from metabolic stress over extended periods.
This 10mg quantity is specifically designed for complex laboratory models that require a consistent supply for long-term data collection. By providing more material, this version allows researchers to perform deep-dive investigations into how signaling pathways adapt and remain stable under various environmental conditions.
Current studies focus on how Semax supports the brain’s internal messaging systems and structural balance. This format is the preferred choice for investigators who need to track long-lasting neural signaling and molecular behavior without the variables of frequent restocking.
Número CAS: 80714-61-0
Fórmula molecular: C₃₇H₅₁N₉O₁₀S
Peso molecular: ~813.9 g/mol
Masa monoisotópica: ~813.34796 Da
Compuesto padre:
Analog of ACTH (4–7) with a Pro–Gly–Pro extension (ACTH (4–7)–PGP), modified for research use.
Semax is utilized in modelos de investigación preclínica en las siguientes áreas:
Neuropeptide Signaling Pathways
Investigating peptide-mediated communication and receptor engagement within neural signaling systems.
Neuroendocrine Pathway Dynamics
Studying interactions between peptide signaling and neuroendocrine regulatory networks.
Peptide-Receptor Interaction Studies
Examining ligand specificity, binding behavior, and intracellular cascade activation.
Adaptive Neural Signaling Models
Mapping signaling responses to physiological challenges without behavioral or therapeutic interpretation.
Peptide Stability & Signal Persistence
Evaluating degradation behavior, signaling duration, and pathway modulation in laboratory environments.
Semax 10mg is the preferred choice for expanded research into the long-term effects of brain signaling and neural resilience. This 10mg format provides a consistent supply for scientists to track how molecules interact within the nervous system to support sustained mental focus and performance. These in-depth studies focus on the stability of signaling pathways over time, providing a comprehensive look at molecular behavior within a controlled research environment.
Semax is intended for laboratory research use only. No apto para consumo humano ni veterinario. No aprobado por la FDA para uso terapéutico o diagnóstico. Todos los estudios de referencia son preclínico y exploratorio.
Solo para fines de investigación — No apto para uso humano ni veterinario. No evaluado ni aprobado por la FDA. No está destinado a diagnosticar, tratar, curar ni prevenir ninguna enfermedad. Toda la información de este sitio web se proporciona exclusivamente con fines educativos y de investigación de laboratorio. Nada de lo aquí expuesto constituye asesoramiento médico, clínico o legal, ni un respaldo para su uso fuera del laboratorio. Cualquier mención de péptidos específicos o posibles hallazgos de investigación tiene únicamente fines informativos y no debe interpretarse como una guía para su uso en humanos o animales.
