FREE TRACKED SHIPPING ON ORDERS OVER $299 $150

Semax – 10mg

$54.99

Out of stock

PRODUCT AVAILABILITY

Get notified when it’s in stock

Join this product’s notification list and we’ll email you when it becomes available. No payment or backorder is created.

Product notifications are separate from marketing. Your address is used for this availability request unless you also select site updates.
SKU: SEMX-10MG Categories: ,
  • Research focus: Neurotrophic and nervous-system signalling models
  • Compound class: Synthetic ACTH-fragment analogue
  • Researchers are exploring: Neurotrophic signalling, learning pathways and responses to neural stress
Fast Order ProcessingIn-stock orders prepared promptly
Tracking ProvidedEmailed when your order is on its way
Canadian SupportHelp when you need it

RESEARCH AT A GLANCE

A clearer view of the research landscape

01

Primary pathway

Neurotrophic and melanocortin-related research

02

Researchers explore

neuronal signalling, cognitive pathways and adaptive stress responses

03

Research coverage

Primarily preclinical and limited clinical research

Semax — 10mg

Product Overview

Semax is a synthetic peptide derived from an adrenocorticotropic-hormone fragment combined with a proline-glycine-proline sequence. It has been studied mainly in Eastern European experimental literature.

Research Background

Preclinical studies have examined gene-expression changes, brain-derived neurotrophic factor and TrkB signalling, neural stress responses and experimental ischemia models.

Current Areas of Investigation

Research applications may include neurotrophic-pathway assays, transcriptomic responses, neuronal cell models and comparative studies of ACTH-derived peptide fragments.

In Plain Language

Researchers are exploring how Semax may influence brain-growth-factor signalling, gene activity and the way nerve cells respond to low oxygen or other forms of cellular stress. Animal studies have reported changes involving BDNF and its TrkB receptor, along with broader transcriptomic responses.

In plain terms, Semax research looks at learning, memory, attention and the ability of nerve cells to remain functional during stress. Researchers are also investigating neuroinflammatory signalling and recovery-related gene activity after experimental ischemia.

Product Specifications

  • Catalogue No.: SEMX10
  • Vial Size: 10mg

Quality & Documentation

Lot-specific product documentation and Certificate of Analysis (COA) information may be available through AURAPEP where applicable.

Research Use Only

RESEARCH USE ONLY — NOT FOR HUMAN CONSUMPTION. Supplied strictly for laboratory, analytical and research purposes. Not intended for self-administration or to diagnose, treat, cure or prevent any disease.

AURAPEP RESEARCH LIBRARY

Related Research

Explore the scientific background, evidence and limitations associated with this research compound.

Research Library

How to Evaluate a Peptide Research Study

A practical framework for assessing study design, controls, sample size, outcomes, statistics, replication and conflicts of interest.

Research-method fundamentals · 11 minutes

Explore the complete Research Library

PRODUCT FAQ

Three common research questions

Explore concise, product-specific answers without leaving this page.

PRODUCT FAQ

Semax – 10mg

01

What is Semax and which pathway do researchers study?

Semax is studied in relation to neurotrophic and melanocortin-related research. Researchers use it to investigate neuronal signalling, cognitive pathways and adaptive stress responses.

02

What are researchers investigating?

The current research landscape includes Primarily preclinical and limited clinical research. Study designs may involve biochemical assays, cell systems, animal models or regulated human research depending on the compound, and results should be interpreted within the limits of each model.

03

How does it differ from related research compounds?

Semax is studied mainly in neurotrophic, melanocortin-related and adaptive neural signalling. Its research focus differs from metabolic peptides and from melanocortin analogues used primarily to investigate pigmentation pathways.

Research information is provided for scientific context. Product supplied for research use only.