Semax 10 mg
24,99 €
Semax 10 mg is a synthetic ACTH-fragment-derived research peptide supplied as a lyophilized powder. It contains the ACTH(4-7) sequence extended with Pro-Gly-Pro and is studied in connection with neuropeptide signaling, neurotrophic pathways, gene expression, oxidative-stress models and wider neuroscience research.
Key product information:
- Compound: Semax
- Amount: 10 mg
- Form: Lyophilized powder
- Class: ACTH(4-7)-Pro-Gly-Pro synthetic heptapeptide
- Intended use: Research use only
- Description
- Additional information
Description
A Small Peptide with a Big Role in Brain Research
Semax was created from a small part of ACTH, a natural hormone produced by the pituitary gland. Researchers took only a short section of this much larger hormone and slightly extended it to create a new seven-amino-acid peptide.
Although Semax comes from ACTH, it is studied for a very different reason. Its research is focused mainly on the brain, nervous-system signaling and the way nerve cells respond to stress.
A Small Part of a Much Larger Hormone
ACTH is a large hormone with several different parts. Scientists discovered that a small section of it could be studied on its own without behaving like the complete hormone.
This allowed them to focus on selected signals connected with the nervous system rather than the better-known hormonal role of full-length ACTH.
The result was Semax – a separate research peptide with its own characteristics and areas of interest.
Why Semax Attracts Attention
Semax appears mainly in research involving brain signaling, memory, learning, inflammation and the way nerve cells react during demanding or stressful conditions.
Scientists have also explored its connection with substances that help nerve cells survive, communicate and adapt.
Semax is often described online as a “nootropic peptide”, but this label can make the research sound more certain than it is. A more accurate description is that Semax is studied for its possible connection with cognitive processes and the brain’s natural response to stress or damage.
Future Research Potential
Future research may help explain how Semax is connected with memory, concentration, learning and the way the brain responds to stress, reduced oxygen or age-related changes.
Scientists may also discover whether it can help them better understand the natural processes involved in protecting and adapting nerve cells. These possibilities are still being studied and should not be viewed as guaranteed effects.
Important Notice
For research use only. Not intended for human consumption, veterinary use, diagnostic procedures or therapeutic applications. Before use, carefully review the Safety Data Sheet (SDS/MSDS – KBU). Intended only for experienced researchers and professionals familiar with the safe handling of research-grade materials.
Technical Questions (FAQ)
No. Semax was developed from one small part of ACTH, but it is not the full hormone. It is a separate seven-amino-acid research peptide studied mainly in connection with the brain and nervous system.
Different parts of a larger hormone may have different research properties. Scientists used a short ACTH-related fragment to focus on selected signals without reproducing the wider hormonal role of full-length ACTH.
No. This product is intended only for controlled research use. It is not intended for human consumption, veterinary use, diagnostic procedures or therapeutic applications.
Lyophilization removes water from the material and helps maintain stability during storage. Exact storage, handling and preparation of the solution should always follow the product documentation and Safety Data Sheet.
Scientific Studies and Development Sources
Additional information
| CAS | 80714-61-0 |
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