PE-22-28

PE-22-28 Peptide for Sale | 3rd-Party Tested 95% Pure | Purerawz

What is PE-22-28?

The search for research compounds capable of influencing brain chemistry through novel pathways has led scientists to an increasingly studied class of TREK-1 channel modulators. PE-22-28 sits at the forefront of this emerging research area.

PE-22-28 is a synthetic derivative of spadin, a naturally occurring peptide secreted from sortilin, a protein involved in neuronal signaling and brain function regulation. As a TREK-1 (TWIK-Related potassium channel) antagonist PE-22-28 works by blocking a specific potassium channel pathway linked to mood regulation, brain cell activity, and neurological function in preclinical research models. Its origins in spadin research and its targeted TREK-1 blocking mechanism have made it a compound of growing scientific interest across depression, neurodegeneration, and cognitive function research disciplines. All peptides on Purerawzus.com are strictly intended for laboratory and research use only and are not approved by the FDA for human or veterinary use.

PE-22-28 Chemical Properties

Property	Details
Product Name	PE-22-28
Synonyms	Gly-Val-Ser-Trp-Gly-Leu-Arg-OH
CAS Number	1801959-12-5
Molecular Formula	C35H55N11O9
Molecular Weight	773.89 g/mol
Purity	Greater than or equal to 95%
Storage	-20°C protected from light and moisture
Origin	Synthetic derivative of spadin, sortilin-derived peptide
Research Use	Laboratory and Scientific Research Only
Regulatory Status	Not approved by the FDA for human or veterinary use

How Does PE-22-28 Work?

PE22-28 operates through a targeted and well-defined mechanism centered on TREK-1 channel antagonism. Scientific investigation has identified the following key mechanisms through which PE-22-28 may exert its effects in preclinical research models:

Potential Mechanism	Research Context
TREK-1 Channel Blockade	Blocks the TREK-1 potassium channel pathway linked to brain and mood regulation
Neuronal Activity Enhancement	Blocking TREK-1 may increase brain cell activity and strengthen neuronal connections
Neurogenesis Support	Preclinical studies suggest possible support for new brain cell growth and development
Synaptic Connection Improvement	May improve connections between brain cells in experimental research models
Mood Regulation Pathway Modulation	Being studied for its possible influence on mood regulation and brain chemistry pathways
Muscle Activity Regulation	TREK-1 modulation may influence muscle activity and relaxation in laboratory settings

Potential Benefits of PE-22-28 in Research

Scientific investigation into PE22-28 has highlighted several areas where this TREK-1 antagonist may offer significant preclinical research value:

Potential Benefit	Research Context
Depression Research	Being studied for its possible role in reducing stress and depression-related markers
Neuronal Activity Research	May improve brain cell activity and strengthen neuronal connections in research models
Neurogenesis Research	Studies suggest possible support for new brain cell growth in preclinical settings
Mood and Emotional Stability Research	Being explored for its possible influence on mood regulation and emotional stability
Neuroprotection Research	May protect brain cells from damage in experimental research models
Post-Stroke Recovery Research	Being investigated for possible effects on neuronal recovery in post-stroke research models
Neurodegenerative Research	Being studied for possible relevance in neuronal survival and growth research models
Muscle Function Research	Being explored for its possible influence on muscle activity regulation through TREK-1

Please note: All benefits listed are based on early stage preclinical research. This product is strictly intended for research purposes and is not approved for human or veterinary use.

Potential Research Areas of PE-22-28

Research Area	Potential Focus
Depression Research	Studying TREK-1 blockade and its possible influence on mood regulation pathways
Neurogenesis Research	Investigating its possible role in supporting new brain cell growth and development
Neuroprotection Research	Exploring its possible protective effects on brain cells against neurological damage
Post-Stroke Research	Studying its possible effects on neuronal recovery and brain function after stroke models
Neurodegenerative Disease Research	Investigating whether TREK-1 modulation influences neuronal survival in degeneration models
Cognitive Function Research	Exploring its possible influence on memory and cognitive performance in research models
TREK-1 Channel Research	Studying TREK-1 potassium channel modulation and its downstream neurological effects
Anxiety and Stress Research	Investigating its possible applications in anxiety and stress pathway research models
Muscle Function Research	Exploring how TREK-1 channel blockade may influence muscle activity and relaxation
PTSD Research	Studying its possible applications in trauma and stress-related neurological research

PE-22-28 Research Applications

Depression and Mood Research

PE-22-28 is being actively investigated in depression research models for its possible influence on brain cell activity and neuronal connection strength. By blocking the TREK-1 channel researchers are studying whether this mechanism influences mood regulation pathways and brain chemistry balance in experimental settings. Current investigations are exploring its possible role as a novel research tool for studying treatment-resistant depression mechanisms.

Post-Stroke Recovery Research

Brain function changes observed following stroke events have created significant scientific interest in compounds that may support neuronal recovery. PE22-28 is being studied in experimental post-stroke models for its possible effects on neuronal recovery outcomes and brain function restoration. These findings remain under active evaluation and require further scientific confirmation.

Neurodegenerative Disease Research

Researchers investigating neurodegenerative conditions are exploring whether TREK-1 channel modulation through PE-22-28 may influence neuronal survival, growth, and function in preclinical research models. This area of investigation represents one of the more frontier applications of PE22-28 in current scientific research.

Muscle Function Research

Beyond neurological research applications PE22-28 is also being explored for its possible influence on muscle activity regulation through TREK-1 channel modulation in laboratory settings. Researchers are investigating whether this mechanism has broader physiological relevance in muscle-related research models.

Where to Buy PE-22-28 Online

Purerawzus.com supplies COA-verified, high-purity research compounds with fast USA shipping on every order. Every purchase is backed by an independent Certificate of Analysis confirming peptide identity, purity, and concentration for complete research compliance and documentation. We offer multiple secure payment options to make your ordering experience seamless and straightforward. Visit our how to pay page for a complete step by step guide to all available payment methods and secure checkout instructions.

Feature	Details
Purity	Greater than or equal to 95% verified purity
Testing	Independent third-party lab tested
Documentation	Certificate of Analysis (COA) included with every order
Shipping	Free international shipping on orders over $100
Payment Options	Multiple secure payment methods available
Support	24/7 expert customer support

Is PE-22-28 Legal?

The FDA has not approved PE22-28 as a drug for human or veterinary use. It is available for scientific research purposes in applicable regions. Researchers must verify all applicable local laws and institutional research guidelines before purchasing or using this compound.

Frequently Asked Questions

Is PE-22-28 Safe for Human Consumption?

No. The FDA has not approved PE-22-28 for human or veterinary use. Purerawzus.com supplies this compound strictly for laboratory and scientific research purposes only.

Is PE-22-28 Available as a Medical Treatment?

No. PE22-28 currently remains in the research and preclinical investigation phase. It is not approved for medical use and is being studied exclusively in preclinical and experimental research models for its potential biological effects.

What Side Effects Have Been Observed With PE-22-28?

The complete safety profile and potential side effects of PE-22-28 have not yet been fully established as the compound remains under active scientific investigation. Researchers are encouraged to follow all applicable laboratory safety protocols when handling this compound.

How Should PE-22-28 be Stored?

Store PE22-28 at -20°C protected from light and moisture at all times. Proper storage conditions are critical for maintaining compound quality, purity, and research effectiveness throughout your study period.

What is the Difference Between PE-22-28 and Spadin?

PE-22-28 is a synthetically engineered derivative of spadin, designed to optimize TREK-1 antagonist activity in research models. While spadin is a naturally occurring peptide derived from sortilin, PE22-28 has been structurally modified to potentially improve research applicability and biological activity in experimental settings.

Disclaimer

All information on this page is provided for educational purposes only and does not constitute medical or professional advice. Products are for laboratory and research use only. By ordering you agree to our Terms and Conditions. Contact us at sales@purerawzus.com for any concerns.