Pinealon

Research Use Only Disclaimer

Pinealon is sold strictly for laboratory, academic and institutional research. It is not for human or animal consumption, injection, or any therapeutic, diagnostic or veterinary use. PCH Peptides does not provide dosage, administration or usage guidance.

What Is Pinealon?

Pinealon is a synthetic tripeptide composed of three amino acids: glutamic acid (Glu), aspartic acid (Asp) and arginine (Arg).

Its amino acid sequence, Glu-Asp-Arg, is commonly abbreviated as EDR.

Pinealon belongs to a group of short regulatory peptides investigated for their potential interactions with cellular signalling systems and gene expression mechanisms.

Researchers study Pinealon in controlled laboratory models involving neuronal cell cultures, oxidative stress, molecular interactions and peptide stability.

Experimental investigations have examined how short peptides such as Pinealon may interact with intracellular molecules and influence processes associated with gene regulation.

Its compact three-amino-acid structure also makes it relevant to biochemical research involving peptide transport, molecular characterization and analytical method development.

Pinealon is often discussed alongside other short regulatory peptides, including Epithalon, a synthetic tetrapeptide investigated in cellular regulation research.

For additional background on peptide structures and laboratory applications, explore the What Are Peptides? Research Guide.

Pinealon 10mg Specifications

Pinealon in Laboratory Research

Pinealon is investigated in biochemical and cellular research involving short regulatory peptides, neuronal cell models, molecular signalling and peptide stability.

Neuronal Cell Research

Pinealon has been examined in experimental studies involving neuronal cell cultures and cellular responses to laboratory-induced stress.

Researchers investigate how short regulatory peptides interact with cellular structures and influence measurable molecular processes.

Experimental models may examine changes in cellular signalling, gene expression and biochemical markers under controlled conditions.

These investigations contribute to understanding short-peptide interactions in neuronal research models.

However, findings from cell-culture experiments do not establish clinical safety or therapeutic effectiveness in humans.

Gene Expression and Molecular Interaction Studies

Short regulatory peptides are investigated for their potential interactions with intracellular molecules and gene-regulation mechanisms.

Pinealon’s three-amino-acid structure has made it a subject of laboratory research exploring peptide interactions with DNA-associated structures and cellular signalling systems.

Some experimental studies have proposed that Pinealon may influence processes associated with gene expression.

These mechanisms remain areas of scientific investigation and should not be interpreted as conclusively established biological effects.

Researchers use biochemical and cellular models to examine peptide localization, molecular binding and potential signalling responses.

Oxidative Stress Research

Pinealon is also investigated in laboratory models involving oxidative stress and cellular responses to experimental environmental conditions.

Researchers may examine molecular markers associated with oxidation-reduction processes, cellular signalling and stress-related responses.

Such studies help characterize how short regulatory peptides behave in controlled experimental systems.

The results remain preclinical and do not establish therapeutic benefits or safety for human use.

Short-Peptide Stability and Analytical Research

Because Pinealon contains only three amino acid residues, it is relevant to laboratory research involving peptide structure, chemical stability and molecular identification.

Researchers may investigate its degradation characteristics, analytical properties and interactions with experimental solutions.

Its defined amino acid sequence makes it useful for comparative analytical studies involving other short synthetic peptides.

For information about another short regulatory compound, researchers can review the Epithalon research peptide product page.

Certificate of Analysis

PCH Peptides provides batch-specific analytical documentation for its Pinealon research material.

The PCH Peptides COA Library currently lists one Certificate of Analysis for Pinealon.

Researchers should review the applicable batch certificate to confirm compound identity, HPLC purity and other available analytical findings.

The exact purity percentage should be taken from the current Pinealon batch documentation rather than assumed from general product specifications.

A Certificate of Analysis may contain information about analytical identity, purity measurements, batch identification and other quality-related testing.

The available documentation helps laboratories assess material consistency and suitability for controlled analytical research.

For additional information about research material classifications and documentation, review the Research Use Only Peptides Guide.

Storage and Handling

Keep the Pinealon vial sealed until required for an authorized laboratory workflow.

Store the lyophilized material in a cold, dry environment protected from moisture, excessive heat and direct light.

Follow the storage temperature and handling recommendations provided on the product label and applicable batch-specific documentation.

Appropriate storage conditions are important for maintaining the integrity of short synthetic peptides during laboratory handling.

Avoid using material from containers with damaged packaging, broken seals or uncertain identification.

Reconstitution Solution is available separately for suitable laboratory applications, subject to compatibility with the intended research workflow.

Researchers seeking general information about lyophilized peptide preparation can review the educational guide on how peptide reconstitution works.

Related Research Materials

Laboratories investigating short regulatory peptides, neuropeptide chemistry and cellular signalling may also examine other synthetic research compounds.

• Epithalon – A synthetic tetrapeptide with the sequence Ala-Glu-Asp-Gly (AEDG), investigated in short-peptide chemistry, cellular regulation and gene expression research.
• Selank – A synthetic heptapeptide derived from the tuftsin sequence, studied in laboratory models involving regulatory peptide chemistry and molecular signalling.
• Semax – A synthetic peptide derived from an ACTH fragment, investigated in neuronal cell models, peptide stability and molecular characterization research.
• DSIP – Delta Sleep-Inducing Peptide, a synthetic nonapeptide investigated in neuropeptide chemistry, receptor-ligand interactions and peptide stability studies.

These compounds differ in amino acid composition, molecular structure and research applications.

Pinealon and Epithalon are relatively short regulatory peptides, while Selank, Semax and DSIP are investigated in broader areas of neuropeptide and molecular signalling research.

Researchers can explore additional compounds through the PCH Peptides research peptide catalog.

Frequently Asked Questions

What is Pinealon peptide?

Pinealon is a synthetic tripeptide composed of glutamic acid, aspartic acid and arginine.

Its amino acid sequence is Glu-Asp-Arg, abbreviated as EDR.

Researchers investigate Pinealon in laboratory models involving short regulatory peptides, neuronal cell research and molecular signalling.

What is the Pinealon amino acid sequence?

Pinealon contains three amino acids arranged in the sequence Glu-Asp-Arg.

The single-letter abbreviation is EDR, representing glutamic acid (E), aspartic acid (D) and arginine (R).

Its molecular formula is C15H26N6O8.

What is Pinealon used for in research?

Pinealon is investigated in laboratory studies involving neuronal cell cultures, oxidative stress models, peptide stability and molecular interactions.

Researchers also examine its potential involvement in gene expression and intracellular signalling mechanisms.

These applications are limited to controlled, non-clinical research and do not establish therapeutic effectiveness.

What is the molecular weight of Pinealon?

Pinealon has an approximate molecular weight of 418.4 g/mol and the molecular formula C15H26N6O8.

These specifications refer to the Glu-Asp-Arg tripeptide. Any salt-form or formulation-specific differences should be verified against the applicable batch documentation.

How is Pinealon related to Epithalon?

Pinealon and Epithalon belong to a group of short synthetic regulatory peptides investigated in cellular and molecular research.

Pinealon contains three amino acids with the sequence Glu-Asp-Arg.

Epithalon contains four amino acids with the sequence Ala-Glu-Asp-Gly.

Both are investigated in peptide stability, molecular characterization and cellular signalling studies, although their structures and experimental research profiles differ.

Does Pinealon have a specific receptor?

A dedicated, conclusively established receptor for Pinealon has not been identified.

Researchers investigate its potential interactions with intracellular molecules and signalling systems through biochemical and cellular models.

Proposed molecular mechanisms remain subjects of scientific investigation.

What size does Pinealon come in?

PCH Peptides supplies Pinealon as a 10mg lyophilized research material in a single vial.

The product is intended exclusively for qualified laboratory, academic and institutional research applications.

Is Pinealon batch tested?

The PCH Peptides COA Library lists one Certificate of Analysis for Pinealon.

Researchers should review the applicable batch documentation to verify compound identity, purity and available analytical findings.

The certificate can be accessed through the COA Library.

How should Pinealon be stored?

Pinealon should remain sealed and protected from moisture, excessive heat and direct light.

Follow the temperature and handling recommendations provided on the product label and any applicable batch-specific documentation.

Appropriate storage helps maintain the integrity of lyophilized research materials.

Is Pinealon intended for human or animal use?

No. Pinealon is supplied strictly for laboratory, academic and institutional research.

It is not intended for human or animal consumption, injection, therapeutic applications, diagnosis or veterinary use.

For additional information about research-use classifications, read the Research Use Only Peptides Guide.

Do you provide dosage instructions for Pinealon?

No. PCH Peptides does not provide dosage, administration or usage protocols. Pinealon is supplied exclusively for qualified research use only.