Pinealon/neuroprotective/circadian gene/anti-aging/skin care

Description

This product is a synthetic peptide designated as Pinealon (neuroprotective tripeptide) with the CAS number 175175-23-2. It is formed by linking three amino acids, glutamic acid, aspartic acid and arginine, in a specific sequence and is classified as a tripeptide compound. The molecular formula of the product is C₁₅H₂₆N₆O₈, and its molecular weight is approximately 418.4. It normally appears as white to off-white lyophilized powder with a purity of over 98% (tested by HPLC). As a peptide intermediate for pharmaceutical research and development, it has attracted considerable attention in the field of neuroscience in recent years due to its research value in neuroprotection. It is mainly supplied to drug research institutions, research institutes and biotechnology companies. The product is recommended to be stored under low temperature, protected from light, moisture-proof and hermetically sealed to ensure stable quality within the shelf life.

Key Effects

Human cells produce a group of substances called "reactive oxygen species" during normal metabolism. Excessive accumulation of reactive oxygen species in nerve cells can damage cells, accelerating cellular aging and even cell death. The core function of Pinealon is to help nerve cells resist such damage: on the one hand, it reduces the buildup of harmful substances; on the other hand, it maintains the normal functions of various cells in brain tissue and lowers the incidence of abnormal cell death. Related studies also indicate that under specific metabolic abnormalities in mothers, this peptide has certain protective potential for the nervous system development of offspring, so it is widely used as an experimental tool in the fields of neuroprotection and developmental research.

Its specific functions can be summarized as follows:
Alleviate nerve cell damage: help reduce the accumulation of harmful oxidative substances inside cells and protect nerve cells from injury;
Maintain the viability of brain tissue cells: stimulate the normal functional activities of major cells in brain tissue and support the stable operation of the nervous system;
Reduce abnormal cell death: help decrease spontaneous death of nerve cells and preserve cell survival;
Support neural development research: possess research value for protecting the nervous system development of offspring under specific maternal metabolic abnormalities;
Serve as a research tool: act as an experimental tool compound for studying neuroprotective mechanisms and cellular signaling pathways.

Applications

This product is mainly applied in the field of biomedical research, especially in neuroscience. With its neuroprotective properties, this peptide is used by research teams at home and abroad as an experimental tool and a candidate drug research subject. Its research scope covers multiple areas including neurodegenerative diseases, brain injury, cognitive function, and perinatal neural development.

The main application fields can be summarized as follows:
Neurodegenerative disease research: Used for studies on the mechanisms and interventions of neurodegenerative diseases such as Alzheimer's disease;
Brain injury and cerebral ischemia research: Used to explore neuroprotective strategies under conditions like brain tissue damage and ischemia;
Cognition and nervous system function research: Used for basic research related to learning, memory, brain function regulation and other relevant areas;
Perinatal neural development research: Used for research on the neural development of fetuses and offspring under conditions of abnormal maternal metabolism;
Drug research and efficacy evaluation: Serves as a lead compound or tool molecule for the screening and evaluation of neuroprotective candidate drugs;
Supply of scientific research reagents: Provided to laboratories of universities, research institutes and pharmaceutical enterprises as experimental materials for life science research.