P021
P021 research peptide. Third-party Certificates of Analysis are published for tested products and batches. Fast UK dispatch. For laboratory research use only.
Available sizes: 10 mg
A Neurotrophic Research Peptide Studied in Neurogenesis and Synaptic Plasticity
P021 is a neurotrophic research peptide derived from a functional region of ciliary neurotrophic factor (CNTF) and developed for laboratory research examining neuronal growth, synaptic plasticity, and cognitive signalling.
Unlike research focused solely on stimulating existing neuronal activity, P021 has attracted interest for its potential influence on processes involved in neurogenesis, dendritic development, and the maintenance of synaptic connections.
Preclinical studies have investigated P021 in models of age-related and neurodegenerative cognitive impairment, where researchers have examined changes in BDNF-associated signalling, neuronal plasticity, tau regulation, and hippocampal neurogenesis.
Why P021 Is Studied
Neurogenesis Research: Investigated for its influence on the formation and maturation of new neurons in experimental models.
Synaptic Plasticity: Studied in models examining how neuronal connections are formed, maintained, and adapted.
Neurotrophic Signalling: Research explores pathways associated with growth factors such as BDNF and their role in neuronal survival and plasticity.
Cognitive Decline Models: P021 has been investigated in preclinical models of ageing and neurodegenerative pathology.
Scientific Research Context
Neurotrophic factors are signalling molecules involved in the development, survival, and functional maintenance of neurons. P021 was developed from CNTF-related research to investigate whether a smaller peptidergic compound could reproduce selected neurogenic and neurotrophic signalling effects.
Experimental studies have associated P021 treatment with changes in BDNF-related signalling and the PI3K/AKT/GSK3β pathway, alongside effects on neuronal plasticity and neurogenesis.
These pathways are of particular interest in research exploring how ageing and neurodegenerative processes alter the brain's ability to maintain and reorganise neuronal connections.
Common Research Focus Areas
Adult neurogenesis
Synaptic and neuronal plasticity
BDNF-associated signalling
GSK3β and tau-related research
Age-related cognitive decline models
Related Peptides
P021 forms part of a developing area of research focused on compounds capable of influencing neurotrophic signalling and neuronal plasticity.
Researchers exploring related pathways may also investigate Dihexa, which is studied for its interaction with HGF/c-Met signalling and its influence on synapse formation.
Documentation and verification
Certificates of Analysis are published for tested products and batches. A certificate is a batch-specific record: it reports what was measured, by which method, on a stated date, against a batch identifier. It is evidence about the sample analysed at the time of analysis, and it is silent on attributes it does not list and on what has happened to the material since.
The batch number is the field that connects the document to a physical vial. Where the identifier on a vial does not appear on a certificate, the certificate does not describe that vial, however thorough the analysis behind it was. Batch records can be searched directly, and the guides below explain what each field establishes and what it does not.
- Verify a batchSearch a batch number for the certificate records published against it.
- How to read a certificate of analysisWhat each field reports, and the limits of what a certificate can establish.
- Certificate, specification and safety data sheetThree documents that answer three different questions.
- Storage and handlingWhat defined storage conditions mean, and why cold slows degradation.
- Batch numbers and traceabilityHow an identifier ties material to the analysis describing it.
Supplied for laboratory research use only. Not for human or veterinary use.