WHAT IS EPITALON?

  • Synthetic tetrapeptide (Ala-Glu-Asp-Gly).
  • Originally developed based on a naturally occurring peptide from the pineal gland.
  • Studied in laboratory research regarding cellular processes and biological timing.
  • Investigated in various preclinical and laboratory studies.

RESEARCH FOCUS

  • Cellular regulation processes
  • Models of cellular timing
  • Molecular interactions in the laboratory
  • Molecular and cellular signaling pathways in preclinical research
  • Further research in multiple specialist areas

BIOLOGICAL RHYTHMS – CONCEPT

Biological rhythms are natural cycles that can influence various cellular activities. Epitalon is studied in laboratory models in connection with cellular timing.

24:00

MIDNIGHT

18:00

EVENING

06:00

MORNING

12:00

NOON

HOW IT IS STUDIED

  • Laboratory models & cell studies
  • Molecular interactions
  • Cellular processes
  • Biological timing
  • Ongoing research

AREAS OF RESEARCH

CELL REGULATION

Investigated in laboratory research.

BIOLOGICAL RHYTHMS

Investigated in laboratory research.

MOLECULAR BIOLOGY

Investigated in laboratory research.

NEUROSCIENCE

Investigated in laboratory research.

METABOLIC PROCESSES

Investigated in laboratory research.

IMMUNOLOGY

Investigated in laboratory research.

RESEARCH FORMS

  • In-vitro laboratory studies
  • Preclinical studies
  • Peptide synthesis
  • Analytical research

RESEARCH STATUS

  • Epitalon research is ongoing
  • Many studies are at preclinical and laboratory stages
  • Further data are required.

IMPORTANT NOTES

  • For educational and research purposes only
  • Not for diagnosis, cure or prevention of disease
  • Not for human use
  • Follow laws, regulations and institutional guidelines

Quality & batch traceability

Every batch is tested in a European laboratory. The batch-specific test report is available via the QR code on the enclosed card.

HPLC LAL EDX

SCAN FOR LAB REPORT