Cardiogen

Cardiogen is a synthetic tripeptide (Ala-Glu-Asp) from the Khavinson bioregulator family. As with Bronchogen for lungs and Cortagen for brain, Cardiogen is modeled to act on a specific tissue — in this case, cardiac muscle and vasculature. It is studied in Russian research for age-related cardiac function and cellular repair. It is sold strictly for laboratory research.

Cardiogen is one of the small tissue-specific 'bioregulator' peptides developed in Vladimir Khavinson's St. Petersburg lab. The premise is that very short peptides can act as a kind of internal signaling code, telling specific tissue types to maintain or repair themselves. Cardiogen is the heart-tissue entry in that catalog. It is studied for cardiomyocyte function, age-related cardiac decline, and is part of the broader longevity bioregulator conversation.

As a short bioregulator peptide, Cardiogen is hypothesized to enter cells, reach the nucleus, and modulate transcription of cardiac-tissue genes — supporting normal cardiomyocyte function and reducing markers of cardiac aging in animal models. The detailed molecular mechanism is less characterized than for larger, more thoroughly studied peptides.

• •Cardiomyocyte function in aged animals
• •Cardiac hypertrophy and fibrosis models
• •Age-related cardiac gene expression
• •Khavinson bioregulator comparative studies
• •Cellular senescence in cardiac tissue

Cardiogen lives in the same longevity-forum subculture as Epitalon and the other Khavinson peptides. Discussion is technical, often citing Russian-language publications, and protocols tend to be conservative — short, infrequent cycles. Western clinical data is limited.

“A tiny tissue switch for the heart.”

Cardiogen is most often discussed in 'full bioregulator stacks' alongside Epitalon, Cortagen, Pinealon, Vesugen, and others — one bioregulator per organ system in informal longevity protocols.

Cardiogen is a short bioregulator peptide from the Khavinson family modeled to support cardiac tissue function in research. It is part of a tissue-specific peptide design philosophy and is sold strictly for laboratory research.