The Science of 1-MNA
The Science of 1-MNA
1-methylnicotinamide (1-MNA) is a naturally occurring molecule produced in the human body during the metabolism of niacin (vitamin B3). It participates in several biological processes related to vascular function, metabolic balance and cellular activity.
Over the past two decades, researchers from numerous international scientific institutions have investigated the biological properties of 1-MNA and its potential applications across different areas of health and medicine.
1-methylnicotinamide (1-MNA) is a naturally occurring molecule produced in the human body during the metabolism of niacin (vitamin B3). It participates in several biological processes related to vascular function, metabolic balance and cellular activity.
Over the past two decades, researchers from numerous international scientific institutions have investigated the biological properties of 1-MNA and its potential applications across different areas of health and medicine.
Scientific Research
Research on 1-MNA has been conducted by scientists from multiple academic and research centers worldwide. These studies include basic research as well as preclinical and clinical investigations exploring the biological activity of the molecule.
Results from these studies indicate that 1-MNA plays a role in biological processes associated with vascular health, inflammatory response and cellular protection mechanisms.
Biological Significance
The biological properties of 1-MNA provide a foundation for further research into its potential applications across different areas of life science and health-related technologies.
Expanding scientific knowledge about this molecule remains a key element of Pharmena’s research and development activities.
Scientific Highlights
Naturally occurring molecule
1-MNA is a naturally occurring metabolite formed in the human body during the metabolism of niacin (vitamin B3).
Extensive scientific research
Over the past two decades, numerous international research groups have investigated the biological properties and potential applications of 1-MNA.
Biological activity
Scientific studies indicate that 1-MNA is involved in biological processes related to vascular function, inflammatory response and cellular protection.
Foundation for innovation
The unique biological properties of 1-MNA form the scientific basis for Pharmena’s research and development activities.
Scientific Research
Research on 1-MNA has been conducted by scientists from multiple academic and research centers worldwide. These studies include basic research as well as preclinical and clinical investigations exploring the biological activity of the molecule.
Results from these studies indicate that 1-MNA plays a role in biological processes associated with vascular health, inflammatory response and cellular protection mechanisms.
Biological Significance
The biological properties of 1-MNA provide a foundation for further research into its potential applications across different areas of life science and health-related technologies.
Expanding scientific knowledge about this molecule remains a key element of Pharmena’s research and development activities.
Scientific Highlights
Naturally occurring molecule
1-MNA is a naturally occurring metabolite formed in the human body during the metabolism of niacin (vitamin B3).
Extensive scientific research
Over the past two decades, numerous international research groups have investigated the biological properties and potential applications of 1-MNA.
Biological activity
Scientific studies indicate that 1-MNA is involved in biological processes related to vascular function, inflammatory response and cellular protection.
Foundation for innovation
The unique biological properties of 1-MNA form the scientific basis for Pharmena’s research and development activities.
LEADER IN ADVANCED 1-MNA RESEARCH
Pharmena builds its innovation strategy around the biological potential of the 1-MNA molecule, translating scientific discoveries into product and technology development.
Three complementary development platforms enable the Company to apply this scientific knowledge across different areas of application.
longevity
topical solutions
bioscience
longevity
topical solutions
bioscience
Advancing Science.
Creating Value.
contact
PHARMENA S.A.
ul. Gdanska 47/49
90-729 Łodz, Poland
phone: +48 42 280 77 07
office@pharmena.eu
links
Advancing Science.
Creating Value.
contact
PHARMENA S.A.
ul. Gdanska 47/49
90-729 Łodz, Poland
phone: +48 42 280 77 07
office@pharmena.eu