The Significance of Nitric Oxide

The Importance of Nitric Oxide

1 person dies every 6 seconds from vascular disease worldwide*

The leading cause of death globally and the number one burden of disease in South Korea is "vascular disease." The reason for this is a decrease in the body's production of nitric oxide as a result of aging.

(* Source: 2019 WHO Statistics on Vascular Disease Mortality)

Why Nitric Oxide Production Decreases

Nitric oxide, which is essential for maintaining healthy blood vessels, is produced in the endothelial cells of the arteries. However, as people age and their endothelial cells become damaged, they can no longer produce enough nitric oxide, making them vulnerable to vascular disease.

* Blood Vessel Cross-Section by Age

Ages 10-20

vascular damage 0%

Ages 30-40

vascular damage 20%

Ages 50-60

vascular damage 50%

Ages 70+

vascular damage 85%

As we age, the endothelial cells that produce nitric oxide become damaged, causing nitric oxide levels to drop below 15% and increasing the risk of cardiovascular disease.

Nitric oxide is produced in the endothelial cells of the arteries and performs crucial signaling and functions for our bodies.

Areas Where Nitric Oxide Benefits the Body

Numerous academic papers have proven that nitric oxide, which is responsible for supplying oxygen and nutrients throughout the body, has a positive impact on the function and health of nearly every organ in the human body.

Cardiovascular System

Vessel relaxation and blood pressure regulation

Cellular oxygen supply

Maintenance of vascular structure and endothelial health

Capillary permeability

Central Nervous System

Neurotransmitter

Supports brain blood flow and oxygen supply

Central blood pressure regulation

Respiratory System

Assists in the exchange of oxygen and carbon dioxide in the lungs

Improves pulmonary blood flow

Digestive System

Improves gastrointestinal perfusion

Enhances nutrient absorption

Sexual Function

Improves blood circulation to sexual organs

Enhances function and sensitivity

Immune System

Supports the mobilization of immune cells

Aids in general inflammatory responses

Cell Regeneration

Activates stem cells

Promotes cellular energy production

Peripheral Nervous System

Supports bowel movements