Traditional testing focuses on:

• diagnosing disease
• evaluating organ function
• identifying risk factors

Longevity markers focus on:

• underlying biological processes
• cellular and metabolic function
• mechanisms associated with aging

Longevity markers are indicators that reflect how biological systems function over time.

They are often linked to:

• cellular activity
• energy production
• oxidative balance
• vascular signaling

These markers provide a deeper layer of understanding beyond standard diagnostics.

Longevity markers do not replace traditional testing.

They complement it by:

• adding context
• providing additional insight
• helping interpret broader biological patterns

Together, they create a more complete picture of health.

The High Coast Longevity model focuses on markers related to:

• biological age
• mitochondrial function
• oxidative stress
• nitric oxide and vascular signaling
• cellular health indicators

Each of these areas reflects a different aspect of long-term biological function.

Longevity markers are often complex.

Their value depends on:

• interpretation within context
• relationships between systems
• patterns over time

They are most useful when combined with other diagnostic data.

Longevity markers are integrated with:

• testing areas (metabolic, cardiovascular, etc.)
• continuous monitoring
• structured programs

This ensures that insights can be applied in a meaningful way.

At Borgen Marieberg, these markers are assessed within a structured environment.

This allows:

• consistent measurement conditions
• integration with routines and programs
• alignment between data and experience

Longevity markers provide a deeper layer of insight into how the body functions and evolves.

They support:

• understanding of biological processes
• identification of early changes
• long-term monitoring of health