Accepting New Patients Across Texas
All ConditionsCardiometabolic Care

Metabolic Health & Cardiovascular Resilience

High cholesterol, elevated triglycerides, high blood pressure, elevated hs-CRP, and metabolic syndrome.

Clinical Overview

How we investigate and address this condition

Cardiovascular disease develops silently over decades, driven by vascular inflammation, oxidized lipids, and insulin resistance — not simply dietary cholesterol. We use advanced lipid subfraction testing and inflammatory markers to identify true vascular risk early.

Common Symptoms & Signs Patients Experience:

Elevated blood pressure readings
High triglycerides and low HDL cholesterol
Waist circumference exceeding 35 inches for women or 40 for men
Fatigue after eating high-glycemic meals
Mild shortness of breath on exertion

Upstream Root Drivers We Target:

1Endothelial inflammation from oxidized LDL and high hs-CRP
2Small dense LDL particle accumulation (ApoB)
3Insulin resistance causing arterial stiffening and sodium retention
4Homocysteine elevation and impaired methylation
The Protocol

Our Structured Approach

We don't guess — we test, prioritize, implement, and track measurable improvement.

01

Advanced Vascular Risk Stratification

Looking past basic total cholesterol to measure actual circulating atherogenic particle count (ApoB).

02

Endothelial Anti-Inflammatory Protocol

Targeting vascular inflammation with therapeutic targeted approach

03

Nutritional & Glycemic Balancing

Shifting dietary patterns to lower glycemic loads and support nitric oxide production in blood vessel walls.

04

Cardiometabolic Re-assessment

Re-testing to assess progress

Common Questions

Frequently Asked Questions

Why do standard checkups only check Total Cholesterol and LDL?

Standard panels use basic calculations developed decades ago. ApoB and particle size measurements give a far more precise assessment of how many plaque-forming particles actually enter arterial walls.

Interconnected Systems

Other conditions we can help with our approach