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Multi-Omics · Lipidomics

Precision Flows Through
the Lipidome

Mass Spectrometry · Lipid Profiling · Cardiometabolic Risk · Membrane Biology · Inflammatory Signaling · Clinical Translation

40K+

Lipid Structures

8

Lipid Categories

100%

Patient-Centered

Board

Certified Standard

Department Overview

Lip·i·dom·ics

/ ˌlipəˈdōmiks /  ·  noun

noun  ·  precision science

The large-scale study of the complete set of lipids in a cell, tissue, or organism - their structures, functions, and interactions - and the clinical application of that knowledge to human health.

Origin

From Greek lipos (fat) + -omics (study of a complete set). The term emerged in the early 2000s, as advances in mass spectrometry made it possible to measure thousands of lipid species at once.

The Lipidomics Department at the American Board of Precision Medicine translates the science of the human lipidome into actionable clinical knowledge - equipping physicians to interpret lipid profiles, identify cardiometabolic and inflammatory risk, and personalize care at the molecular level.

From mass spectrometry-based lipid profiling and advanced lipoprotein analysis to membrane biology and inflammatory signaling, this department bridges the gap between laboratory discovery and bedside practice - training clinicians to see far beyond the standard cholesterol panel.

Grounded in rigorous board standards and driven by an interdisciplinary framework, lipidomics at ABOPM is not a niche specialty - it is a window into metabolic health and a core pillar of precision care.

40K+

Lipid Structures Cataloged

8

Lipid Categories

∞

Clinical Possibilities

Lipidomics Department · ABOPM

Where the Lipidome Meets
Clinical Purpose

The Lipidomics Department at ABOPM exists at the intersection of metabolic science and patient care — training physicians to profile the lipidome, interpret its signals, and transform outcomes in cardiometabolic, inflammatory, and neurological health.

Lipidomic Discovery

Advancing research in mass spectrometry-based lipid profiling, lipid mediators, and membrane composition — expanding our understanding of how lipid biology drives human disease.

Clinical Translation

Bridging the gap between laboratory lipidomics and bedside medicine — developing board-certified frameworks for advanced lipid testing, cardiometabolic risk assessment, and targeted nutritional and therapeutic intervention.

Physician Education

Building the next generation of lipidomics-fluent clinicians through rigorous board standards, interdisciplinary training, and collaboration across medicine, nutrition, and molecular science.

"Cholesterol is only the first chapter. The lipidome tells the whole story — and the Lipidomics Department at ABOPM trains physicians to read it, interpret it, and act on it with precision and purpose."

— American Board of Precision Medicine · Lipidomics Department
Lipidomics Department · ABOPM

Translating the Lipidome
Into Clinical Impact

Thousands of distinct lipids shape every cell membrane, signaling pathway, and energy store in the body. Learning to read the lipidome is not optional for the future of medicine — it is foundational.

Lipidomics equips clinicians to look beyond the standard cholesterol panel and into the molecular drivers of cardiometabolic disease, inflammation, and neurodegeneration — enabling earlier detection, more precise therapeutics, and care that is truly individualized at the metabolic level.

PC PE SM PS PI ApoB Lp(a) Ceramide Omega-3

By mastering lipidomics, clinicians gain the power to:

01
Detect Risk Earlier
Identify ceramides, oxidized lipids, and lipoprotein abnormalities that a standard lipid panel can miss, enabling intervention long before a cardiovascular event.
02
Personalize Treatment
Tailor lipid-lowering therapy, omega-3 strategies, and nutrition to each patient's unique lipid profile, then track the response at the molecular level.
03
Interpret Lipid Profiles
Read advanced lipoprotein panels and mass spectrometry lipidomic data with clinical confidence, translating complex results into actionable patient decisions.
04
Anticipate Risk
Use apoB, Lp(a), and lipid-based risk markers to stratify patients and design individualized prevention strategies before disease develops.
05
Lead Precision Care
Become the lipidomics-literate clinician your institution needs, positioned at the frontier of medicine where metabolic science meets patient impact.

Why Lipidomics Fluency Is Non-Negotiable

The science is here. The clinical tools are ready. The question is, are you?

Patient Outcomes

Lipid-guided care looks past LDL cholesterol alone to uncover residual cardiovascular risk, target inflammation, and enable true preventive medicine.

Future-Ready Practice

Advanced markers like apoB and Lp(a) are moving into mainstream guidelines. Clinicians who can interpret the full lipid picture will lead; those who can't will be left behind.

Clinical Authority

Board certification in lipidomics establishes you as a recognized leader, differentiating your expertise in an era where precision medicine is the standard of care.

Interdisciplinary Impact

Lipidomics connects every specialty: cardiology, endocrinology, neurology, oncology, nutrition - giving you tools that transcend clinical silos.

Active research areas driving lipidomic medicine forward:

01
Advanced Lipoprotein Profiling
Measuring apoB, LDL particle number, and Lp(a) to reveal atherogenic risk that standard cholesterol values can mask - especially in patients with "normal" LDL-C.
02
Ceramides & Sphingolipids
Investigating ceramide species as markers of cardiovascular and metabolic risk - and as active drivers of insulin resistance, cell stress, and vascular dysfunction.
03
Inflammatory Lipid Mediators
Profiling eicosanoids and specialized pro-resolving mediators that switch inflammation on and off - opening new paths to treat chronic inflammatory disease.
04
Omega-3 & Membrane Composition
Quantifying membrane fatty acids and the omega-3 index to guide personalized nutrition and track how dietary and therapeutic interventions reshape cell membranes.
05
Lipids in Brain & Metabolic Health
Exploring lipid disruption in neurodegeneration, fatty liver disease, and diabetes - linking the lipidome to some of the most pressing chronic conditions of our time.
Lipidomics Research · ABOPM
Pushing the Frontier of Lipidomic Science

The lipidomic revolution is not a future event - it is happening now. High-resolution mass spectrometry, advanced lipoprotein testing, and lipid-based risk markers are actively reshaping how disease is detected, treated, and prevented at the molecular level.

The ABOPM Lipidomics Department positions clinicians at the center of this transformation - equipping them with the scientific literacy, clinical frameworks, and board-certified credentials to lead lipidomic medicine in any specialty.

40K+
Lipid structures cataloged by LIPID MAPS
1 in 5
People worldwide have elevated Lp(a)
8
Major lipid categories studied
Explore Blog Topics → Read clinical insights, case studies & lipidomics updates on our blog
Lipidomics Department · ABOPM

Meet Our Leadership

— Director of Lipidomics —

Akash Patel, MD
Director
Lipidomics
Director of Lipidomics

Akash Patel, MD

Cardiology Fellow · University of Chicago · Preventive Cardiology & Lipid Disorders
Preventive cardiologist translating lipid and lipoprotein biomarkers into evidence-based clinical decisions.

Dr. Patel is a cardiology fellow at the University of Chicago, completing a dedicated lipid fellowship under Dr. Michael Davidson. His clinical focus is preventive cardiology and the management of complex and inherited lipid disorders. He earned his MD and MBA from Northwestern University.

Outside clinical practice, he previously served as Chief Business Officer at Tell Health and consults for digital health and genomics companies. As Director of Lipidomics at ABOPM, he focuses on translating lipid and lipoprotein biomarkers into evidence-based clinical decisions.

MD
Northwestern Univ.
MBA
Northwestern Univ.
Lipid
Fellowship · UChicago
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Faculty Members

Our faculty roster is growing — announcements coming soon.

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Faculty position open

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Genomics Department · ABOPM

Shaping the Future
of Precision Medicine

As precision medicine continues to evolve, genomics will play an increasingly central role in redefining how disease is understood, predicted, and treated at the molecular level.

The Genomics Department at ABOPM remains committed to advancing this field through scientific leadership, clinical innovation, and collaborative discovery. Together with our global community of physicians and researchers, we are helping shape the future of next-generation healthcare.

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