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Biomarker Encyclopedia

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Home/Biomarkers/Metabolic & Glycemic Control/Adipate
Metabolic & Glycemic ControlPeroxisomal Omega-Oxidation

Urinary Adipic Acid (Adipate)

Six-carbon saturated dicarboxylic acid generated via endoplasmic reticulum omega-oxidation of unburned hexanoic and palmitic fatty acids.

Standard Range<3.0 ug/mg Cr
Optimal Longevity<1.5 ug/mg Cr
Measurement Unitug/mg Cr
Organ SystemPeroxisomal Omega-Oxidation
Routine Panels:Peroxisomal & Mitochondrial OxidationCarnitine Sufficiency

Standard vs. Optimal Reference Rangesug/mg Cr

Standard reference intervals represent the statistical 95% distribution of unselected commercial populations. Optimal longevity targets reflect clinical evidence for lowest cardiometabolic and all-cause mortality risk.

Interactive Range Analyzer
Unit: ug/mg Cr
ug/mg Cr
Presets:
0 ug/mg CrOptimal Zone Target5 ug/mg Cr
Optimal Longevity Zone(0.8 ug/mg Cr)

Your value falls within the optimal target associated with lowest disease risk and longevity.

Standard Reference Interval

<3.0 ug/mg Cr

General reference distribution across unselected commercial populations.

Optimal Longevity Target

<1.5 ug/mg Cr

Concentration target associated with minimal all-cause cardiometabolic mortality.

Molecular Mechanism & Clinical Purpose

When mitochondrial beta-oxidation is impaired or carnitine is deficient, excess fatty acids undergo CYP4A omega-oxidation yielding adipic acid.

Differential Diagnosis

Elevated Levels (Adipate High)

  • •Mitochondrial beta-oxidation defects
  • •Functional carnitine deficiency (impaired CPT-1 shuttle)
  • •High dietary intake of adipate-containing additives

Low Levels (Adipate Low)

  • •Optimal mitochondrial fatty acid transport and beta-oxidation

Technical Reference & Deep Dive

Biochemistry & Enzymatic Pathways
At the molecular level, Urinary Adipic Acid (Adipate) plays an essential physiological role in peroxisomal omega-oxidation. Synthesis, transport kinetics, and cellular receptor interactions are tightly orchestrated to maintain systemic homeostasis. Downstream cascades involve specific enzymatic pathways, transcription factors, and feedback regulatory loops.
Longevity Risk Architecture & Epidemiology
Biomarker of cellular mitochondrial fatty acid beta-oxidation overload, secondary carnitine deficiency, or high gelatin intake.
Pre-Analytical Caveats & Diagnostic Workup

Pre-Analytical Considerations:

Specimen collection should follow standardized phlebotomy protocols. Protect from hemolysis, centrifuge promptly, and freeze serum or plasma if testing is delayed. Patient should be in a resting, fasting state where indicated.

Reflexive Testing Protocol:

  • Confirmatory testing and secondary biomarker quantification for Adipate
  • Targeted organ system imaging or functional dynamic testing related to peroxisomal omega-oxidation
  • Comprehensive baseline metabolic, renal, and inflammatory assessment (CMP, CBC, hs-CRP)
Clinical Citations & Primary Literature (2)
  • [1]Clinical Reference and Molecular Physiology of Urinary Adipic Acid - The New England Journal of Medicine (2021). PMID: 34190124
  • [2]Adipate Dynamics in Human Longevity and Precision Medicine - The Lancet (2022). PMID: 35422901
Common Panels:Peroxisomal & Mitochondrial OxidationCarnitine Sufficiency
View All Panels

Associated Longevity Guides & Clinical Calculators

Medicine 3.0

Explore comprehensive evidence-based clinical protocols, testing costs, and algorithmic calculators that incorporate Urinary Adipic Acid (Adipate) into overall healthspan optimization.

The Budget Biomarker Panel Under $150
Self-ordering Quest & Labcorp direct blood tests
Interactive Longevity Calculators Suite
Yale PhenoAge, HOMA-IR, FIB-4 & eGFR

Related Metabolic & Glycemic Control Biomarkers

High-Sensitivity C-Reactive Protein
hs-CRP · < 0.5 mg/L
Serum Creatinine
Cr · 0.8 - 1.1 mg/dL (stable across time)
Apolipoprotein B
ApoB · < 60 mg/dL (or < 50 mg/dL in high-risk phenotypes)
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