Genova Metabolomix+ Test
$395.00
The Genova Metabolomix+ Test is a comprehensive nutritional and metabolic assessment that combines organic acids, amino acids, nutrient and toxic elements, mitochondrial markers, methylation-related metabolites, digestive and dysbiosis markers, and direct measurements of oxidative cellular damage.
Unlike a standard organic acids test, Metabolomix+ evaluates multiple interconnected pathways that may contribute to fatigue, brain fog, mood or cognitive symptoms, poor stress tolerance, inflammation, impaired detoxification, digestive imbalance, mitochondrial dysfunction, and poor response to supplements.
The panel also includes 8-OHdG and urinary lipid peroxides, providing direct evidence of oxidative damage to DNA and cell-membrane lipids.
Genova Diagnostics Metabolomix+ — Test #3200.
Description
Metabolomix+ is a broad nutritional and metabolic assessment designed to show how nutrients are being used across cellular energy, methylation, detoxification, amino-acid metabolism, gut metabolism, and antioxidant pathways.
Rather than looking at one vitamin, one mineral, or one metabolic pathway at a time, this test brings together organic acids, amino acids, nutrient and toxic elements, functional nutrient markers, and direct measurements of oxidative damage.
The goal is to identify which biochemical pathways appear most stressed and which nutritional or metabolic interventions deserve priority rather than relying on generalized supplementation.
Genova Diagnostics Metabolomix+ — Test #3200
Mitochondria & Organic Acids
Evaluates Krebs-cycle metabolites, fatty-acid metabolism, cellular energy pathways, and nutrient cofactors involved in ATP production.
Functional Nutrient Needs
Assesses metabolic evidence related to B vitamins, minerals, antioxidants, and other cofactors required for normal biochemical function.
8-OHdG + Lipid Peroxides
Measures oxidative injury to DNA and cell-membrane lipids rather than simply estimating antioxidant need.
One-Carbon Pathways
Evaluates functional metabolites involving folate, B12, glycine, serine, choline-related pathways, and methylation demand.
Dysbiosis & Malabsorption
Looks for organic-acid patterns associated with bacterial imbalance, yeast-related metabolism, protein digestion, and impaired nutrient absorption.
Nutrient + Toxic Elements
Adds mineral and toxic-element information that may help explain oxidative, mitochondrial, or detoxification stress.
What Does the Genova Metabolomix+ Test Evaluate?
The Genova Metabolomix+ Test combines several functional testing categories into one broad metabolic assessment.
- Organic acids and Krebs-cycle metabolites
- Cellular energy and mitochondrial pathways
- Functional B-vitamin needs
- Amino acids and amino-acid metabolism
- Methylation-related pathways
- Neurotransmitter metabolites
- Digestive and dysbiosis-related markers
- Oxalate metabolism
- Glutathione and detoxification pathways
- Nutrient minerals
- Toxic elements
- 8-OHdG oxidative DNA damage
- Urinary lipid peroxides
The report organizes findings into functional categories such as mitochondrial dysfunction, oxidative stress, methylation imbalance, toxic exposure, and nutritional support needs.
Why Metabolomix+ Goes Beyond a Standard Organic Acids Test
Organic Acids Test
Primarily evaluates metabolic byproducts related to mitochondrial function, nutrient cofactors, neurotransmitter metabolism, and gut microbial activity.
Metabolomix+
Adds amino acids, nutrient and toxic elements, broader nutritional assessment, methylation-related markers, 8-OHdG, and lipid peroxides to the organic-acids information.
Why this matters: If symptoms involve several systems, it may not be enough to know that one organic acid is abnormal. Metabolomix+ helps determine whether mitochondrial dysfunction, nutrient insufficiency, oxidative injury, dysbiosis, toxic burden, or methylation stress are occurring together.
Metabolomix+ Organic Acids and Mitochondrial Function
A major part of the Metabolomix+ organic acids test evaluates how efficiently carbohydrates, fats, and proteins are being converted into cellular energy.
Glucose & Pyruvate
Looks at metabolic pathways involving glucose-derived energy, lactate, pyruvate, and the transition into mitochondrial metabolism.
Cellular Energy
Evaluates organic acids associated with the citric-acid cycle and the production of reducing equivalents used for ATP generation.
Fatty-Acid Oxidation
Provides information about how effectively fatty acids are being transported and used for mitochondrial energy production.
These pathways depend on multiple nutrients, including magnesium, B vitamins, lipoic acid, carnitine, CoQ10, iron, and antioxidant systems.
Abnormal metabolite patterns may suggest that one or more cofactors or metabolic pathways deserve closer attention.
Metabolomix+ and ATP Energy Production
Mitochondria convert food into ATP, the primary energy currency used by cells.
ATP production depends on a coordinated sequence of biochemical steps beginning with carbohydrate, fat, and amino-acid metabolism and progressing through the Krebs cycle and mitochondrial electron transport chain.
Metabolomix+ examines metabolites located throughout these pathways, which can help identify where energy production may be under strain.
Energy Symptoms
- Persistent fatigue
- Poor exercise tolerance
- Muscle weakness
- Slow recovery
- Brain fog
- Reduced stress tolerance
Pathway Information
The test can help identify whether low cellular energy may be associated with impaired fuel metabolism, nutrient cofactor need, oxidative stress, or mitochondrial pathway abnormalities.
Metabolomix+ does not directly measure ATP production or mitochondrial respiration. It evaluates metabolic intermediates and nutrient-dependent pathways that can provide evidence of where mitochondrial energy metabolism may be under stress.
Functional Nutrient Testing With Metabolomix+
Routine blood testing usually measures how much of a nutrient is circulating in the bloodstream.
Metabolomix+ asks a different question:
Are nutrient-dependent biochemical pathways functioning adequately?
Functional markers may provide information related to increased need for:
Energy & Enzymes
B1, B2, B3, B5, B6, biotin, folate, and B12-related pathways are evaluated through metabolic intermediates.
Metabolic Cofactors
Mineral status can influence ATP production, antioxidant function, enzyme activity, and cellular signaling.
Cellular Protection
Markers help identify whether antioxidant demand may be increased and whether glutathione-related support deserves attention.
This can be especially useful when symptoms suggest nutrient insufficiency even though routine blood levels appear acceptable.
Metabolomix+ Amino Acid Analysis
Amino acids are required for neurotransmitters, muscle, enzymes, methylation, detoxification, antioxidant defense, and tissue repair.
The amino-acid portion of Metabolomix+ can help evaluate:
- Essential amino acids
- Nonessential amino acids
- Branched-chain amino-acid metabolism
- Glycine and serine pathways
- Urea-cycle metabolism
- Protein digestion and utilization
- Intermediary amino-acid metabolites
This can help identify patterns related to dietary protein intake, digestion, absorption, and metabolic utilization.
Metabolomix+ and Methylation
Metabolomix+ evaluates several biochemical pathways that intersect with methylation and one-carbon metabolism.
What It Evaluates
- Folate-related metabolism
- Vitamin B12-dependent metabolism
- Glycine and serine
- Choline-related pathways
- Amino-acid metabolism
What It Does Not Replace
Metabolomix+ does not directly measure SAM and SAH. When the primary question is methylation capacity, a dedicated methylation panel remains more direct.
This functional methylation information can be useful when evaluating:
- Elevated homocysteine
- Low methionine
- MTHFR-related questions
- Questions about folate or B12 requirements
- Poor response to methylation supplements
- Suspected acquired undermethylation
Metabolomix+ and the Five Epigenetic Drivers of Undermethylation
The breadth of the Genova Metabolomix+ Test makes it particularly useful when investigating acquired or epigenetic factors that may contribute to undermethylation.
Mitochondrial Stress
Krebs-cycle, fatty-acid, and energy-metabolism markers can help identify impaired mitochondrial pathways.
Toxic Burden
Toxic-element testing and detoxification markers can identify environmental or biochemical stressors.
Oxidative Stress
8-OHdG and lipid peroxides show whether DNA and membranes are experiencing measurable oxidative damage.
Increased Methylation Demand
Amino-acid and nutrient pathways can help identify biochemical processes that may be increasing methyl-group demand.
Digestive and Metabolic Contributors
Dysbiosis, malabsorption, nutrient insufficiency, and metabolic stress can all affect the larger methylation picture.
Metabolomix+ Includes 8-OHdG and Lipid Peroxides
One of the major advantages of the Metabolomix+ oxidative stress assessment is that it includes two direct markers of oxidative cellular damage.
8-OHdG
8-Hydroxy-2′-deoxyguanosine reflects oxidative injury to DNA.
An elevated result suggests that free-radical activity is producing measurable oxidative DNA damage.
Lipid Peroxides
Urinary lipid peroxides reflect oxidative damage to fats and cellular membranes.
This may be relevant to mitochondrial membranes, nervous-system tissue, cardiovascular structures, and general cellular integrity.
Important advantage: Metabolomix+ does not simply identify metabolic patterns that might create oxidative stress. It also measures whether oxidative damage to DNA and cellular lipids is actually occurring.
Metabolomix+ vs Genova Oxidative Stress 2.0
Oxidative Stress 2.0
Measures 8-OHdG and lipid peroxides.
Best when the main clinical question is whether measurable oxidative injury is present.
Metabolomix+
Includes those same oxidative markers but also evaluates why oxidative stress may be occurring by assessing mitochondria, nutrients, amino acids, gut metabolites, methylation, and toxic elements.
Metabolomix+ Neurotransmitter Metabolites
Metabolomix+ includes downstream urinary metabolites associated with several neurotransmitter pathways.
Indole Pathways
Provides information about downstream serotonin-related metabolism.
Dopamine & Norepinephrine
Evaluates metabolites associated with catecholamine synthesis and breakdown.
Tryptophan Metabolism
Provides information about tryptophan metabolism through pathways that may intersect with inflammation and B-vitamin status.
These urinary markers do not directly measure neurotransmitter concentrations in the brain, but they can provide information about metabolic pathways involved in neurotransmitter production and breakdown.
Metabolomix+ for Mood, Brain Fog and Cognitive Symptoms
Brain function depends on adequate energy production, amino acids, B vitamins, minerals, antioxidant defenses, and efficient neurotransmitter metabolism.
When It May Be Useful
- Brain fog
- Poor concentration
- Mood instability
- Anxiety
- Sleep disturbance
- Reduced stress tolerance
- Cognitive concerns
What the Test Adds
It can identify nutritional, mitochondrial, oxidative, digestive, or metabolic abnormalities that may be contributing to the broader clinical picture.
Metabolomix+ does not diagnose a psychiatric or neurologic condition. Its value is in identifying potentially modifiable biochemical factors that may be relevant to symptoms.
Metabolomix+ Digestive and Dysbiosis Markers
The organic-acids portion includes metabolites associated with:
- Bacterial dysbiosis
- Yeast-related metabolism
- Malabsorption
- Protein digestion
- Gut microbial metabolism
This is useful because gastrointestinal dysfunction can influence nutrient absorption, immune activity, inflammation, neurotransmitter metabolism, and methylation.
Metabolomix+ is not a comprehensive stool analysis. If detailed information about intestinal organisms, inflammation, pancreatic function, or digestion is needed, stool testing may still be appropriate.
Metabolomix+ and Oxalate Metabolism
The Metabolomix+ organic acids profile includes oxalate-related markers that may provide information about glyoxylate and oxalate metabolism.
Oxalate metabolism can be relevant to:
- Kidney stone risk
- Dietary oxalate exposure
- Vitamin B6-dependent metabolism
- Gut dysfunction
- Oxidative stress
- Metabolic abnormalities affecting glyoxylate pathways
When oxalate markers are abnormal, diet, gut health, nutrient status, and other metabolic contributors can be reviewed more closely.
Metabolomix+ Nutrient and Toxic Element Assessment
Nutrient Minerals
Provides information about mineral status that can be interpreted alongside organic acids, amino acids, and functional nutrient requirements.
Toxic Elements
Provides information about selected toxic-element exposures that may contribute to mitochondrial dysfunction, oxidative stress, and enzyme interference.
Integrating mineral and toxic-element findings with metabolic pathways can provide more useful context than evaluating exposure or nutrient status in isolation.
Metabolomix+ for Fatigue and Poor Exercise Recovery
The Metabolomix+ Test for fatigue is especially useful when low energy may involve more than one biochemical factor.
Energy Production
Evaluates Krebs-cycle and fuel-utilization pathways.
Cofactor Needs
Looks for functional evidence that nutrient-dependent pathways are under-supported.
Cellular Damage
Determines whether oxidative DNA or membrane damage accompanies the metabolic abnormalities.
This can help distinguish whether poor energy may be associated with impaired mitochondrial metabolism, nutrient need, oxidative damage, poor nutrient absorption, toxic burden, or several interacting factors.
Who May Benefit From the Genova Metabolomix+ Test?
Fatigue & Recovery
- Persistent fatigue
- Poor exercise tolerance
- Slow recovery
- Muscle weakness
Cognitive Symptoms
- Brain fog
- Poor concentration
- Mood concerns
- Sleep disturbance
Complex Deficiencies
- Poor supplement response
- Restricted diets
- Suspected malabsorption
- Multiple nutrient concerns
Digestive Dysfunction
- Suspected dysbiosis
- Malabsorption
- Food-related symptoms
- Gut/metabolic concerns
Oxidative Burden
- Chronic inflammation
- Oxidative stress
- Poor stress tolerance
- Slow recovery
Environmental Exposure
- Toxic-element concerns
- Impaired detoxification
- Mitochondrial stress
- Unexplained multisystem symptoms
What Can the Metabolomix+ Test Help Answer?
- Is mitochondrial energy metabolism under stress?
- Which nutrients appear functionally insufficient?
- Are B-vitamin-dependent pathways functioning efficiently?
- Are amino-acid abnormalities present?
- Is there evidence of dysbiosis or malabsorption?
- Are methylation-related pathways under increased stress?
- Is oxidative DNA damage present?
- Is lipid peroxidation present?
- Are toxic elements adding to metabolic burden?
- Which nutritional or metabolic interventions deserve priority?
How Metabolomix+ Can Help Prioritize Treatment
The goal is not to identify the largest possible list of supplements. The goal is to identify which biochemical pathways appear most stressed so treatment can be prioritized.
Targeted Repletion
B vitamins, magnesium, minerals, and other cofactors can be prioritized when findings support need.
Energy Support
Pathway-specific findings can help guide mitochondrial and metabolic support.
Cellular Protection
8-OHdG and lipid peroxide findings can help determine how strongly antioxidant support should be emphasized.
Protein Metabolism
Targeted amino-acid support may be considered when metabolic patterns indicate need.
Digestive Support
Dietary, digestive, or dysbiosis strategies may be appropriate when gastrointestinal metabolites are abnormal.
Reduce Upstream Burden
Toxic-element and oxidative-stress findings can help determine whether environmental or detoxification issues deserve greater priority.
Before Your Genova Metabolomix+ Collection
Genova Diagnostics Metabolomix+ — Test #3200
- At-home specimen collection
- Core testing uses urine specimens
- Follow the Genova kit instructions carefully
- Collection is generally performed after an overnight fast
- Water is allowed unless otherwise directed
- Maintain a reasonably typical diet before testing
- Avoid unusually strenuous exercise before collection
- Avoid deliberately over-consuming one particular food immediately before testing
- Recent seafood intake can influence some toxic-element results
- Excessive water intake can dilute urinary findings
- Review medications and supplements before collection
- Do not discontinue prescription medication unless instructed by the prescribing clinician
How the Genova Metabolomix+ Test Works
Receive Your Kit
Genova collection materials and instructions are sent for at-home testing.
Collect Your Samples
Complete the required collection according to the instructions supplied with the kit.
Laboratory Analysis
Genova analyzes metabolic pathways involving nutrients, mitochondria, amino acids, oxidative stress, and related functions.
Prioritize Findings
Results can help identify which nutritional and metabolic abnormalities deserve the most attention.
Frequently Asked Questions About Metabolomix+
How is Metabolomix+ different from a standard Organic Acids Test?
Metabolomix+ includes organic acids but expands the assessment to amino acids, nutrient and toxic elements, methylation-related markers, functional nutrient needs, and direct oxidative-damage markers.
Does Metabolomix+ measure mitochondrial function?
It measures metabolic intermediates involved in mitochondrial energy pathways. It does not directly measure mitochondrial respiration or ATP production.
Does Metabolomix+ include 8-OHdG?
Yes. 8-OHdG is included as a marker of oxidative DNA damage.
Does Metabolomix+ include lipid peroxides?
Yes. Urinary lipid peroxides provide information about oxidative damage to cellular and mitochondrial membrane lipids.
Does Metabolomix+ measure methylation?
It evaluates several functional pathways related to methylation, but it does not directly measure SAM and SAH. A dedicated methylation panel is more appropriate when direct methylation capacity is the primary question.
Can Metabolomix+ identify vitamin deficiencies?
It uses functional metabolic markers to identify patterns that may suggest increased nutrient need. These findings provide different information from simply measuring circulating vitamin concentrations.
Does Metabolomix+ evaluate gut health?
It includes urinary metabolites associated with bacterial and yeast-related dysbiosis, malabsorption, and protein digestion. It does not replace a comprehensive stool analysis when detailed assessment of intestinal inflammation, digestion, or specific organisms is required.
Is Metabolomix+ useful for fatigue?
It can be especially useful when fatigue may involve several factors such as mitochondrial dysfunction, B-vitamin needs, amino-acid imbalance, oxidative stress, dysbiosis, or toxic burden.
Is Metabolomix+ better than Genova Oxidative Stress 2.0?
They answer different questions. Oxidative Stress 2.0 is focused on whether oxidative DNA and lipid damage are present. Metabolomix+ includes those oxidative markers while also investigating mitochondrial, nutritional, amino-acid, digestive, methylation, and toxic factors that may be contributing.
Can Metabolomix+ help reduce unnecessary supplementation?
That is one of its most practical uses. The report can help identify which biochemical pathways appear to need the most support rather than relying on broad, generalized supplementation.