Quantitative, or targeted metabolomics focuses on the precise quantification of a predefined set of metabolites, often selected based on their relevance to specific biological questions or diseases. This approach uses stable isotope-labeled standards or structurally similar internal standards to achieve high sensitivity, accuracy, and reproducibility. It is particularly valuable for validating biomarkers, monitoring therapeutic responses, or studying specific metabolic pathways.
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Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
The FOCUS Targeted Metabolomics platform provides flexible, high-quality analysis of selected metabolites and lipids tailored to specific research needs. It offers fit-for-purpose quantification, ranging from clinical-grade absolute quantification using isotope-labeled standards to semi-quantitative and relative measurements for comparative studies.
The Microbial Metabolite Assay offers comprehensive analysis of the microbial metabolome, targeting the metaboloic traces of host-microbiome interactions. This assay supports research in microbiology, environmental science, bioproduction, and more.
Analyzes key metabolites in glycolysis, TCA cycle, and pentose phosphate pathway through targeted methods, delivering exact concentrations to support metabolic research.
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
Profiles amino acids and urea cycle intermediates using quantitative targeting, supporting studies in metabolic disorders with precise metabolite levels.
Accurately measures antiviral drug levels through targeted quantification, supporting drug efficacy research and treatment monitoring with precise data.
Quantifies electrolytes through targeted quantification, aiding health monitoring with exact ion concentrations.
The Oxylipins Metabolomics Service at the Metabolomics Innovation Centre specializes in the analysis of oxylipins—bioactive lipid mediators derived from the oxidation of fatty acids. This service provides comprehensive profiling of these metabolites, utilizing advanced techniques like mass spectrometry.
Untargeted profiling and characterization by UHPLC-HRMS (QTOF MS) of the entire set of endogenous metabolites and chemical exposures for teeth, bone, urine, hair surface, and hair strand.
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Analysis of endogenous and exogenous analytes in biofluids to understand
how exposures from environment, diet,
lifestyle impact health
Measures non-volatile substances using targeted GC-MS, aiding metabolic studies with exact data.
Measures volatile compounds using targeted GC-MS, supporting flavor profiling and diagnostics with exact concentrations
Measures compounds like glutathione using precise targeted UPLC-UV, aiding oxidative stress research with accurate levels.
Offers detailed profiling of bile acids and their metabolites via targeted quantification, aiding liver function and digestive health research with exact concentration data.
Quantifies intermediates in bile acid biosynthesis through precise targeting, supporting studies into liver function and metabolic disorders with accurate measurements.
Quantifies antibiotic concentrations using targeted analysis, aiding pharmacokinetic studies and environmental monitoring with exact compound levels.
Analyzes amino acids and sugars using precise targeted methods, supporting metabolic research with accurate data.
Fully-quantitative analysis of 17 mycotoxins in biofluids by Liquid Chromatography- High Resolution Mass Spectrometry. Also available: semi-quantitative analysis of 200+ primary mycotoxin metabolites.
Accurately measures vitamins A, D, and E through targeted quantification, aiding research on nutritional status and deficiencies by providing precise vitamin levels.
Precisely quantifies essential B-vitamins and vitamin C using targeted UPLC-MRM/MS, supporting studies on vitamin deficiencies and health outcomes
Accurately quantifies 28 different hormones like cortisol and testosterone using targeted UPLC-MRM/MS, aiding endocrine research with precise hormone concentrations
Accurately quantifies 18 different steroid hormones using targeted UPLC-MRM/MS.
Analyzes metabolites in purine and pyrimidine pathways using quantitative, targeted techniques, aiding genetic disorder and metabolic disease research with exact data.
Measures biosynthesis metabolites through targeted analysis, supporting nucleotide metabolism studies with precise concentration data.
Identifies drug metabolites through quantitative analysis, aiding drug development with precise identification of metabolic products.
Employs ICP-MS for quantitative analysis of metals and minerals, aiding research in nutrition, toxicology, and environmental health with accurate elemental concentrations.
This service analyzes how your body processes carbon-based molecules, which are vital for energy production and various bodily functions. By examining these processes, it provides insights into your metabolism and identifies potential issues or imbalances. In essence, it helps you understand how your body utilizes carbon in its metabolic pathways—knowledge that’s crucial for managing health and preventing disease.
Focuses on medium to long-chain fatty acids and carnitines, providing targeted, quantitative data to support metabolic health studies with exact concentrations.
Evaluates cytochrome P450 activity using targeted techniques, supporting drug metabolism research with exact enzyme activity data.
Analysis of total nicotine equivalent, nicotine metabolic ratio, thiocyanate
Examines metabolic fluxes using quantitative analysis of ^13C-labeled substrates, providing precise insights into cellular pathways
Assesses nutritional content using quantitative UPLC-MRM/MS, aiding dietary evaluation with exact nutrient concentrations.
Measures minerals in food using targeted techniques, supporting nutritional analysis with precise data.vels for advanced metabolic research.
Provides analysis of sphingolipids through quantitative targeting, supporting neurodegenerative disease research with exact metabolite measurements
Focuses on medium to long-chain fatty acids and carnitines, providing targeted, quantitative data to support metabolic health studies with exact concentrations.
Measures plant hormones through targeted quantification, supporting plant physiology studies with exact hormone levels
Quantifies polyphenols using precise targeted LC-MS, supporting nutrition research with accurate levels.
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
Analyzes key metabolites in the folate, methionine, and transsulfuration pathways using quantitative, targeted techniques, supporting nutrient metabolism studies with exact data
Measures vitamin co-factor metabolites using targeted methods, aiding nutrient deficiency research with precise concentration data.
Utilizes quantitative NMR spectroscopy to characterize metabolites, aiding metabolic profiling with precise data.
Catecholamines Assay provides accurate measurement of key catecholamines—such as dopamine, norepinephrine, and epinephrine—in biological samples.
Utilizes quantitative NMR spectroscopy to characterize metabolites, aiding metabolic profiling with precise data.
Examines metabolites in cholesterol and isoprenoid biosynthesis via quantitative methods, contributing to lipid metabolism research with exact measurements.
Measures free metanephrines through targeted quantification, aiding adrenal gland disorder diagnosis with precise concentrations.
Measures pigments using precise targeted UPLC-UV, supporting antioxidant research with accurate levels
Measures nucleotides using targeted UPLC-UV, supporting cellular function studies with exact concentrations.
Quantifies sugars like glucose using precise targeted analysis, aiding carbohydrate metabolism research with accurate concentrations
Precisely measures uracil levels through quantitative targeting, supporting research in metabolic disorders with accurate quantifications.
Quantifies toxins due to kidney impairment using targeted methods, supporting renal health monitoring with exact concentrations.
Profiles organic acids using quantitative targeting, aiding metabolic disease research with precise data.
Accurately quantifies hydroxychloroquine and azithromycin levels using targeted methods, supporting drug monitoring with exact data.
Utilizes advanced mass spectrometry for quantitative analysis of key metabolites, supporting studies in disease mechanisms and drug development with exact concentration measurements.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
metallomics assay
Employs ICP-MS for quantitative analysis of metals and minerals, aiding research in nutrition, toxicology, and environmental health with accurate elemental concentrations.
food composition assay
Assesses nutritional content using quantitative UPLC-MRM/MS, aiding dietary evaluation with exact nutrient concentrations.
food composition assay - Minerals
Measures minerals in food using targeted techniques, supporting nutritional analysis with precise data.vels for advanced metabolic research.
Plant Phytohormones assay
Measures plant hormones through targeted quantification, supporting plant physiology studies with exact hormone levels
polyphenols (LC-MS)
Quantifies polyphenols using precise targeted LC-MS, supporting nutrition research with accurate levels.
TMIC plant metabolome assay
Focuses on medium to long-chain fatty acids and carnitines, providing targeted, quantitative data to support metabolic health studies with exact concentrations.
NMR Analysis
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
anthocyanins & chlorophyll assay
Measures pigments using precise targeted UPLC-UV, supporting antioxidant research with accurate levels
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Central Carbon Metabolism
Analyzes key metabolites in glycolysis, TCA cycle, and pentose phosphate pathway through targeted methods, delivering exact concentrations to support metabolic research.
exposomics for complex biosamples
Untargeted profiling and characterization by UHPLC-HRMS (QTOF MS) of the entire set of endogenous metabolites and chemical exposures for teeth, bone, urine, hair surface, and hair strand.
polar metabolities
Analyzes amino acids and sugars using precise targeted methods, supporting metabolic research with accurate data.
mycotoxins
Fully-quantitative analysis of 17 mycotoxins in biofluids by Liquid Chromatography- High Resolution Mass Spectrometry. Also available: semi-quantitative analysis of 200+ primary mycotoxin metabolites.
1-carbon metabolism
This service analyzes how your body processes carbon-based molecules, which are vital for energy production and various bodily functions. By examining these processes, it provides insights into your metabolism and identifies potential issues or imbalances. In essence, it helps you understand how your body utilizes carbon in its metabolic pathways—knowledge that’s crucial for managing health and preventing disease.
tabacco smoke exposure
Analysis of total nicotine equivalent, nicotine metabolic ratio, thiocyanate
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Central Carbon Metabolism
Analyzes key metabolites in glycolysis, TCA cycle, and pentose phosphate pathway through targeted methods, delivering exact concentrations to support metabolic research.
Amino Acid and Urea Cycle
Profiles amino acids and urea cycle intermediates using quantitative targeting, supporting studies in metabolic disorders with precise metabolite levels.
Major Electrolytes / (In)Organic Ions
Quantifies electrolytes through targeted quantification, aiding health monitoring with exact ion concentrations.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
bile acid analysis - synthesis & Metabolism pathway
Offers detailed profiling of bile acids and their metabolites via targeted quantification, aiding liver function and digestive health research with exact concentration data.
bile acid precursors analysis
Quantifies intermediates in bile acid biosynthesis through precise targeting, supporting studies into liver function and metabolic disorders with accurate measurements.
mycotoxins
Fully-quantitative analysis of 17 mycotoxins in biofluids by Liquid Chromatography- High Resolution Mass Spectrometry. Also available: semi-quantitative analysis of 200+ primary mycotoxin metabolites.
fat-soluble vitamins assay
Accurately measures vitamins A, D, and E through targeted quantification, aiding research on nutritional status and deficiencies by providing precise vitamin levels.
water-soluble vitamins assay
Precisely quantifies essential B-vitamins and vitamin C using targeted UPLC-MRM/MS, supporting studies on vitamin deficiencies and health outcomes
purine / pyrimidine Metabolism & Salvage Pathway
Analyzes metabolites in purine and pyrimidine pathways using quantitative, targeted techniques, aiding genetic disorder and metabolic disease research with exact data.
Purine / Pyrimidine synthesis pathway
Measures biosynthesis metabolites through targeted analysis, supporting nucleotide metabolism studies with precise concentration data.
metallomics assay
Employs ICP-MS for quantitative analysis of metals and minerals, aiding research in nutrition, toxicology, and environmental health with accurate elemental concentrations.
1-carbon metabolism
This service analyzes how your body processes carbon-based molecules, which are vital for energy production and various bodily functions. By examining these processes, it provides insights into your metabolism and identifies potential issues or imbalances. In essence, it helps you understand how your body utilizes carbon in its metabolic pathways—knowledge that’s crucial for managing health and preventing disease.
food composition assay
Assesses nutritional content using quantitative UPLC-MRM/MS, aiding dietary evaluation with exact nutrient concentrations.
food composition assay - Minerals
Measures minerals in food using targeted techniques, supporting nutritional analysis with precise data.vels for advanced metabolic research.
Plant Phytohormones assay
Measures plant hormones through targeted quantification, supporting plant physiology studies with exact hormone levels
polyphenols (LC-MS)
Quantifies polyphenols using precise targeted LC-MS, supporting nutrition research with accurate levels.
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
TMIC plant metabolome assay
Focuses on medium to long-chain fatty acids and carnitines, providing targeted, quantitative data to support metabolic health studies with exact concentrations.
folate associated pathway
Analyzes key metabolites in the folate, methionine, and transsulfuration pathways using quantitative, targeted techniques, supporting nutrient metabolism studies with exact data
Examines metabolites in cholesterol and isoprenoid biosynthesis via quantitative methods, contributing to lipid metabolism research with exact measurements.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Central Carbon Metabolism
Analyzes key metabolites in glycolysis, TCA cycle, and pentose phosphate pathway through targeted methods, delivering exact concentrations to support metabolic research.
Antiviral Assay
Accurately measures antiviral drug levels through targeted quantification, supporting drug efficacy research and treatment monitoring with precise data.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
antibiotics analysis
Quantifies antibiotic concentrations using targeted analysis, aiding pharmacokinetic studies and environmental monitoring with exact compound levels.
polar metabolities
Analyzes amino acids and sugars using precise targeted methods, supporting metabolic research with accurate data.
mycotoxins
Fully-quantitative analysis of 17 mycotoxins in biofluids by Liquid Chromatography- High Resolution Mass Spectrometry. Also available: semi-quantitative analysis of 200+ primary mycotoxin metabolites.
Drug MetID
Identifies drug metabolites through quantitative analysis, aiding drug development with precise identification of metabolic products.
cYP cocktail
Evaluates cytochrome P450 activity using targeted techniques, supporting drug metabolism research with exact enzyme activity data.
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Amino Acid and Urea Cycle
Profiles amino acids and urea cycle intermediates using quantitative targeting, supporting studies in metabolic disorders with precise metabolite levels.
Major Electrolytes / (In)Organic Ions
Quantifies electrolytes through targeted quantification, aiding health monitoring with exact ion concentrations.
oxylipins
The Oxylipins Metabolomics Service at the Metabolomics Innovation Centre specializes in the analysis of oxylipins—bioactive lipid mediators derived from the oxidation of fatty acids. This service provides comprehensive profiling of these metabolites, utilizing advanced techniques like mass spectrometry.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
sphingolipids synthesis metabolsim
Provides analysis of sphingolipids through quantitative targeting, supporting neurodegenerative disease research with exact metabolite measurements
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Central Carbon Metabolism
Analyzes key metabolites in glycolysis, TCA cycle, and pentose phosphate pathway through targeted methods, delivering exact concentrations to support metabolic research.
Amino Acid and Urea Cycle
Profiles amino acids and urea cycle intermediates using quantitative targeting, supporting studies in metabolic disorders with precise metabolite levels.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
bile acid analysis - synthesis & Metabolism pathway
Offers detailed profiling of bile acids and their metabolites via targeted quantification, aiding liver function and digestive health research with exact concentration data.
bile acid precursors analysis
Quantifies intermediates in bile acid biosynthesis through precise targeting, supporting studies into liver function and metabolic disorders with accurate measurements.
polar metabolities
Analyzes amino acids and sugars using precise targeted methods, supporting metabolic research with accurate data.
purine / pyrimidine Metabolism & Salvage Pathway
Analyzes metabolites in purine and pyrimidine pathways using quantitative, targeted techniques, aiding genetic disorder and metabolic disease research with exact data.
Purine / Pyrimidine synthesis pathway
Measures biosynthesis metabolites through targeted analysis, supporting nucleotide metabolism studies with precise concentration data.
Drug MetID
Identifies drug metabolites through quantitative analysis, aiding drug development with precise identification of metabolic products.
1-carbon metabolism
This service analyzes how your body processes carbon-based molecules, which are vital for energy production and various bodily functions. By examining these processes, it provides insights into your metabolism and identifies potential issues or imbalances. In essence, it helps you understand how your body utilizes carbon in its metabolic pathways—knowledge that’s crucial for managing health and preventing disease.
cYP cocktail
Evaluates cytochrome P450 activity using targeted techniques, supporting drug metabolism research with exact enzyme activity data.
sphingolipids synthesis metabolsim
Provides analysis of sphingolipids through quantitative targeting, supporting neurodegenerative disease research with exact metabolite measurements
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
folate associated pathway
Analyzes key metabolites in the folate, methionine, and transsulfuration pathways using quantitative, targeted techniques, supporting nutrient metabolism studies with exact data
nucleotides / nucleosides assay
Measures nucleotides using targeted UPLC-UV, supporting cellular function studies with exact concentrations.
plasma free metanephrines assay
Measures free metanephrines through targeted quantification, aiding adrenal gland disorder diagnosis with precise concentrations.
Measures pigments using precise targeted UPLC-UV, supporting antioxidant research with accurate levels
Examines metabolites in cholesterol and isoprenoid biosynthesis via quantitative methods, contributing to lipid metabolism research with exact measurements.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
Major Electrolytes / (In)Organic Ions
Quantifies electrolytes through targeted quantification, aiding health monitoring with exact ion concentrations.
oxylipins
The Oxylipins Metabolomics Service at the Metabolomics Innovation Centre specializes in the analysis of oxylipins—bioactive lipid mediators derived from the oxidation of fatty acids. This service provides comprehensive profiling of these metabolites, utilizing advanced techniques like mass spectrometry.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
bile acid analysis - synthesis & Metabolism pathway
Offers detailed profiling of bile acids and their metabolites via targeted quantification, aiding liver function and digestive health research with exact concentration data.
bile acid precursors analysis
Quantifies intermediates in bile acid biosynthesis through precise targeting, supporting studies into liver function and metabolic disorders with accurate measurements.
polar metabolities
Analyzes amino acids and sugars using precise targeted methods, supporting metabolic research with accurate data.
purine / pyrimidine Metabolism & Salvage Pathway
Analyzes metabolites in purine and pyrimidine pathways using quantitative, targeted techniques, aiding genetic disorder and metabolic disease research with exact data.
fat-soluble vitamins assay
Accurately measures vitamins A, D, and E through targeted quantification, aiding research on nutritional status and deficiencies by providing precise vitamin levels.
water-soluble vitamins assay
Precisely quantifies essential B-vitamins and vitamin C using targeted UPLC-MRM/MS, supporting studies on vitamin deficiencies and health outcomes
Purine / Pyrimidine synthesis pathway
Measures biosynthesis metabolites through targeted analysis, supporting nucleotide metabolism studies with precise concentration data.
Drug MetID
Identifies drug metabolites through quantitative analysis, aiding drug development with precise identification of metabolic products.
1-carbon metabolism
This service analyzes how your body processes carbon-based molecules, which are vital for energy production and various bodily functions. By examining these processes, it provides insights into your metabolism and identifies potential issues or imbalances. In essence, it helps you understand how your body utilizes carbon in its metabolic pathways—knowledge that’s crucial for managing health and preventing disease.
cYP cocktail
Evaluates cytochrome P450 activity using targeted techniques, supporting drug metabolism research with exact enzyme activity data.
sphingolipids synthesis metabolsim
Provides analysis of sphingolipids through quantitative targeting, supporting neurodegenerative disease research with exact metabolite measurements
Plant Phytohormones assay
Measures plant hormones through targeted quantification, supporting plant physiology studies with exact hormone levels
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
folate associated pathway
Analyzes key metabolites in the folate, methionine, and transsulfuration pathways using quantitative, targeted techniques, supporting nutrient metabolism studies with exact data
plasma free metanephrines assay
Measures free metanephrines through targeted quantification, aiding adrenal gland disorder diagnosis with precise concentrations.
Measures pigments using precise targeted UPLC-UV, supporting antioxidant research with accurate levels
Examines metabolites in cholesterol and isoprenoid biosynthesis via quantitative methods, contributing to lipid metabolism research with exact measurements.
TMIC MEGA
Offers comprehensive profiling of over 1,000 metabolites through quantitative, targeted analysis, providing exact concentrations to support research in disease mechanisms, biomarker discovery, and personalized medicine.
TMIC GIGA
Delivers extensive profiling of over 2,000 metabolites with quantitative targeting, offering precise compound levels for advanced metabolic research.
exposomics for complex biosamples
Untargeted profiling and characterization by UHPLC-HRMS (QTOF MS) of the entire set of endogenous metabolites and chemical exposures for teeth, bone, urine, hair surface, and hair strand.
TMIC PRIME
Provides detailed examination of 200 metabolites using precise targeted methods, ideal for biomarker discovery and biomedical applications requiring accurate metabolite concentrations
mycotoxins
Fully-quantitative analysis of 17 mycotoxins in biofluids by Liquid Chromatography- High Resolution Mass Spectrometry. Also available: semi-quantitative analysis of 200+ primary mycotoxin metabolites.
metallomics assay
Employs ICP-MS for quantitative analysis of metals and minerals, aiding research in nutrition, toxicology, and environmental health with accurate elemental concentrations.
steroid hormone analysis
Accurately quantifies hormones like cortisol and testosterone using targeted UPLC-MRM/MS, aiding endocrine research with precise hormone concentrations
tabacco smoke exposure
Analysis of total nicotine equivalent, nicotine metabolic ratio, thiocyanate
food composition assay
Assesses nutritional content using quantitative UPLC-MRM/MS, aiding dietary evaluation with exact nutrient concentrations.
food composition assay - Minerals
Measures minerals in food using targeted techniques, supporting nutritional analysis with precise data.vels for advanced metabolic research.
Plant Phytohormones assay
Measures plant hormones through targeted quantification, supporting plant physiology studies with exact hormone levels
polyphenols (LC-MS)
Quantifies polyphenols using precise targeted LC-MS, supporting nutrition research with accurate levels.
Targeted Lipidomics
Analyzes specific lipids using quantitative techniques, supporting lipid biomarker research with exact concentrations.
MS Imaging
Enables detailed mapping of distributions and concentrations of various molecules accross a range of samples, from tissues to environmental samples.
TMIC plant metabolome assay
Focuses on medium to long-chain fatty acids and carnitines, providing targeted, quantitative data to support metabolic health studies with exact concentrations.
Measures pigments using precise targeted UPLC-UV, supporting antioxidant research with accurate levels
Can't Decide?
Don’t know which service is best for your project? Contact TMIC today with your project description to learn which service is most suitable for your needs.
