Linearis Labs
World-Class Metabolomics.
Available as a Service.
Linearis Labs provides an AI-powered metabolomics platform to biopharma innovators, academic leaders, biobanks, clinical networks and AI-native biotech founders. Turn complex biology into disease signatures and AI-ready insights redefining how to prevent, detect, and treat disease.
Linearis Labs provides an AI-powered metabolomics platform to biopharma innovators, academic leaders, biobanks, clinical networks and AI-native biotech founders. Turn complex biology into disease signatures and AI-ready insights redefining how to prevent, detect, and treat disease.


Working with leaders in both AI and metabolomics to generate quantitative and actionable AI-friendly data.
Working with leaders in both AI and metabolomics to generate quantitative and actionable AI-friendly data.
Working with leaders in both AI and metabolomics to generate quantitative and actionable AI-friendly data.
Working with leaders in both AI and metabolomics to generate quantitative and actionable AI-friendly data.
GigaKit™ — Panel
of 1,780 Metabolites
Providing comprehensive metabolomics profiling services utilizing the GigaKit™. Unmatched targeted coverage with high-confidence quantification delivered as ready-to-use, structured datasets.
GigaView™ —
Interactive AI-Data
Brings large language models to your desktop to identify disease signatures, providing actionable insights on various metabolomics conditions to reveal underlying mechanisms of multiple diseases, their progression and improving effectiveness and response of therapeutic interventions.
Biobank and
Analysis Services
Biobank and
Analysis Services
Problems you might have:
Biological samples degrade
Freezers fail
Data is lost or never captured
Our Solutions:
We convert your biospecimens into high-confidence and reproducible quantitative data permanent, AI-ready representations of biological reality. Capture the dynamic physiological state in an immutable digital record.
Problems you might have:
Biological samples degrade
Freezers fail
Data is lost or never captured
Our Solutions:
We convert your biospecimens into high-confidence and reproducible quantitative data permanent, AI-ready representations of biological reality. Capture the dynamic physiological state in an immutable digital record.


Converting Samples to Signatures, and Data to Decisions
Converting Samples to Signatures, and Data to Decisions
By working directly from raw data and delivering fully AI-ready datasets, we generate quantitative metabolomic disease signatures designed for clinical translation, advanced analytics, and real-world impact.
We turn biological data into AI-ready disease signatures, laying the foundation for predictive, personalized, and data-driven medicine.
By working directly from raw data and delivering fully AI-ready datasets, we generate quantitative metabolomic disease signatures designed for clinical translation, advanced analytics, and real-world impact.
We turn biological data into AI-ready disease signatures, laying the foundation for predictive, personalized, and data-driven medicine.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Every disease has a metabolic signature.
We’re building the platform to find them and bring solutions to market.
Our complete platform includes a world-class team of researchers and operators from BioPharma, finance, and AI.
Our complete platform includes a world-class team of researchers and operators from BioPharma, finance, and AI.


1,780
1,780
1,780
1,780
1,780
Metabolites to unlock the full biological value of your samples
Metabolites to unlock the full biological value of your samples
30
30
30
30
30
Minute run time per sample to accelerate your next breakthrough discovery
Minute run time per sample to accelerate your next breakthrough discovery
39
39
39
39
39
Chemical families to go beyond measurement with GigaKit™ and GigaView™
Chemical families to go beyond measurement with GigaKit™ and GigaView™
Overview
Metabolites provide a window into the nature and phenotypes of most health conditions and help to better understand and identify various diseases and pathways.
Linearis Labs is expanding omics testing through an AI-powered metabolomics platform to accelerate discovery across oncology, diabetes, cardiology, neurology, and antimicrobial resistance, Our Research Use Only (RUO) services provide the high-level data quality and standardization essential for biomarker discovery, drug development, and multi-omics integration.
Linearis Labs offers comprehensive metabolomics profiling through a dual-path approach: GigaKit™ targeted analysis and untargeted LC-MS/MS. With the GigaKit™, we provide unmatched coverage of up to 1,780 metabolites, delivering the high-confidence quantification needed for a robust research foundation. While our untargeted services enable deeper biological exploration across the entire metabolome.To bridge the gap between measurement and insight, we deliver ready-to-use, structured outputs—including analytical quantification and interactive HTML reports —providing the AI-ready datasets required for the next generation of machine learning.
Linearis Labs performs data analysis with state-of-the-art machine learning algorithms.
Our GigaView™ AI software identifies disease signatures providing actionable insights on various metabolomics diseases to reveal underlying mechanisms of multiple diseases, their progression and improving effectiveness and response of therapeutic intervention.
We collaborate with leaders in both AI and metabolomics to generate quantitative and actionable data that is AI-friendly, integrated into their AI pipelines. Major projects include omics signatures for COVID-19 and cancer.
We help you unlock their full biological value.
Turn your samples into data.
Turn your data into insights.
Turn your insights into discoveries.
FAQs
01
How can Linearis Turn Your Biosamples into AI-Ready Biological Intelligence?
The Missing Layer Between Genomics and Clinical Reality
Most research focuses on DNA.
Biology happens in the metabolome.
With Linearis, you can:
Capture biology quantitatively and reproducibly
Convert irreplaceable samples into permanent digital assets
Generate AI-ready datasets at scale
Metabolomics
Reflects true physiological state
Metabolic changes can occur in asymptomatic stages
Reveals the underlying mechanisms of multiple diseases
Early cancer detection, measure disease progression & treatment response

01
How can Linearis Turn Your Biosamples into AI-Ready Biological Intelligence?
The Missing Layer Between Genomics and Clinical Reality
Most research focuses on DNA.
Biology happens in the metabolome.
With Linearis, you can:
Capture biology quantitatively and reproducibly
Convert irreplaceable samples into permanent digital assets
Generate AI-ready datasets at scale
Metabolomics
Reflects true physiological state
Metabolic changes can occur in asymptomatic stages
Reveals the underlying mechanisms of multiple diseases
Early cancer detection, measure disease progression & treatment response

02
How can Linearis convert your valuable Samples to Permanent Digital Assets?
Biological samples degrade.
Freezers fail.
Data is lost.
We convert your biospecimens into high-resolution metabolomic profiles of ions and molecules from 100 to 3000 Daltons) — permanent, AI-ready representations of biological reality.
Capture the dynamic physiological state in an immutable digital record.
HMDB lists 250,000 metabolites
HMDB (Human Metabolome Database) is the comprehensive reference of ~250,000 known and predicted metabolites.
It represents:
endogenous metabolites and lipids
exogenous compounds (drugs, environmental compounds, food constituents, etc.)
microbiome-derived molecules
HMDB reports the known metabolome and lipidome space of human biology.
02
How can Linearis convert your valuable Samples to Permanent Digital Assets?
Biological samples degrade.
Freezers fail.
Data is lost.
We convert your biospecimens into high-resolution metabolomic profiles of ions and molecules from 100 to 3000 Daltons) — permanent, AI-ready representations of biological reality.
Capture the dynamic physiological state in an immutable digital record.
HMDB lists 250,000 metabolites
HMDB (Human Metabolome Database) is the comprehensive reference of ~250,000 known and predicted metabolites.
It represents:
endogenous metabolites and lipids
exogenous compounds (drugs, environmental compounds, food constituents, etc.)
microbiome-derived molecules
HMDB reports the known metabolome and lipidome space of human biology.
03
How does HMDB relate to targeted metabolomics?
HMDB is a comprehensive reference for annotation and biological interpretation.
Targeted metabolomics enables quantitative measurements.
The key difference:
HMDB shows what’s possible
GigaKit™ measures what’s reliable
While HMDB contains ~250,000 metabolites, only a subset can be:
consistently detected across studies
accurately quantified
reproducible in large-scale cohort
GigaKit™ focuses on this validated, actionable subset.
03
How does HMDB relate to targeted metabolomics?
HMDB is a comprehensive reference for annotation and biological interpretation.
Targeted metabolomics enables quantitative measurements.
The key difference:
HMDB shows what’s possible
GigaKit™ measures what’s reliable
While HMDB contains ~250,000 metabolites, only a subset can be:
consistently detected across studies
accurately quantified
reproducible in large-scale cohort
GigaKit™ focuses on this validated, actionable subset.
04
Why not just measure everything?
Because scale without reliability creates unusable data.
Untargeted approaches generate thousands of signals, but:
many features/peaks remain unidentified
quantification is limited to relative variation
results are difficult to reproduce and interpret
This limits:
clinical translation
AI model performance
cross-study comparability
04
Why not just measure everything?
Because scale without reliability creates unusable data.
Untargeted approaches generate thousands of signals, but:
many features/peaks remain unidentified
quantification is limited to relative variation
results are difficult to reproduce and interpret
This limits:
clinical translation
AI model performance
cross-study comparability
05
Why start with the GigaKit™?
GigaKit™ is designed to convert biological complexity into structured, usable data.
What makes it different:
Up to 1,780 metabolites in one assay
Across 39 chemical families (15 lipids and 24 metabolites classes)
389 standards and 279 isotope-labeled internal standards
Reproducible
Built-in standards and QC for reproducibility
Vendor-neutral and scalable
AI-ready datasets — no preprocessing required
You get broad coverage with targeted-level confidence.
Provides AI-Ready Data
Clean, structured datasets
No preprocessing required
Direct integration into ML and analysis pipelines
Not Just Data — Insights
We go beyond measurement.
Built-in analytics:
Statistical analysis (PCA, PLS-DA, clustering)
Machine learning models
Feature importance ranking
Advanced option:
AI-derived molecular signatures
Biomarker discovery
Predictive modeling
Turn complex datasets into actionable biological signals.
05
Why start with the GigaKit™?
GigaKit™ is designed to convert biological complexity into structured, usable data.
What makes it different:
Up to 1,780 metabolites in one assay
Across 39 chemical families (15 lipids and 24 metabolites classes)
389 standards and 279 isotope-labeled internal standards
Reproducible
Built-in standards and QC for reproducibility
Vendor-neutral and scalable
AI-ready datasets — no preprocessing required
You get broad coverage with targeted-level confidence.
Provides AI-Ready Data
Clean, structured datasets
No preprocessing required
Direct integration into ML and analysis pipelines
Not Just Data — Insights
We go beyond measurement.
Built-in analytics:
Statistical analysis (PCA, PLS-DA, clustering)
Machine learning models
Feature importance ranking
Advanced option:
AI-derived molecular signatures
Biomarker discovery
Predictive modeling
Turn complex datasets into actionable biological signals.
06
Why Industrial and Academic Researchers Choose Linearis Labs?
Standardization at Scale
Kit-based platform → reproducible across studies, sites and different vendors
Absolute quantification (not relative)
Designed for discovery and qualification of biomarkers obtained from large cohorts
Low Sample Requirement
Works with as little as 50–100 µL
Ideal for biobanks and rare samples
Efficient interpretation of biomarkers
82 samples per run
Optimized for large cohorts
Run in less than 30 minutes per sample
Elimination of the identification bottleneck
Maximizing Quantitative Information per Sample
Analysis-Ready Datasets
Accelerated Biological Interpretation

06
Why Industrial and Academic Researchers Choose Linearis Labs?
Standardization at Scale
Kit-based platform → reproducible across studies, sites and different vendors
Absolute quantification (not relative)
Designed for discovery and qualification of biomarkers obtained from large cohorts
Low Sample Requirement
Works with as little as 50–100 µL
Ideal for biobanks and rare samples
Efficient interpretation of biomarkers
82 samples per run
Optimized for large cohorts
Run in less than 30 minutes per sample
Elimination of the identification bottleneck
Maximizing Quantitative Information per Sample
Analysis-Ready Datasets
Accelerated Biological Interpretation

07
What is The GigaKit™ Advantage?
The most comprehensive targeted metabolomics platform available:
Up to 1,780 metabolite measurements per assay
Built-in Isotope-labeled standards and QC for reproducibility
Kit developed by the metabolomic innovation centre (TMIC) with 20 years of metabolomics expertise
Vendor-neutral and globally deployable
Designed for precision + scalability
Raw data is provided
AI-ready datasets — no preprocessing required
You get broad coverage with targeted-level confidence.
The main advantage of the GigaKit™as the name implies is the Kit.
The kit is a set of standards that are provided in 14 wells of the standard 96-well plate layout, leaving 82 wells for your samples. It incorporates a 7-point calibration curve, quality controls, blanks, and double blanks to ensure reliable and accurate results across batches.
The Kit is not lab specific and vendor specific, creating a metabolomic standard that elevates the field.

07
What is The GigaKit™ Advantage?
The most comprehensive targeted metabolomics platform available:
Up to 1,780 metabolite measurements per assay
Built-in Isotope-labeled standards and QC for reproducibility
Kit developed by the metabolomic innovation centre (TMIC) with 20 years of metabolomics expertise
Vendor-neutral and globally deployable
Designed for precision + scalability
Raw data is provided
AI-ready datasets — no preprocessing required
You get broad coverage with targeted-level confidence.
The main advantage of the GigaKit™as the name implies is the Kit.
The kit is a set of standards that are provided in 14 wells of the standard 96-well plate layout, leaving 82 wells for your samples. It incorporates a 7-point calibration curve, quality controls, blanks, and double blanks to ensure reliable and accurate results across batches.
The Kit is not lab specific and vendor specific, creating a metabolomic standard that elevates the field.

08
What kind of data will I receive?
Linearis delivers ready-to-use, structured outputs:
Quantitative metabolite concentration tables
QC Batch reports
Annotated metabolite database mapping
Interactive HTML reports
AI-ready datasets for machine learning
No preprocessing required. Your data are ready for analysis from day one.
08
What kind of data will I receive?
Linearis delivers ready-to-use, structured outputs:
Quantitative metabolite concentration tables
QC Batch reports
Annotated metabolite database mapping
Interactive HTML reports
AI-ready datasets for machine learning
No preprocessing required. Your data are ready for analysis from day one.
09
What can I use this metabolomics data for?
Our metabolomics platform providing Research Use Only (RUO) services:
Biomarker discovery
Clinical research and validation
Drug discovery and development
Clinical trial stratification
Multi-omics integration
AI model development
Turn biological samples into predictive, actionable insight

09
What can I use this metabolomics data for?
Our metabolomics platform providing Research Use Only (RUO) services:
Biomarker discovery
Clinical research and validation
Drug discovery and development
Clinical trial stratification
Multi-omics integration
AI model development
Turn biological samples into predictive, actionable insight

10
Should I do a panel of 1000+ metabolites or 50,000?
Not all metabolomics data are created equal.
Targeted metabolomics (GigaKit™) measures a defined set of metabolites with standardized acquisition and processing methods, delivering high confidence and reproducible quantitative data.
Untargeted metabolomics captures a broader range of features (often 5,000–50,000 ions), including unknown compounds—but with less certain identification and far more complex analysis.
Choose targeted metabolomics if you need:
Quantitative, reproducible data
High-confidence metabolite identification
Standardization across studies or sites
Data ready for AI and clinical translation
Choose untargeted metabolomics if you need:
Broad discovery
Novel or unexpected metabolites
Early-stage hypothesis generation
Digitize precious samples such as biobank specimen
Recommended approach:
Start with the GigaKit™ targeted for a robust foundation.
Expand to untargeted if deeper exploration is needed.
With GigaKit™, you get the best of both worlds: unmatched targeted coverage (up to 1,780 metabolites) with high-confidence quantification.
Linearis can provide results from both approaches.

10
Should I do a panel of 1000+ metabolites or 50,000?
Not all metabolomics data are created equal.
Targeted metabolomics (GigaKit™) measures a defined set of metabolites with standardized acquisition and processing methods, delivering high confidence and reproducible quantitative data.
Untargeted metabolomics captures a broader range of features (often 5,000–50,000 ions), including unknown compounds—but with less certain identification and far more complex analysis.
Choose targeted metabolomics if you need:
Quantitative, reproducible data
High-confidence metabolite identification
Standardization across studies or sites
Data ready for AI and clinical translation
Choose untargeted metabolomics if you need:
Broad discovery
Novel or unexpected metabolites
Early-stage hypothesis generation
Digitize precious samples such as biobank specimen
Recommended approach:
Start with the GigaKit™ targeted for a robust foundation.
Expand to untargeted if deeper exploration is needed.
With GigaKit™, you get the best of both worlds: unmatched targeted coverage (up to 1,780 metabolites) with high-confidence quantification.
Linearis can provide results from both approaches.

11
Why is quantification so important?
Because data without quantification doesn’t scale or translate.
Quantitative metabolomics enables:
Cross-study comparability
Reproducibility across sites
High data quality and traceability
Clinical and regulatory readiness as real-world evidence
If you want AI-ready or clinically actionable data, quantification is essential.
11
Why is quantification so important?
Because data without quantification doesn’t scale or translate.
Quantitative metabolomics enables:
Cross-study comparability
Reproducibility across sites
High data quality and traceability
Clinical and regulatory readiness as real-world evidence
If you want AI-ready or clinically actionable data, quantification is essential.
12
Can I combine targeted and untargeted metabolomics?
Yes. Linearis supports both.
Best practice:
Start with GigaKit™ targeted profiling
Build a clean, quantitative baselineAdd untargeted metabolomics (if needed)
Explore unknown biology
This approach maximizes both confidence and discovery.
12
Can I combine targeted and untargeted metabolomics?
Yes. Linearis supports both.
Best practice:
Start with GigaKit™ targeted profiling
Build a clean, quantitative baselineAdd untargeted metabolomics (if needed)
Explore unknown biology
This approach maximizes both confidence and discovery.
13
Why should I use metabolomic profiling from Linearis?
Built for the Future of Medicine
Metabolomics is the closest link to phenotype.
It enables:
early disease detection
treatment response monitoring
precision medicine
systems biology insights
And when combined with AI:
It becomes a predictive engine for biology.
Data Sovereignty & Trust
100% processed locally
Secure handling of sensitive biological data
Built for researchers in all fields including biopharma, biobanks, and clinical research
You get the raw data, not just the interpretation
Use Cases
Biobank digitization
Drug discovery & development
Biomarker identification
Clinical trial stratification
Multi-omics integration
13
Why should I use metabolomic profiling from Linearis?
Built for the Future of Medicine
Metabolomics is the closest link to phenotype.
It enables:
early disease detection
treatment response monitoring
precision medicine
systems biology insights
And when combined with AI:
It becomes a predictive engine for biology.
Data Sovereignty & Trust
100% processed locally
Secure handling of sensitive biological data
Built for researchers in all fields including biopharma, biobanks, and clinical research
You get the raw data, not just the interpretation
Use Cases
Biobank digitization
Drug discovery & development
Biomarker identification
Clinical trial stratification
Multi-omics integration
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