Creative Proteomics

Flexible, high-precision proteomic profiling service utilizing MRM/PRM and Hybrid DIA with stable isotope-labeled internal standards to target the medium-to-low abundance functional tier of the human proteome.

Specialized service providing absolute quantification of 47 clinically relevant plasma proteins associated with heart disease and vascular pathology, utilizing sequence-conserved reference peptides for human, mouse, and rat genomes.

A quantitative proteomics kit targeting 500 human proteome proteins.

Targeted nanoflow LC-MS/MS service utilizing stable 15N-labeled isotope standards for absolute quantification of 29 Chinese Hamster Ovary (CHO) host cell proteins to monitor biopharmaceutical manufacturing impurities.

A quantitative proteomics kit for 47 cardiovascular disease-related proteins.

A quantitative proteomics kit for 29 CHO proteins.

Covers all 20 standard amino acids plus methionine cycle intermediates and folate pathway metabolites.

Pathway-focused panel for assessing amino acid transport and biosynthesis nodes.

Targeted metabolomics assay panel covering 15+ complete TCA cycle intermediates using LC-MS/MS.

Quantifies all eight TCA intermediates plus pyruvate, lactate, and key anaplerotic substrates.

XAGE2B full-length stable isotope-labeled protein standard for quantitative mass spectrometry.

XAGE3 full-length stable isotope-labeled protein standard for quantitative mass spectrometry.

XAGE2 full-length stable isotope-labeled protein standard for quantitative mass spectrometry.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Targeted metabolomics assay panel covering 40+ glycolysis, TCA cycle, and pentose phosphate pathway metabolites using LC-MS/MS.

Targeted assay panel covering 30+ unesterified and non-esterified fatty acids in plasma, serum, and tissue using LC-MS/MS.

LC-MS/MS assay kit for fatty acids and lipids analysis.

Stable isotope-labeled full-length MS protein standard for UBE2L6.

Stable isotope-labeled full-length MS protein standard for UBE2V1.

Stable isotope-labeled full-length MS protein standard for UBE3C.

Stable isotope-labeled full-length MS protein standard for UBE2N.

Stable isotope-labeled full-length MS protein standard for UBE2S.

Stable isotope-labeled full-length MS protein standard for UBE2T.

Stable isotope-labeled full-length MS protein standard for UBE2Q1.

Stable isotope-labeled full-length MS protein standard for UBE2W.

Stable isotope-labeled full-length MS protein standard for UBE3A.

Stable isotope-labeled full-length MS protein standard for UBE2O.

Stable isotope-labeled full-length MS protein standard for UBE2Q2.

Stable isotope-labeled full-length MS protein standard for UBE2R2.

Targeted assay panel covering 10+ branched-chain amino acids and keto acids using LC-MS/MS.

Pathway-focused panel targeting branched-chain and aromatic amino acids.

Accurate measurement of branched-chain amino acids using advanced LC-MS/MS platforms and strict quality control for R&D, nutrition, and process optimization.

A targeted proteomics service using LC-MS/MS for the absolute quantification of Histone H3 and its post-translational modifications, covering 37 proteotypic peptides.

An absolute quantification service for proteins and peptides using isotope-labeled internal standard peptides (ILISP) and LC-MS/MS technology.

Targeted proteomics service using stable isotope-labeled internal standards for absolute protein quantification.

Targeted HILIC LC-MS/MS panel that quantifies 10 urea cycle metabolites with stable isotope internal standards and arginase-stabilized plasma collection.

Pathway-focused panel targeting key amino acids and metabolites involved in the urea cycle and nitrogen balance.

Targeted and untargeted LC-MS/MS metabolomics service quantifying 100+ key intermediates across glycolysis, the TCA cycle, fatty acid oxidation, ketone bodies, and amino acid-linked pathways.

Targeted metabolomics assay panel covering 30+ adenylates, nicotinamide cofactors, and CoA species using LC-MS/MS.

We have established sensitive, reliable, and accurate GC-MS methods for quantification of short-chain fatty acids.

Targeted assay panel covering 15+ short-chain fatty acids with high sensitivity using GC-MS.

Stable isotope-labeled full-length protein internal standard for VAMP1 quantification.

Stable isotope-labeled full-length protein internal standard for VAMP4 quantification.

We have developed a sensitive and rapid method for the analysis of the 66 bile acids samples by LC-MS.

Targeted assay panel covering 20+ primary, secondary, and conjugated bile acids using LC-MS/MS.

Reliable, rapid, and cost-effective analysis of oxidative phosphorylation metabolites using high-performance liquid chromatography-mass spectrometry (HPLC-MS/MS) platforms for absolute and relative quantification.

Targeted assay panel covering 15+ electron transport chain substrates and products using LC-MS/MS.

Targeted assay panel for oxidative and non-oxidative phases of the pentose phosphate pathway covering 15+ analytes using LC-MS/MS.

A reliable, rapid, and cost-effective analytical service for pentose phosphate pathway metabolites using chromatographic separation and mass spectrometry platforms.

End-to-end plasma and serum protein biomarker discovery and validation service by LC-MS/MS, spanning deep DIA quantitative profiling, PRM-targeted verification, and machine learning panel optimization.

A targeted protein profiling service powered by Olink Proteomics to detect high- and low-abundance biomarkers in plasma and serum using proximity extension assay technology.

Mouse-specific targeted 48-protein panel designed for preclinical biomarker research.

Targeted 96-protein multiplex immunoassay panel designed for biomarker validation.

MS grade peptide standard mixture for mass spectrometry.

MS grade peptide standard mixture for mass spectrometry.

MS grade peptide standard mixture for mass spectrometry.

MS grade peptide standard for mass spectrometry.

MS grade peptide standard for mass spectrometry.

MS grade protein standard for mass spectrometry.

MS grade digest standard for mass spectrometry.

MS grade digest standard for mass spectrometry.

High-throughput multiplex protein profiling panel for screening 2,926 protein targets from biological samples using NGS.

Mid-scale multiplex proteomics platform enabling simultaneous quantification of 1,536 human protein biomarkers using Proximity Extension Assay (PEA) technology with 1-4 microliters of plasma or serum.

The Olink Explore HT Panel enables simultaneous quantification of over 5,400 human proteins from just 2 µL of plasma or serum, providing a comprehensive platform for large-scale, research-use-only proteomic analysis.

Multiplex protein profiling panel covering up to 1,472 protein targets using NGS detection platforms.

Multiplex protein profiling panel capable of measuring 1,472 targets per run via NGS.

Module-based high-plex discovery tool providing a middle ground with ~2,900 proteins using an NGS readout.

Stable isotope labeling techniques combined with mass spectrometry to investigate the flux of glutamine and related metabolites through metabolic pathways.

AQUA and custom heavy-labeled peptide strategies for absolute quantification with characterised LOD, LOQ, linear range, and inter-assay reproducibility.

Precision LC-MS analysis platform for monoclonal antibodies (mAbs) to characterize biotherapeutics, verify sequence integrity, determine molecular weight with <10 ppm accuracy, and detect post-translational modifications.

Protein and peptide quantification service based on isotope dilution LC-MS/MS and Multiple Reaction Monitoring (MRM) of specific signature peptides.

Proteome array for high-throughput protein analysis and screening.

CP Human Proteome array containing 19,247 human proteins, incorporating various protein categories including Kinases, Peptidases, Transporters, Transcription factors, GPCRs, and more.

Magnetic bead-based multiplex assay designed for quantifying 15 human cytokines and growth factors in serum, plasma, tissue culture supernatants, and cultured cells.

Magnetic bead-based multiplex assay designed for quantifying 96 human cytokines and growth factors in serum, plasma, tissue culture supernatants, and cultured cells.

Magnetic bead-based multiplex assay designed for quantifying 48 human cytokines and growth factors (Panel B) in various biological samples.

Magnetic bead-based multiplex assay designed for quantifying 71 human cytokines and growth factors in various biological samples.

Magnetic bead-based multiplex assay designed for quantifying 17 human cytokines and growth factors in various biological samples.

Magnetic bead-based multiplex assay designed for quantifying 21 human cytokines and growth factors in various biological samples.

High-coverage, low-missing-value discovery proteomics service using Data-Independent Acquisition to systematically fragment all precursor ions within predefined isolation windows.

Ion-mobility-enhanced depth proteomics service in complex or cohort-scale studies utilizing diaPASEF acquisition on timsTOF HT systems.

Comprehensive analytical service for monoclonal antibody drugs including structural characterization, purity and impurity analysis, physiochemical inspection, and potency evaluation in compliance with regulatory standards.

High-precision quantitative proteomics service providing accurate measurement and pharmacokinetic profiling of monoclonal antibodies in complex biological matrices using LC-MS/MS technology.

TMT is a peptide in vitro labeling technology developed by Thermo Scientific in the United States. This technology can use up to 10 isotope labels to label the amino groups of polypeptides.

High-throughput multiplexed differential analysis utilizing tandem mass tag (TMT) in vitro chemical labeling strategies.

Customized human cytokine assay services and multiplex panels utilizing Luminex assay technology for the simultaneous determination of multiple proteins.

Multiplex assay kit for in-house protein target detection designed for human samples.

Comprehensive quantitative proteomics service utilizing advanced Discovery Proteomics and Target Proteomics Platforms to identify and quantify low-abundance proteins in large numbers from complex biological samples.

A high-throughput phosphoproteomics service combining TiO2/IMAC enrichment with DIA or DIA + 4D mass spectrometry workflows to routinely quantify over 36,000 phosphorylation sites per run with integrated kinase activity inference.

Combined ion mobility and label-free quantification service designed for high-resolution discovery and profiling.

LFQ service retaining native isotope composition, offering a cost-effective and flexible alternative for deep proteome coverage.

Metabolic labeling service in cell culture models incorporating heavy isotope-labeled essential amino acids into newly synthesized proteins.

Protein PTMs identified using LC/MS/MS.

Comprehensive post-translational modification quantitative analysis services providing DIA, SILAC, TMT/iTRAQ, label-free, PRM, and absolute quantification strategies paired with site localization scoring and PTM bioinformatics.

Chemokine panel for human samples measuring 11 analytes.

Multiplexed antibody-based histone PTM profiling service for epigenetic research and chromatin biology, enabling simultaneous quantitative detection of histone acetylation, methylation, phosphorylation, and ubiquitination.

Comprehensive mass spectrometry-based profiling service for histone post-translational modifications, providing quantitative analysis and mapping of modifications like methylation, acetylation, and phosphorylation.

Characterization services for Transforming Growth Factor-beta 1 to assist in drug development.

Characterization services for Acidic Fibroblast Growth Factor to assist in drug development.

Characterization services for Basic Fibroblast Growth Factor to assist in drug development.

Comprehensive peptide hormone characterization services for Recombinant Human Relaxin to obtain biological functions and properties.

One-stop shop for enzyme characterization to accelerate protein drug development and disease diagnosis and treatment.

Characterization services for recombinant human GM-CSF to meet stringent pharmaceutical and regulatory standards.

Characterization services for recombinant human G-CSF to meet stringent pharmaceutical and regulatory standards.

An analysis kit designed for LC-MS/MS quantification of catecholamines including Epinephrine, Norepinephrine, and Dopamine in sample types such as urine and plasma/serum.

Functional biomarker panel targeting neurotransmitter-related classes.

LC-MS/MS assay kit for biogenic amines analysis.

Targeted metabolomics analysis of one-carbon metabolism based on UPLC-MS/MS technology to detect specific target metabolites in multiple reaction monitoring (MRM) mode.

Pathway-focused panel targeting neuroactive precursors and related neurotransmitter pathways.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Multiplexed, quantitative validation of candidate protein biomarkers using targeted LC-MS/MS (PRM/MRM) with stable isotope-labeled internal standards.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

High-sensitivity targeted protein quantification combining antibody-based immunoaffinity enrichment with high-resolution LC-MS/MS detection for low-abundance proteins, biomarkers, and biotherapeutics.

MassTarget™ Cytokine MS Quantification delivers antibody-free, absolute quantification of 20+ cytokines from serum, plasma, and cell culture supernatants using LC-MS/MS MRM with isotope-labeled peptide standards.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Covers primary bile acids, secondary bile acids, taurine-conjugated and glycine-conjugated forms, and muricholic acid isomers relevant to rodent studies.

ILK Full-Length MS Protein Standard (NP_001014794), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells (HEK293).

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

Stable isotope-labeled fragment protein standard for mass spectrometry analysis and protein quantification.

N6AMT2 stable isotope-labeled full-length protein internal standard.

LC-MS/MS assay kit for metabolic disorders analysis.

N4BP2L1 stable isotope-labeled full-length protein internal standard.

ITK Full-Length MS Protein Standard (NP_005537), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells.

MBP Full-Length MS Protein Standard (NP_001020271), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells (HEK293).

Therapeutic Drug Monitoring Kit for the quantification of various drugs and compounds in plasma or serum samples.

Comprehensive LC-MS/MS quantification panel covering all core amino acids plus over 80 derivatives, including monoamines, catecholamines, polyamines, and choline compounds.

N4BP3 stable isotope-labeled full-length protein internal standard.

Targeted assay panel covering 15+ arachidonic acid and prostaglandin metabolites using LC-MS/MS.

Magnetic, bead-based multiplex assay kits for multi-analyte quantification across key pathways and species, built to quantify multiple targets in a single well using xMAP-compatible, bead-based immunoassay technology.

GEM Full-Length MS Protein Standard (NP_859053), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells (HEK293) with fully chemically defined cell culture medium.

Targeted metabolomics assay panel covering 10+ pyruvate metabolism and Cori cycle intermediates using LC-MS/MS.

Stable isotope-labeled full-length MS protein standard for A1BG quantification.

Stable isotope-labeled full-length protein internal standard for VAC14 quantification.

Comprehensive targeted assay panel covering 80+ proteinogenic and non-proteinogenic amino acids using LC-MS/MS.

Stable isotope-labeled full-length protein standard for S100A1 quantification.

Profiles short-, medium-, long-, and very-long-chain acylcarnitine species plus free carnitine, providing a diagnostic readout of mitochondrial fatty acid beta-oxidation flux and capacity.

Stable isotope-labeled full-length protein standard for S100A12 quantification.

Stable isotope-labeled full-length protein standard for S100A11 quantification.

MSC Full-Length MS Protein Standard (NP_005089), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells (HEK293) for mass spectrometry applications.

Targeted assay panel covering 10+ polyamines and biosynthetic precursors using LC-MS/MS.

Functional biomarker panel for tracking food consumption markers.

Targeted metabolomics and untargeted metabolomics analysis using LC/MS/MS.

Arg labeled peptide mass spectrometry standard.

Quantifies adenine and guanine nucleotides and related pathway intermediates.

Targeted LC–MS/MS quantification service for SAM, SAH, and related one-carbon metabolites utilizing isotope-labeled internal standards and QC-anchored acquisition.

Human C3 C13 and N15 (Arg and Lys) Stable Isotope Labeled Peptide standards for MS research, designed and optimized to provide the best mass spec performance.

An analysis kit for 54 kinds of organic acids using LC-MS/MS.

Arg labeled peptide mass spectrometry standard.

MOG Full-Length MS Protein Standard (NP_996532), Labeled with [U- 13C6, 15N4]-L-Arginine and [U- 13C6, 15N2]-L-Lysine, produced in human 293 cells (HEK293) for mass spectrometry applications.

High-throughput discovery workflow integrating broad-spectrum Data-Independent Acquisition (DIA) with MRM/PRM using over 800 stable isotope-labeled standards.

Stable isotope-labeled MS grade peptide standard designed for mass spectrometry-based proteomic analyses and absolute quantification.

Lys labeled peptide mass spectrometry standard.

Creative Proteomics delivers targeted, isotope-labeled LC-MS/MS polyamine analysis with high quantitative accuracy and pathway-level interpretation for comprehensive metabolic insight.

Human GPT C13 and N15 (Arg and Lys) Stable Isotope Labeled Peptide standards for MS research. Designed and optimized to provide the best mass spec performance for your Mass Spec assay.

Custom multiplexed protein panel development and quantification utilizing PRM and 4D-PRM assays for 15-100+ targets with stable isotope internal standards.

Arg labeled MS grade peptide standard for quantitative proteomics applications.

Human YWHAQ C13 and N15 (Arg and Lys) Stable Isotope Labeled Peptide standards for MS research.

An LC-MS/MS panel designed for pathway-level profiling of glycolysis, featuring isomer-resolved measurement of key intermediates such as G6P and F6P.

Standard LC-MS/MS quantification panel covering 20 essential and standard amino acids.

Stable Isotope Labeled Peptide standards for MS research designed and optimized to provide the best mass spec performance for your Mass Spec assay.

Targeted pathway focus panel quantifying 125 key plasma proteins for investigating disease mechanisms and monitoring therapeutic efficacy.

Deep profiling panel designed to capture a comprehensive view of the human proteome in a single run for large-scale cohort profiling and biomarker verification.

Functional biomarker panel focusing on immunological indicators.

Human S100A9 C13 and N15 (Arg and Lys) Stable Isotope Labeled Peptide standards for MS research. Designed and optimized to provide the best mass spec performance for your Mass Spec assay.

Arg labeled stable isotope peptide standard designed for mass spectrometry applications.

High-resolution parallel reaction monitoring on Orbitrap and timsTOF platforms supporting multiplexed quantification of dozens to hundreds of peptide targets per assay with sub-10 ppm mass accuracy.

An integrated drug, metabolite, and endogenous metabolome profiling service combining targeted quantification on triple-quadrupole MS with untargeted high-resolution accurate-mass profiling.

Functional biomarker panel targeting cytotoxicity indicators and oxidative byproducts.

An end-to-end high-plex protein biomarker discovery analysis service measuring over 1,000 proteins simultaneously using NGS readout.

Targeted panel to measure ATP, ADP, AMP, NAD+, and NADH together with glycolytic intermediates.

Human PRKCSH C13 and N15 (Arg and Lys) Stable Isotope Labeled Peptide standards for MS research.

Custom or pre-made focused panels for precise biomarker validation of up to 21 protein targets.

Targeted panel for investigating NADPH production, oxidative stress, and nucleotide synthesis.

A quantification kit for 24 human enzymes.

The CP Histone Proteins Quantification Kit offers 37 stable isotope-labeled, absolutely quantified proteotypic peptides for histone H3, designed for direct use in MRM. This comprehensive set includes both wild-type peptides and their post-translational modifications, such as Lys(Ac), Lys(Me), Lys(Me2), and Lys(Me3), enabling precise and reliable analysis of histone modifications in various research applications.

LC-MS/MS assay kit for natural products analysis.

Customizable immunoassay panel allowing researchers to select 21 to 30 custom protein targets.

Antibody microarrays for detecting protein expression levels across adhesion, adipokine, angiogenesis, apoptosis, and other panels.

Pre-configured multiplex panels with full per-analyte documentation and lot-to-lot bridging, designed for studies requiring documented and auditable data.

Multiplex assay kit focused on oxidative stress and metabolic markers in multiple species.

Multiplex assay kit focused on inflammatory biomarkers and immune activation in human diseases.

Custom-configurable panels built from over 300 available analytes, allowing researchers to create study-specific 2 to 10 plex target sets.

LC-MS/MS assay kit for vitamin analysis.

LC-MS/MS assay kit for food safety and quality assessment.

Site-specific, multiplexed quantification of protein post-translational modifications by targeted LC-MS/MS using PRM/MRM workflows with PTM-specific enrichment strategies and stable isotope-labeled internal standards.

Comprehensive biomarker analysis service package utilizing DIA-MS technology to quantify and identify thousands of proteins per sample for discovery and targeted proteomics.

Olink Target 96 panel for cardiovascular disease research.

Targeted metabolomics approaches to quantitatively measure glutamine and its related metabolites, providing detailed information about concentrations and potential fluctuations in different biological samples.

Gold standard Selected Reaction Monitoring and Multiple Reaction Monitoring service for validated biomarker screening.

A customized targeted metabolomics and metabolic flux analysis service focusing on specific metabolites, key metabolic pathways, and dynamic pathways mapping using stable isotope labeling.

Custom PRM/MRM assay and biomarker validation service offering absolute and relative quantification of specific protein panels across hundreds of samples.

A glass chip-based platform service that enables simultaneous quantification of up to 40 proteins in a single assay for biomarker profiling, cytokine analysis, and drug mechanism studies.

Comprehensive biomarker analysis service based on discovery proteomics and target proteomics platforms for analyzing biological body fluids.

The CP Monoclonal Antibodies Quantification Kit is designed to accurately measure the plasma concentration of monoclonal antibodies, whether prescribed as single or combination therapies, at selected time points using cutting-edge mass spectrometry technology.

An LC-MS-based targeted and untargeted quantification service for TCA circulating metabolites, allowing for absolute concentration measurements, relative abundance assessments, and isotopic tracer experiments.

A customization service and tool designed for researchers and scientists to create and optimize personalized Luminex multiplex assays for simultaneous quantification of up to 50 biomarkers.

Configurable multiplex immunoassay panel allowing researchers to select any 2 to 10 cytokine, chemokine, or immune mediator targets from the U-PLEX catalog using a modular linker-based architecture.

De novo assay development services and reagents for novel targets that are not available in any existing catalog.

A mass spectrometry-based analytical service combining the broad coverage of untargeted metabolomics with the reliability and quantification of targeted metabolomics.

Secondary Olink Target 96 panel for cardiovascular research.

Secondary Olink Explore 384 panel focused on cardiometabolic biomarkers.

Targeted verification service for precise quantification and verification of select proteins of interest.

The broadest single-well multiplex immunoassay on the MSD platform featuring 54 biomarkers spanning cytokines, chemokines, growth factors, vascular injury markers, TH17 family cytokines, and acute-phase proteins from one 25 µL sample.

Cytokine microarrays for multiplex measurement of cytokines, chemokines, and growth factors.

Metabolic labeling service with stable isotopes supporting up to 5-plex for high accuracy in cellular studies.

Comprehensive LC-MS/MS-based quantification service for biotherapeutic proteins including monoclonal antibodies, antibody-drug conjugates, fusion proteins, and recombinant proteins.

Advanced high-resolution mass spectrometry service combining Data Independent Acquisition (DIA) and Parallel Reaction Monitoring (PRM) for comprehensive protein characterization, quantification, and targeted validation.

Electrochemiluminescence instrument platform designed for high-performance multiplex biomarker detection.

Single-analyte ultrasensitive assays designed for fg/mL detection of ultra-low-abundance targets and blood-based neurological biomarkers.

Human Phospho Explorer Protein Array for semi-quantitative detection of 45 target proteins, suitable for liquid sample types such as Cell Culture Supernatants, Cell Lysates, Tissue Lysates, Plasma, and Serum.

Customized Olink Flex panel for type 2 diabetes research.

A comprehensive mass spectrometry-based global proteomic quantification service utilizing advanced data-independent acquisition (DIA) and high-resolution mass spectrometry platforms to identify and quantify up to 9,000 proteins per sample.

High-throughput electrochemiluminescence instrument platform supporting extensive multiplexing and large sample volumes.

Amine-specific isobaric labeling service supporting up to 8-plex for high multiplexing capability and enhanced MS signal.

Antibody-based enrichment coupled to LC-MS/MS readout for low-abundance targets in complex matrices, and immunoprecipitation-MS workflows for protein complex-level absolute quantification.

Mammalian proteome kit for proteomics applications.

Phospho protein and antibody arrays covering various signaling pathways such as AKT, AMPK, MAPK, and apoptosis pathways.

High-precision PTM quantification using stable isotope-labeled synthetic peptide internal standards (AQUA) combined with targeted PRM or SRM mass spectrometry.

Multiplex assay kit ideal for mouse model studies in immunology and tumor research.

Secondary Olink Explore 384 inflammation panel.

Amine-specific isobaric labeling service supporting up to 18-plex for high sensitivity and high-throughput comparative analysis.

A high-throughput plasma proteomics service using DIA-based quantification to measure over 1,000 proteins in undepleted human plasma or serum samples without requiring depletion or fractionation.

Single protein or mixtures of proteins identified using LC/MS/MS.

Ultra-high-depth protein characterization service tailored for demanding and complex sample types.

Column based cell and tissue proteome kit for sample preparation.

Unbiased, deep proteome-wide quantification of drug-induced protein expression changes using DIA/SWATH mass spectrometry.

Comprehensive analysis of folate metabolites in biological samples using cutting-edge mass spectrometry-based techniques like LC-MS and GC-MS.

Reliable, rapid and cost-effective pyruvate analysis service based on cutting-edge high-performance liquid chromatography (HPLC) platforms for biomarker discovery, disease diagnostics, drug discovery, and metabolic disease research.

LC-MS based quality control analysis services.

Core inflammation panel for human samples measuring 10 analytes.

Customized Olink Flex panel for studying inflammation associated with aging.

Customized Olink Flex panel for interferon stimulation pathway analysis.

An end-to-end MS-based pipeline bridging discovery proteomics, target deconvolution, and engagement confirmation to convert proteomic biomarkers into druggable drug targets.

Intact protein universal protein cleanup kit for proteomics workflows.

Peptide universal protein cleanup kit.

Bacterial proteome kit for sample preparation and analysis.

Chemokine panel for human samples measuring 13 analytes.

Quantify biotherapeutic drug levels in serum, plasma, and other biological matrices using electrochemiluminescence (ECL) with 4-5 log dynamic range and 25 uL sample volume.

Triple quadrupole mass spectrometers operate in multiple reaction monitoring (MRM) mode for quantification of specific metabolites in complex mixtures.

Powerful panel for Th1, Th2, and Th17 immune responses in mouse models.

Creative Proteomics' project-based proteomics service platform connecting biological questions with fit-for-purpose sample preparation, mass spectrometry acquisition, and bioinformatics.

Discovery-phase proteome comparison service designed to establish baseline expression differences.

Broad profiling cytokine panel for mouse samples measuring 19 analytes.

An innovator in magnetic bead and imaging technology, integrating LED excitation and CCD imaging to eliminate traditional flow-based fluidics.

Core inflammation panel for non-human primate samples measuring 9 analytes.

Kit for albumin depletion and low abundance protein enrichment from various biological sources.

Yeast proteome kit for yeast sample preparation.

Extended profiling cytokine panel for human samples measuring 36 analytes.

Multiplex assay kit excellent for allergy and autoimmune research in guinea pig models.

Plant proteome kit for plant sample preparation.

Broad profiling cytokine panel for human samples measuring 30 analytes.

Customized semi-quantitative analysis tailored to specific project requirements.

Customized Olink Flex panel targeting Th1, Th2, and Th17 immune responses.

A specialized analytical workflow tailored specifically for neurodegenerative disease research, enabling precise measurement of Amyloid-β isoforms and their clearance rates.

Comprehensive proteomics and bioinformatics service for the identification, quantification, and differential analysis of peptide expression across diverse biological samples.

Translational cytokine panel for non-human primate samples measuring 24 analytes.

High-resolution LC-MS/MS service to profile dozens of histone marks simultaneously from as few as 1,000 cells, providing quantitative depth and coverage for epigenetics research.

LC-MS/MS can be used to verify the amino acid sequence of a protein therapeutic by digesting the sample with peptidases.

Insect proteome kit for sample preparation.

Studying chemical modifications after protein synthesis, including N-linked and O-linked glycosylation, site occupancy analysis, and glycopeptides analysis.

Protein identification and profiling service without quantification to map complex biological matrices.

GC separates volatile and semi-volatile compounds based on their boiling points and interaction with a stationary phase.

Services utilizing high-resolution mass spectrometry and advanced metabolite databases to accurately identify and characterize metabolites present in biological samples.

The Identification and Quantification of Residual Host Cell Proteins.

Dual-laser flow cytometry system for routine biomarker profiling and standardized 96-well biomarker panels with up to 100 multiplex capacity.

Orbitrap mass spectrometers use an electrostatic field to trap ions in an orbit for high-resolution and high-accuracy mass measurements.

For broad-spectrum identification of interacting protein partners within complex biological mixtures. This service is ideal for the initial discovery phase, allowing researchers to map unknown interactomes before moving into targeted validation.

Compact and cost-effective LED and CCD imaging system designed for low-plex and field research applications.

Various synthetic methods used and quality assurance files supplied for customers.

UPLC operates at higher pressures than HPLC using smaller particle sizes to increase resolution, speed, and sensitivity.

Luminex's advanced high-throughput automation platform featuring improved optics, acoustic focusing technology, and enhanced multiplexing capacity.

High-throughput and high-depth dual-laser flow cytometry system for high-plex discovery and screening supporting up to 384-well plates.

Comprehensive data analysis utilizing advanced bioinformatics tools and statistical analysis methods to process and interpret metabolomics datasets.

MetaboAnalyst is a comprehensive, user-friendly platform for statistical analysis, visualization, and functional interpretation of metabolomics data.

XCMS is an open-source software for the processing and analysis of LC/MS data widely used for peak detection and alignment.

The original flagship platform for Luminex xMAP technology, utilizing flow cytometry principles and dual-laser technology for multiplex detection.

Computational modeling approaches combined with experimental data to determine rates and directions of metabolic reactions involving glutamine.

HPLC separates metabolites based on their interaction with the stationary phase and the mobile phase.

Our professional protein sequencing platform provides N-terminal sequence analysis by Edman degradation or mass spectrometry (MS), with complementary advantages to each other.

Analyzing the physical and chemical properties of proteins, including host cell protein analysis, residual host cell DNA analysis, and residual protein A analysis.

Assessing the degree to which a protein is free from contaminants, impurities, and other proteins.

Verification and determination of the overall three-dimensional structure of protein molecules.

Top-notch interferon medication characterization services to increase comprehension of the protein in fundamental and practical research.

De novo sequencing is an appropriate method for identifying novel peptides, unsequenced organisms, and antibodies drugs, which can't be detected by database search methods.

CE separates metabolites based on their charge-to-size ratio under the influence of an electric field within a capillary tube.

Assessing potential hazards and risks associated with the usage of proteins.

NMR spectroscopy exploits the magnetic properties of atomic nuclei to provide detailed molecular structure and environment information.