At BOC Sciences, we offer a comprehensive suite of Mass Spectrometry (MS) testing services tailored to the unique requirements of research and industrial clients. Our capabilities include precise molecular analysis, structural characterization, compound verification, and quantitative profiling. Leveraging advanced instrumentation and a team of skilled analytical chemists, we provide accurate and reliable results that help clients make informed decisions. Researchers and professionals in pharmaceuticals, materials science, and chemical R&D consistently commend our expert guidance, detailed reporting, and adaptable service options, ensuring their projects move forward smoothly and confidently.
MS testing is a powerful analytical method used to identify and measure molecules by their mass-to-charge ratio. The technique works by ionizing compounds and separating the resulting ions through electric or magnetic fields to generate a mass spectrum. This spectrum reveals critical details about molecular weight, composition, and structural features. Renowned for its sensitivity, accuracy, and versatility, MS testing is widely applied in analyzing complex mixtures, verifying compounds, and supporting research and development. Its precision and reliability make it an essential tool in modern analytical laboratories.
We offer the following MS testing services to support precise analysis of molecular structures and composition in your samples.
At BOC Sciences, we provide LC-MS/MS testing using triple quadrupole (QqQ), Q-Trap, or Orbitrap LC systems to analyze small molecule metabolites, drugs, vitamins, hormones, and bile acids. Typical applications include metabolic screening, drug monitoring, biochemical quantification, and food safety testing.
BOC Sciences offers GC-MS/MS testing employing quadrupole or ion trap analyzers to detect volatile organic compounds, fatty acids, and pesticide residues. This technique is widely applied in environmental monitoring, food residue analysis, and forensic toxicology, providing clients with reliable and actionable analytical data.
At BOC Sciences, MALDI-TOF MS is used to analyze proteins, peptides, microbial protein fingerprints, and nucleic acid fragments. Key applications include rapid microbial identification, proteomics research, and pathogen analysis, delivering precise and dependable results for research and industrial projects.
BOC Sciences provides ICP-MS testing for the detection of metal and trace elements. This service supports trace element quantification, environmental heavy metal monitoring, and mineral analysis in food and materials, offering accurate, high-quality data for diverse analytical needs.
At BOC Sciences, high-resolution mass spectrometry (HR-MS), including FT-ICR and Orbitrap systems, analyzes large molecules and complex mixtures. Applications include metabolomics, proteomics, trace analysis, and drug metabolism studies, meeting the requirements of advanced research projects.
BOC Sciences provides GC-MSI services, combining gas chromatography with mass spectrometry imaging modules to map the spatial distribution of volatile compounds. Typical applications include food and spice distribution analysis and on-site forensic investigations, providing clients with clear, visualized analytical data.
Reach out to BOC Sciences. Our experts will review your project needs and provide a customized testing strategy with a detailed, personalized quote.
Submit your sample information today and let our team design the optimal MS testing plan for your needs.
MS Testing supports small molecule analysis, metabolite profiling, and compound verification. Pharmaceutical and biotech firms often face complex samples and high-precision needs. BOC Sciences provides reliable qualitative and quantitative insights, assisting research, development, and process optimization across diverse projects.
Chemical and materials companies require analysis of raw materials, polymers, composites, and impurities. Diverse samples and complex matrices can be challenging. BOC Sciences' MS Testing delivers detailed molecular and material composition data, supporting product development, quality assurance, and workflow efficiency.
Food and nutrition companies rely on MS Testing for vitamins, hormones, metabolites, and trace elements. Complex sample composition and high precision demand tailored solutions. Our services provide accurate, actionable data, ensuring product quality, ingredient verification, and reliable safety assessment.
Environmental and industrial teams use MS Testing for volatile compounds, heavy metals, and pollutants. Complex matrices and high sensitivity requirements pose challenges. BOC Sciences provides precise molecular and elemental information, supporting environmental monitoring, industrial quality control, and informed, data-driven decisions.
BOC Sciences' MS testing services deliver fully tailored analytical solutions based on your sample characteristics and project requirements, providing highly reliable and reproducible results to support R&D, production optimization, and data-driven scientific decision-making.
Clients submit testing requests via website, email, or phone. Our experts clarify sample type, goals, and optimal analysis strategy.
Samples are received, logged, and evaluated for quality. Ensuring proper condition guarantees reliable subsequent mass spectrometry analysis.
We develop a tailored mass spectrometry plan, selecting methods and instruments while communicating with clients to align with objectives.
Professional technicians perform sample analysis on advanced MS instruments, optimizing conditions for accurate, high-quality, and reproducible results.
Raw data is processed and analyzed systematically. Verification ensures result reliability, providing meaningful insights for research and development.
Clients receive a clear, detailed report with spectra and explanations. Our team offers support to interpret and apply the results effectively.
Our MS testing services usually deliver comprehensive result reports to clients:
BOC Sciences uses high-resolution TOF and Orbitrap mass spectrometers for accurate, reliable detection of complex molecules and trace components.
Our MS analysts offer customized strategies and detailed interpretation for complex molecular characterization across diverse sample types.
Partnerships with leading research institutions and instrument providers ensure industry-leading precision and innovative MS methodologies.
Services cover chemicals, materials, food additives, and natural products, delivering scientifically valuable, optimized, and actionable MS analysis results.
Client: A leading biopharmaceutical company in North America
Challenge: The client needed precise quantification of low-abundance therapeutic proteins in complex biological matrices to support biomarker validation, requiring high sensitivity and reproducibility.
Solution: BOC Sciences applied triple quadrupole LC-MS/MS systems with optimized multiple reaction monitoring (MRM) protocols. Sample preparation workflows were tailored using solid-phase extraction and isotopic internal standards to enhance signal-to-noise ratio. Our team also implemented automated data processing pipelines to accelerate result interpretation.
Outcome: The client achieved reliable quantification of target proteins at sub-ng/mL levels, reduced assay variability, and significantly shortened turnaround time for high-throughput projects. The resulting data enabled confident decision-making for biomarker development.
Client: A European nutritional supplement manufacturer
Challenge: The client required accurate profiling of hundreds of metabolites in human plasma to evaluate the efficacy of a novel supplement, while avoiding matrix interferences and maintaining compliance with internal quality standards.
Solution: BOC Sciences deployed high-resolution Orbitrap MS coupled with ultra-performance liquid chromatography (UPLC). Customized gradient methods and optimized ionization parameters were applied to cover both polar and nonpolar metabolites. Data processing leveraged targeted and untargeted metabolomics workflows, generating comprehensive quantitative and qualitative profiles.
Outcome: The client obtained precise metabolite identification and quantification within a short analytical cycle, enabling rapid product optimization and robust efficacy assessment. The high-resolution data supported peer-reviewed publications and enhanced overall research outcomes.
Client: An industrial environmental testing laboratory in Asia
Challenge: The client sought sensitive detection of trace organic contaminants (e.g., pesticides, PCBs) in soil and water samples, requiring broad-spectrum screening without compromising throughput.
Solution: BOC Sciences implemented automated sample extraction and concentration workflows combined with GC-MS/MS analysis. Advanced splitless injection techniques and selective ion monitoring (SIM) were optimized for trace-level contaminants. Our team provided detailed reports with chromatograms, mass spectra, and quantitative tables for each analyte.
Outcome: The client achieved enhanced detection limits, faster sample processing, and consistent reproducibility across diverse sample types. Our service enabled comprehensive environmental risk assessments with actionable insights.
MS Testing can be applied to pharmaceuticals, proteins/peptides, metabolites, biological fluids, as well as environmental and food samples. BOC Sciences is equipped with a wide range of high-resolution MS platforms and tailors sample preparation and analytical workflows to each matrix type, ensuring high sensitivity and accuracy to support research and development projects.
We utilize advanced technologies including LC-MS/MS, GC-MS, and Orbitrap, combined with strict quality control systems and automated data processing. This allows us to achieve precise analysis in complex samples. Unlike conventional testing, BOC Sciences emphasizes customized solutions and full traceability, ensuring clients receive results that are both in-depth and reliable.
For complex samples, BOC Sciences applies matrix-specific preparation techniques such as solid-phase extraction and derivatization, while optimizing MS parameters including ionization mode, resolution, and quantitative monitoring strategies. Internal standards and calibration curves are incorporated to minimize background interference, ensuring scientific rigor and reproducibility in both qualitative and quantitative data.
Our MS Testing services cover a broad range of applications including drug development, proteomics and metabolomics research, food safety testing, and environmental contaminant monitoring. Whether for high-throughput screening or low-abundance molecular identification, BOC Sciences delivers tailored solutions to help clients efficiently advance both research and industrial projects.
Once samples are received, we design a tailored analytical strategy based on the client’s research objectives and sample characteristics, while maintaining transparent communication throughout the process. With standardized laboratory procedures and professional data interpretation, BOC Sciences ensures the delivery of scientifically robust and application-ready results to support clients in accelerating project progress.
The mass spectrometry service from BOC Sciences provided in-depth molecular characterization that was critical for our R&D projects. Their team demonstrated strong technical expertise in handling complex sample matrices and delivered results that were both reliable and highly informative.
— Dr. M., Senior Scientist, Global Biopharmaceutical Company
We engaged BOC Sciences for advanced MS Testing on diverse samples, and their ability to adapt analytical methods to our specific needs exceeded expectations. The combination of high-resolution instrumentation and customized workflows made them a trusted partner for ongoing research collaborations.
— Dr. K., Head of Research, Nutritional Product Manufacturer
The MS Testing service enabled precise detection of low-abundance targets that were difficult to capture with other techniques. The results were accurate, reproducible, and provided clear insights that directly supported our decision-making in product development.
— Dr. S., Principal Investigator, Academic Research Institute
Beyond delivering high-quality spectra, BOC Sciences offered comprehensive data analysis and interpretation tailored to our project goals. Their ability to translate complex mass spectrometry data into actionable conclusions added significant value to our internal research pipeline.
— Dr. R., Analytical Development Manager, Specialty Chemical Company
