At BOC Sciences, we provide chromatography testing services for a wide range of research and industry needs. Our team uses advanced platforms such as HPLC, UHPLC, GC, IC, SEC/GPC, and 2D chromatography. We design methods, adjust workflows, and deliver accurate and reproducible results. Our services support drug development, biomolecule analysis, polymer characterization, and complex mixture testing. Every project receives tailored solutions to ensure efficiency and reliable data. With global experience and proven expertise, we help clients turn analytical results into clear insights and confident decisions.
High performance liquid chromatography (HPLC) is a cornerstone method in pharmaceutical and biomedical research. At BOC Sciences, our HPLC services support drug development, impurity profiling, and quality control. With a broad selection of columns and mobile phases, we can separate compounds with varying polarities and consistently produce high-quality, reliable data.
Ultra-high performance liquid chromatography (UHPLC) extends HPLC capabilities by using smaller column particles, enabling faster analysis, improved resolution, and reduced solvent use. This method is ideal for complex mixture analysis and high-throughput screening in pharmaceutical R&D. Our UHPLC platforms deliver rapid, dependable results to help meet project timelines efficiently.
BOC Sciences provides advanced gas chromatography (GC) testing for volatile and semi-volatile compounds. Our GC systems, equipped with high-resolution detectors, are applied across drug analysis, environmental testing, and forensic studies. This technique separates and quantifies components that can be vaporized without decomposition, delivering highly reproducible results across diverse applications.
Ion chromatography (IC) allows precise separation and detection of ionic species, including cations, anions, and organic acids. BOC Sciences uses state-of-the-art IC instruments with conductivity detectors to accurately measure trace components in pharmaceuticals, food, and environmental samples.
Size exclusion chromatography (SEC) and gel permeation chromatography (GPC) separate molecules based on size rather than chemical properties, making them essential for protein purification and polymer characterization. Our SEC/GPC services cover biomolecules, peptides, polysaccharides, and synthetic polymers, providing detailed insights into molecular weight distribution and sample purity.
Two-dimensional chromatography combines two separation techniques to maximize resolution when single-dimension methods are insufficient. We apply 2D chromatography in metabolomics, proteomics, and complex drug formulations, delivering customized solutions tailored to your specific research or development needs.
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We analyze active pharmaceutical ingredients (APIs), intermediates, and formulations. Our chromatography testing supports impurity detection, stability studies, and batch quality control to meet strict pharmaceutical standards.
Proteins, peptides, and other biomolecules require specialized separation methods. BOC Sciences applies SEC, HPLC, and ion chromatography to analyze molecular weight, purity, and aggregation, supporting biopharmaceutical development.
Chromatography is essential for lipidomics and triglyceride profiling. Using GC and LC-MS platforms, we deliver accurate analysis of fatty acids, triglycerides, and complex lipid mixtures in biomedical research.
We test pigments, alkaloids, and bioactive compounds from plant sources such as spinach, kale, and flowers. Chromatography ensures reliable identification and quantification, supporting natural product research and nutraceutical studies.
We provide a range of chromatography testing services for universities and research centers worldwide, supporting fundamental research, student training, and academic publications, helping researchers obtain reliable data.
We offer comprehensive chromatography testing services for pharmaceutical and biotech companies, from early-stage compound screening to late-stage quality control, helping accelerate drug development and ensure compliance with industry standards.
We provide GC-MS and LC-MS analysis for forensic laboratories and drug testing agencies, helping accurately identify and quantify drugs, toxins, and controlled substances.
We deliver chromatography testing for food and environmental laboratories, enabling precise detection of contaminants, residues, and pollutants in water, soil, and food products, supporting food safety and environmental protection.
We provide chromatography services such as SEC/GPC for industrial clients, supporting polymer and materials research by characterizing molecular weight distribution and composition to ensure R&D and production quality.
We offer chromatography testing for daily chemical product manufacturers, detecting active ingredients, additives, and trace impurities, helping optimize formulation stability, enhance product safety, and strengthen quality assurance.
At BOC Sciences, we follow a structured and transparent chromatography testing workflow to ensure accurate and reproducible results. Our streamlined process helps clients, from academic researchers to pharmaceutical companies, achieve reliable outcomes while saving time and resources.
Every project begins with a detailed consultation to understand your research goals, sample type, and analytical requirements. Our experts work closely with you to recommend the most suitable chromatography testing method, whether GC, HPLC, LC-MS, ion chromatography, or size exclusion chromatography.
Proper sample preparation is critical for high-quality data. We provide standardized procedures such as filtration, extraction, and conditioning (e.g., using chromatography filter paper, silica gel, or resin columns) to ensure sample integrity and reproducibility.
Our team tailor chromatography methods to your project's needs, including normal phase vs reverse phase chromatography selection, mobile and stationary phase optimization, and column choice. This step maximizes resolution and accuracy for complex mixtures.
Using advanced instruments such as gas chromatography analyzers, HPLC systems, LC-MS machines, and ion chromatography detectors, we perform precise separation and measurement of target compounds. Each run is conducted under strict quality controls.
Results are delivered in clear, publication-ready formats, including chromatography graphs, size exclusion chromatography results, and detailed lab reports. We ensure traceable, high-quality data to support your research.
Our relationship does not end with data delivery. BOC Sciences provides continuous technical support, result interpretation, and guidance for follow-up testing, ensuring your projects progress smoothly.
We utilize state-of-the-art gas chromatography, HPLC, LC-MS, and ion chromatography instruments to deliver highly precise and reproducible testing results.
BOC Sciences provides full chromatography supplies, including silica gel, columns, cartridges, vials, and chromatography filter paper, ensuring seamless testing workflows.
Our chromatography testing services are supported by a team of experienced biochemists and pharmaceutical scientists dedicated to reliable data and tailored solutions.
All chromatography testing at BOC Sciences follows strict international quality standards, ensuring consistent, accurate, and trusted results for research and industry.
Client: An international academic research group and a materials science company
Challenge: The client required precise size exclusion chromatography (SEC) and gel permeation chromatography (GPC) analysis to measure molecular weight distribution of protein complexes and synthetic polymers for biomedical and industrial studies.
Solution: BOC Sciences utilized advanced high performance size exclusion chromatography (HPSEC) systems, carefully selecting the most suitable SEC resins and large-scale chromatography columns for each sample. We optimized the SEC procedure and detection parameters, generating high-resolution chromatography graphs, molecular weight distribution curves, and SEC results to provide comprehensive insights.
Outcome: The academic team successfully completed protein purification experiments and published high-impact research, while the industrial partner improved polymer manufacturing consistency and strengthened market competitiveness.
Client: A mid-size biopharmaceutical company in North America
Challenge: During new drug development, the client required impurity profiling, stability studies, and comparison of normal phase vs reverse phase chromatography to ensure optimal separation of drug formulations.
Solution: Our scientific team developed a customized HPLC testing protocol using advanced liquid chromatography systems and multiple column types. By optimizing mobile and stationary phase gradients, we achieved high-resolution separation of target compounds and impurities. We further enhanced quantification accuracy with LC-MS instruments.
Outcome: The client received reproducible, high-quality chromatograms and data, enabling smooth progression of drug development and accelerating project timelines.
Client: A well-known toxicology laboratory in Europe
Challenge: The client required highly sensitive GC-MS drug testing to detect trace amounts of controlled substances in complex urine and blood samples, while minimizing false positives.
Solution: BOC Sciences deployed multiple high-resolution gas chromatography instruments and GC-MS analyzers, integrating split injection techniques and high-sensitivity TCD/mass detectors. Our team optimized column selection and mobile phase conditions for different metabolites and delivered detailed chromatography graphs and quantitative reports, ensuring traceable results suitable for forensic applications.
Outcome: The client significantly improved detection sensitivity, reduced false positive rates, and delivered testing reports that were highly recognized by judicial authorities.
Access essential chromatography resources, including guidance on column selection, mobile phase optimization, method setup, data interpretation, and detector usage tips.
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Chromatography tests are analytical methods used to separate and identify compounds in complex mixtures. By utilizing differences in properties such as polarity, molecular size, charge, or volatility, chromatography allows scientists to achieve accurate separation and quantification. At BOC Sciences, we offer comprehensive chromatography testing services, including GC, HPLC, IC, and SEC/GPC, providing high-quality data for pharmaceutical, biomedical, forensic, and industrial research.
A chromatography test typically involves several steps: consultation to determine project requirements, careful sample preparation, method development, instrumental analysis, and detailed data reporting. Depending on the sample type, techniques such as gas chromatography, liquid chromatography, or SEC/GPC may be used. At BOC Sciences, our team tailors the testing process to ensure maximum resolution, reproducibility, and accuracy, delivering results that meet international research.
The duration of a chromatography test depends on factors such as the type of method (GC vs HPLC, SEC, or IC), the complexity of the mixture, and project requirements. While some tests can be completed within hours, more advanced workflows involving method development or 2D chromatography may take longer. At BOC Sciences, we focus on efficiency without compromising accuracy, ensuring timely delivery of reliable data for research and development needs.
Gas chromatography is best suited for volatile and semi-volatile compounds, while HPLC is ideal for non-volatile or thermally unstable molecules. GC often pairs with GC-MS for drug testing and forensic analysis, whereas HPLC is widely used in pharmaceutical development, impurity profiling, and biomolecule analysis. BOC Sciences provides both GC and HPLC testing services, helping clients choose the most appropriate technique for their specific project.
Chromatography plays a vital role in detecting drugs, metabolites, proteins, and lipids. For drug testing, GC-MS ensures accurate detection of controlled substances in biological samples. In biomedical research, size exclusion chromatography and gel permeation chromatography are applied to study protein complexes and polymers. At BOC Sciences, we integrate GC, HPLC, LC-MS, and SEC/GPC platforms to deliver trusted results that support both scientific discovery and innovative biomedical applications.
The chromatography testing service from BOC Sciences consistently provides clear, detailed analytical data that supports our decision-making processes. Their expertise in method design and data interpretation has significantly enhanced our internal research strategies.
— Dr. R., Senior Scientist, Specialty Chemicals Company
BOC Sciences' chromatography testing team demonstrates a deep understanding of analytical techniques. Their innovative approach to method optimization has enabled us to explore new experimental avenues with confidence.
— Dr. T., Head of R&D, Biotech Startup
The chromatography testing services deliver highly consistent and interpretable results. This reliability has allowed our team to plan projects more effectively and make informed choices in complex research scenarios.
— Dr. H., Principal Scientist, Materials Science Company
Working with BOC Sciences has provided us with actionable insights through their chromatography analyses. Their thoughtful data presentation and comprehensive interpretation have strengthened our internal experimental planning.
— Dr. C., Research Manager, Chemical Innovation Firm
