GTx-Proteo™

Our GTx-Proteo offers a comprehensive and cutting-edge solution for extracting meaningful insights from mass spectrometry data. Mass spectrometry is a powerful technique used to analyze complex biological samples, enabling the identification and quantification of molecules such as proteins, peptides, metabolites, and lipids. Our service combines advanced computational methods, data analysis expertise, and domain knowledge to assist researchers in deriving valuable information from their mass spectrometry experiments.

Applications:

Protein identification and quantification

Metabolomics and lipidomics analysis

Biomarker discovery

Drug metabolism and pharmacokinetics studies

Proteogenomics research

Functional analysis of complex biological samples

Key Features:

Data Preprocessing and Quality Control: We perform thorough preprocessing and quality control on raw mass spectrometry data, including noise reduction, baseline correction, and peak detection. This ensures that your data is accurate and ready for downstream analysis.

Feature Extraction and Identification: Our service excels in extracting features (peaks) from mass spectra and annotating them with potential molecular identities. We employ reference and proprietary databases to match detected features with known compounds, aiding in the identification of molecules of interest.

Quantitative Analysis: We offer a range of quantitative analysis techniques, from label-free quantification to isotope labeling and TMT-based quantitation. These methods allow you to compare the abundance of molecules across different samples and conditions, revealing changes in expression levels.

Statistical Analysis: Our bioinformatics experts apply advanced statistical methods to your data, enabling you to uncover statistically significant differences between sample groups. This can include t-tests, ANOVA, and more, providing robust insights into your experimental outcomes.

Pathway and Functional Analysis: To understand the biological context of your results, we offer pathway and functional enrichment analysis. By mapping identified molecules to biological pathways and gene ontology terms, we help you decipher the underlying biological implications.

Customized Workflows: Every experiment is unique. We tailor our analysis workflows to meet your specific research goals and experimental design, ensuring that you receive relevant and accurate results.

Visualization and Reporting: We provide intuitive visualizations, such as heatmaps, volcano plots, and pathway diagrams, to help you interpret and communicate your findings effectively. Detailed reports encompassing analysis methodologies and results are also provided.

Integration with Other Data Types: Mass spectrometry data often complements other omics data. We offer integration services to combine mass spectrometry results with genomics, transcriptomics, and proteomics data, enabling a holistic understanding of biological systems.

Benefits:

Expertise: Our team comprises bioinformatics experts, mass spectrometry specialists, and biologists who collaborate to provide comprehensive insights.

Time and Cost Efficiency: By outsourcing complex data analysis, you can focus on your research objectives and save time and resources.

Cutting-edge Tools: We utilize state-of-the-art bioinformatics tools and software to ensure accurate and up-to-date analyses.

Interpretation: Beyond data analysis, we help you interpret the results in the context of your biological questions.

Unlock the potential of your mass spectrometry data with GTx-Proteo. Our integrated approach combines data analysis expertise with domain knowledge, enabling you to extract meaningful insights and accelerate your research goals. Contact us to learn more about how we can assist you in harnessing the power of mass spectrometry for your research endeavors.

GTx-Proteo™

Our GTx-Proteo offers a comprehensive and cutting-edge solution for extracting meaningful insights from mass spectrometry data. Mass spectrometry is a powerful technique used to analyze complex biological samples, enabling the identification and quantification of molecules such as proteins, peptides, metabolites, and lipids. Our service combines advanced computational methods, data analysis expertise, and domain knowledge to assist researchers in deriving valuable information from their mass spectrometry experiments.

Applications:

Protein identification and quantification

Metabolomics and lipidomics analysis

Biomarker discovery

Drug metabolism and pharmacokinetics studies

Proteogenomics research

Functional analysis of complex biological samples

Key Features:

Data Preprocessing and Quality Control: We perform thorough preprocessing and quality control on raw mass spectrometry data, including noise reduction, baseline correction, and peak detection. This ensures that your data is accurate and ready for downstream analysis.

Feature Extraction and Identification: Our service excels in extracting features (peaks) from mass spectra and annotating them with potential molecular identities. We employ reference and proprietary databases to match detected features with known compounds, aiding in the identification of molecules of interest.

Quantitative Analysis: We offer a range of quantitative analysis techniques, from label-free quantification to isotope labeling and TMT-based quantitation. These methods allow you to compare the abundance of molecules across different samples and conditions, revealing changes in expression levels.

Statistical Analysis: Our bioinformatics experts apply advanced statistical methods to your data, enabling you to uncover statistically significant differences between sample groups. This can include t-tests, ANOVA, and more, providing robust insights into your experimental outcomes.

Pathway and Functional Analysis: To understand the biological context of your results, we offer pathway and functional enrichment analysis. By mapping identified molecules to biological pathways and gene ontology terms, we help you decipher the underlying biological implications.

Customized Workflows: Every experiment is unique. We tailor our analysis workflows to meet your specific research goals and experimental design, ensuring that you receive relevant and accurate results.

Visualization and Reporting: We provide intuitive visualizations, such as heatmaps, volcano plots, and pathway diagrams, to help you interpret and communicate your findings effectively. Detailed reports encompassing analysis methodologies and results are also provided.

Integration with Other Data Types: Mass spectrometry data often complements other omics data. We offer integration services to combine mass spectrometry results with genomics, transcriptomics, and proteomics data, enabling a holistic understanding of biological systems.

Benefits:

Expertise: Our team comprises bioinformatics experts, mass spectrometry specialists, and biologists who collaborate to provide comprehensive insights.

Time and Cost Efficiency: By outsourcing complex data analysis, you can focus on your research objectives and save time and resources.

Cutting-edge Tools: We utilize state-of-the-art bioinformatics tools and software to ensure accurate and up-to-date analyses.

Interpretation: Beyond data analysis, we help you interpret the results in the context of your biological questions.

Unlock the potential of your mass spectrometry data with GTx-Proteo. Our integrated approach combines data analysis expertise with domain knowledge, enabling you to extract meaningful insights and accelerate your research goals. Contact us to learn more about how we can assist you in harnessing the power of mass spectrometry for your research endeavors.