Environmental Science Research
- Non-targeted metabolite detection and component screening
- Quantitative analysis of small molecular compounds
- Chemical feature comparison and statistical analysis
- Multi-sample data integration and report generation
- Investigating chemical composition differences among environmental samples
- Analyzing the material composition of samples under different regions or conditions
- Establishing chemical composition profiles for environmental samples
- Comprehensive protein composition detection and quantitative analysis
- Evaluation of protein composition differences among samples
- Community feature comparison and classification statistics
- Data visualization and report generation
- Analyzing community characteristics under different environmental conditions
- Comparing protein composition variations in soil or sediment samples
- Exploring the diversity of biological components in environmental samples
- Determination of element and metal content (ICP-MS)
- Quantitative analysis of chemical components (GC-MS/MS, LC-MS/MS)
- Comparison of component distribution among samples
- Data statistics and graphical presentation
- Detection and comparison of major elements in environmental samples
- Analysis of inorganic components in soil and sediment
- Evaluation of differences in component distribution among samples
- Multi-omics data integration and standardization
- Analysis of inter-sample differences and correlations
- Statistical summary and data visualization
- Comprehensive report and conclusion generation
- Analyzing overall molecular composition across different samples
- Comparing correlations among multiple data layers
- Establishing a systematic data framework for environmental samples
- SEM and TEM observation of particle morphology and surface features
- Cryo-EM analysis of microstructural characteristics
- FTIR and XRD analysis of material composition
- Comprehensive evaluation of morphological and chemical features
- Morphological studies of soil, sediment, or particulate samples
- Structural observation of biofilms and composite samples
- Analysis of surface features and component distribution in samples
- Accepted Sample Types: Soil, sediment, plant tissues, airborne particulates, biofilms, and others
- Storage Conditions: Samples are recommended to be snap-frozen in liquid nitrogen and stored at −80 °C, avoiding repeated freeze-thaw cycles
- Testing Items: Evaluation of purity and integrity for elements, metabolites, proteins, and other chemical components
- Comprehensive Quality Control: Standard references and quality control samples are incorporated throughout the entire process, from sample preparation to data analysis
Environmental science research aims to systematically analyze the chemical and biological characteristics of the natural environment and its components, revealing the patterns of material changes in different samples under natural processes or human influence. This research field not only provides fundamental data for ecological and environmental quality assessment but also offers reliable technical support for resource management and environmental monitoring. With the advancement of analytical technologies, multi-omics detection and high-resolution instruments have been widely applied in molecular-level studies of environmental samples, enabling researchers to understand environmental changes from a more detailed perspective.
Relying on advanced instruments and analytical platforms, MtoZ Biolabs provides integrated environmental science research services for clients. We focus on comprehensive detection of chemical components, metabolites, proteins, and elements in samples. Through standardized processes and multidimensional data integration, we help clients comprehensively evaluate the composition and characteristic variations of environmental samples. Our goal is to provide rigorous data and high-quality analysis to deliver reliable technical support for environmental monitoring, sample evaluation, and ecology-related research.
Services at MtoZ Biolabs
1. Environmental Metabolomics and Chemical Composition Analysis
Technologies Used: GC-MS, LC-MS, Orbitrap-MS, UHPLC-QTOF-MS
MtoZ Biolabs provides metabolomics and chemical composition analysis services for environmental samples such as soil, sediment, plant tissues, and airborne particulates. Through precise separation and high-resolution detection, a wide range of small molecular compounds in samples can be identified and quantified, comprehensively reflecting the chemical composition characteristics of environmental samples.
Service Content:
Typical Applications:
Wei, S. et al. Metabolomics. 2022.
Figure 1. Representative Workflow of Metabolomics in Environmental Science.
2. Environmental Proteomics and Community Characterization Analysis
Technologies Used: LC-MS/MS, Orbitrap Fusion, DIA Quantification
MtoZ Biolabs conducts high-resolution mass spectrometry analysis to detect protein composition in environmental samples, helping researchers understand the overall characteristics of microbial communities and biological materials. This service can be used to compare differences in protein composition among various samples, providing reliable data support for ecological and environmental studies.
Service Content:
Typical Applications:
Guo, H Y. et al. Science of the Total Environment, 2021.
Figure 2. Novel Perspectives of Environmental Proteomics.
3. Element and Composition Content Analysis
Technologies Used: ICP-MS, GC-MS/MS, LC-MS/MS, FTIR
MtoZ Biolabs provides high-precision element and composition detection services, accurately determining the content of metal elements, inorganic ions, and characteristic compounds in environmental samples. These analyses offer reliable data for environmental quality assessment and sample comparison.
Service Content:
Typical Applications:
Zhong, Y H. et al. Journal of Chromatography A, 2022.
Figure 3. The Status and Progress of Environmental Sample Preparation Techniques in Elemental Analysis.
4. Multi-Omics Integration and Data Analysis
Technologies Used: Statistical Analysis, Correlation Analysis, Multidimensional Data Integration
MtoZ Biolabs integrates metabolomics, proteomics, and compositional analysis data to identify correlations and variation trends among environmental samples. Through standardized data processing, we provide clients with clear, comparable result presentations and comprehensive visual reports.
Service Content:
Typical Applications:
Shi, C C. et al. Environmental Pollution, 2024.
Figure 4. The Possibly Molecular Mechanisms of Typical Environmental Pollutants Based on Multi-Omics Analysis.
5. Sample Structure and Characterization Analysis
Technologies Used: Cryo-EM, Scanning Electron Microscopy (SEM), Transmission Electron Microscopy (TEM), Fourier Transform Infrared Spectroscopy (FTIR), X-ray Diffraction (XRD)
MtoZ Biolabs provides structural and characterization analysis services for environmental samples, enabling the observation of sample morphology, particle distribution, and material composition. By combining microscopic and spectroscopic techniques, we obtain detailed information on the morphology, structure, and composition of samples.
Service Content:
Typical Applications:
6. Sample Processing and Quality Control
MtoZ Biolabs follows standardized sample pretreatment procedures and rigorous quality control workflows to ensure that all analytical results are accurate, stable, and reproducible.
Common Applications
1. Environmental Sample Quality Assessment
Analyze the chemical composition and major components of environmental samples to provide fundamental data for environmental quality research.
2. Ecological Sample Composition Comparison
Compare molecular composition differences among samples collected from different locations or under varying conditions.
3. Soil and Sediment Characterization
Detect the main components and structural features of solid samples to evaluate sample types and potential sources.
4. Structural and Distribution Analysis of Environmental Samples
Use microscopic and spectroscopic analyses to observe the morphology and compositional characteristics of samples.
5. Integrated Data Analysis and Result Presentation
Combine multidimensional data for comprehensive analysis and provide clear, visualized results and reports.
Why Choose MtoZ Biolabs?
✅ Multi-Platform Integration: Combines mass spectrometry, chromatography, electron microscopy, and spectroscopy technologies to meet diverse analytical needs.
✅ Advanced Technology: Equipped with high-performance systems such as Orbitrap, ICP-MS, and UHPLC-QTOF-MS.
✅ Reliable Data: Implements full-process quality control to ensure stable and comparable results.
✅ Extensive Expertise: A professional team with backgrounds in environmental science and analytical chemistry.
✅ Flexible Solutions: Customizes analytical strategies and report formats according to specific project requirements.
Contact Us
MtoZ Biolabs is dedicated to providing reliable and systematic molecular and structural analysis services for environmental science research. Whether your study focuses on sample composition analysis, environmental quality evaluation, or structural characterization, we offer rigorous experimental workflows and standardized data support to ensure strong scientific reliability for your projects. Contact the MtoZ Biolabs team today to obtain customized research solutions and project quotations.
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