Embark on a captivating journey through the intricate world of plant metabolomics with our cutting-edge service. From untargeted exploration to targeted analysis, we decode the mysteries of plant metabolism, revealing the diverse compounds and pathways that shape plant life.
Discover plant metabolites with targeted analyses by substance type. Explore amino acids, carbohydrates, organic acids, flavonoids, and more.
Unlock unique plant metabolomic profiles. Explore Arabidopsis thaliana to wheat, soybean to grape. Understand species-specific responses.
Advance plant biology insights. Investigate growth, stress responses, environment interactions, medicinal compounds, and more. Embrace sustainable solutions.
Discover the power of plant metabolomics! Our advanced approach precisely uncovers specific plant pathways, compounds, and processes, providing valuable insights into plant metabolism. Join us on this scientific journey towards agricultural innovations and sustainable solutions for a greener future.
At Creative Proteomics, we offer tailored Plant Metabolomics services to meet your unique research needs. Our expert team designs and optimizes analysis plans based on your research objectives and sample characteristics, ensuring the delivery of high-quality, reliable data, and in-depth interpretations.
By focusing on specific metabolic pathways and compounds, we provide precise insights into plant metabolism. Uncover key pathways, identify crucial compounds, and understand plant responses to environmental changes. With this in-depth understanding, you can make informed research decisions and drive groundbreaking discoveries in plant science.
Explore the diverse and uncharted plant metabolome without predefined targets. Discover novel compounds, interactions, and hidden pathways that traditional methods might miss. This holistic approach opens doors to sustainable solutions, identifies potential bioactive compounds, and sparks exciting new directions in agriculture, medicine, and beyond.
Analyze key compounds (carbohydrates, amino acids, nucleotides) using LC-MS & GC-MS techniques.
Learn More →Explore unique compounds (alkaloids, flavonoids, terpenoids) with LC-MS & GC-MS technologies.
Learn More →Identify health-boosting compounds (polyphenols) via LC-MS & HPLC methods.
Learn More →Identify quercetin, kaempferol, etc. using LC-MS & HPLC, unraveling their roles in defense mechanisms.
Learn More →Utilize advanced GC-MS & LC-MS/MS techniques to explore the world of terpenoids, including essential oils and plant hormones. Uncover their diverse and bioactive compounds.
Learn More →Quantify carotenoids through HPLC & LC-MS methods to study their roles.
Learn More →Analyze anthocyanins with HPLC & LC-MS techniques, exploring antioxidant properties.
Learn More →Study auxins, cytokinins, gibberellins, etc. through LC-MS & LC-MS/MS for regulatory molecule analysis.
Learn More →Analyze diverse carbohydrates & sugar alcohols using HPLC & MS. Uncover plant metabolic pathways & their roles in energy regulation.
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Uncover plant secrets, aid genetic research. Unlock pathways for growth & development.
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Enhance crops, ensure resilience. Identify key metabolites for stress tolerance & yield improvement.
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Improve rice quality, ensure food security. Explore essential metabolites for better varieties.
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Enhance soybean properties, support sustainability. Discover compounds with diverse applications.
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Gain insights into metabolites influencing plant growth, development, and morphology. Unlock regulatory pathways for crop improvement and better yield.
Explore metabolites involved in plant stress response, drought, and disease resistance. Discover strategies for enhancing plant resilience and agricultural sustainability.
Analyze metabolites related to nutritional content, taste, and functional properties of crops. Enhance food quality and nutritional value for better human health.
Identify bioactive compounds in medicinal plants for potential pharmaceutical applications. Uncover natural sources of therapeutically valuable substances.
What types of samples can plant metabolomics detect?
Plant metabolomics can analyze various sample types, including plant tissues (leaves, roots, fruits), seeds, cell cultures, and biofluids (sap, latex). It provides valuable insights into the metabolic state of different plant materials. Additionally, it can be applied to samples such as bark, stems or wood, resins or gums, resin acids, buds or young leaves, flowers, tissue sections, pollen, seedlings or young plants, rhizosphere soil, and root exudates.
Our metabolomics detection capabilities?
Our plant metabolomics service offers a comprehensive database with 6000+ compounds established in-house. Leveraging LC-MS/MS technology, all detected metabolites undergo primary and secondary matching with our extensive standard compound library. This library includes amino acids and derivatives, various metabolites from the sugar metabolism pathway, alkaloids, phenolics, flavonoids, terpenoids, plant hormones, and more. This ensures accurate identification and reliable quantification of diverse metabolites in your samples. Trust our advanced platform for in-depth insights into the metabolic landscape of your plant samples.
Metabolomics experiment design recommendations
Due to the large differences in individual metabolic profiles, we do not recommend mixing samples. It is generally recommended to plant 6-8 parallel samples.
What are the main contents of metabolomics data analysis?
Metabolomics data analysis includes data preprocessing, normalization, multivariate statistical analysis (PCA, PLS-DA), identification of significant metabolites (VIP, p-value), pathway analysis, and visualization of metabolic networks.
Clients submit plant samples for appropriate processing and pre-treatment, ensuring quality and stability.
Optimized extraction methods transform samples into suitable forms for metabolomics analysis.
Employ liquid chromatography-mass spectrometry for metabolite detection and identification, utilizing a 6000+ metabolite database.
Perform statistical and biological analyses, identify significant metabolites, and conduct pathway enrichment analysis.
