Integrative Metabolome and Transcriptome Analysis
Transcriptome sequencing can yield a large number of differentially expressed genes and regulatory metabolic pathways. The association between genes and phenotypes is not clear, resulting in critical signaling pathways that are difficult to identify and may not achieve the desired research objectives. The metabolome can reflect and amplify changes in the transcriptome.
Creative Proteomics targets specific physiological, pathological, growth and developmental phenotypes, and integrates the analysis of numerous genes expressed temporally with differentially accumulated metabolite information through a joint metabolomic and transcriptomic analysis research approach.
Our platform can detect the overall transcript level of any species at the single nucleotide level mainly through the transcriptome sequencing service of Illumina high-throughput sequencing platform. Metabolomics analysis services based on GC-MS, LC-MS, NMR and other technical tools enable targeted and untargeted metabolomics analysis of a wide range of samples. Combined with customized molecular biology techniques, we can explain the biological phenotypes of interest at the molecular level and explore the mechanisms of organism growth and development and physiopathological responses. Combining metabolomics and transcriptomics data through the KEGG metabolic pathway to find genes and metabolites involved in significant changes in the same biological process allows rapid targeting of key genes.
Analysis Projects forIntegrative Metabolome and Transcriptome
|Correlation analysis between different genes||Differential gene fpkm values|
|Correlation analysis results of differential genes|
|Correlation analysis filtering and heat map analysis|
|Correlation analysis between different metabolites||Differential metabolite screening|
|Significantly different gene and metabolite pathway analysis|
|Correlation analysis of differential gene-differential metabolites||Correlation analysis and screening of differential genes and differential metabolites|
|Heat map analysis|
|Network diagram analysis|
Technology Roadmap forIntegrative Metabolome and Transcriptome
|Transcriptome Sequencing Samples||Metabolome Analysis Samples|
|Sample Type||Cells, tissues, whole blood, total RNA, etc.||Cells, tissues, urine, whole blood, serum, plasma, etc.|
|Sample Size||Recommended total RNA starting volume:2 μg, minimum 1 μg, concentration ≥ 50 ng/μL||Recommended starting volume (single):|
- Plasma or serum > 300 μL
- Urine > 5 mL
- Tissue > 100 mg
- Cells > 107
If you want to know more, please contact us. Looking forward to cooperating with you.
For Research Use Only. Not for use in diagnostic procedures.