Multi-Omics Integration Analysis
Traditional single-omics analysis is no longer sufficient to fully elucidate the molecular regulatory mechanisms of insects in complex biological processes. Multi-omics integration, a key research tool in systems biology, enables the integration and analysis of data from different omics levels, providing a comprehensive understanding of insect biology from multiple dimensions.
Lifeasible specializes in the field of insect research. We integrate advanced omics platforms with bioinformatics analysis technologies to provide a one-stop service for multi-omics integration analysis of insects, enabling clients to gain a comprehensive and systematic understanding of insect biological characteristics and drive progress in insect research.
What Can We Offer?
| Multi-omics technology integration services |
- Cross-omics data generation and standardization. We provide integrated detection of genomes, transcriptomes, proteomes, and metabolomes, i.e., through high-throughput sequencing and mass spectrometry technologies, we simultaneously obtain gene expression, protein translation, and metabolite dynamic data, eliminate batch effects, and standardize processing.
- Integration of gut microbiome metagenomics and host genomics. We perform 16S rRNA sequencing or metagenomic analysis of insect gut microbiota, simultaneously correlating with host transcriptomics or metabolomics to elucidate microbiota-host interactions.
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- Customized omics combination solutions. Customers can select combinations based on their needs, such as transcriptomics and metabolomics, proteomics and lipidomics, or epigenomics and transcriptomics.
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| Mechanism analysis services |
- Construction of a functional interaction network between symbiotic bacteria and their hosts. We integrate metagenomics, host transcriptomics, and metabolomics to reveal how symbiotic bacteria regulate nutrient absorption in insects.
- Modeling of insect stress resistance and defense mechanisms. This can be used to study plant-insect interaction mechanisms and pesticide resistance mechanisms.
- Identification of developmental and diapause regulation pathways. We combine transcriptomics, proteomics, and metabolomics to analyze the co-expression of diapause-related genes and metabolite accumulation, revealing energy conservation mechanisms.
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Our Technical Features
- We utilize multi-omics integrated analysis, which involves analyzing expression levels at multiple levels to achieve a comprehensive analysis of the entire omics spectrum.
- We screen key metabolic pathways, genes, and metabolites from large amounts of data to assist researchers in conducting follow-up in-depth experimental analyses.
- We explore insect biology questions from multiple angles, with more evident cross-validation effects.
- We systematically elucidate the functions and regulatory mechanisms of biomolecules by elucidating the mechanisms linking molecular regulation and phenotypic associations.
Application Areas
- Research on the mechanisms of insecticide resistance in agricultural pests.
- Analysis of the mechanisms of biological control (such as parasitic wasps and insect pathogenic microorganisms).
- Analysis of insect development and metamorphosis mechanisms.
- Research on behavioral regulation and pheromone synthesis mechanisms.
- Analysis of insect-plant interaction mechanisms.
- Insect gut microbiota and its effects on the host.
- Screening of new insecticide targets and verification of their efficacy mechanisms.
- Development and optimization of insect resources.
Our Testing Process
Fig.2 Our experimental process. (Lifeasible)
Why Choose Us?
- Powerful database. We have a powerful insect multi-omics database and have developed specific plugins for highly heterozygous genomes, resulting in extremely low assembly error rates.
- One-stop service. We offer a one-stop service covering live sampling, nucleic acid or protein extraction, library construction, sequencing, and bioinformatics analysis.
- Expert team. Our expert team has led multiple species genome projects and has extensive experience in integrated multi-omics analysis of insects.
- Customized services. We provide customized experimental designs and analysis plans tailored to clients' research objectives, supporting complex experimental conditions such as specific insect species, developmental stages, and treatment methods.
Lifeasible relies on its powerful technology platform and scientific research service capabilities to provide multi-level, systematic multi-omics joint analysis services for insect research, thereby promoting progress in the field of insect research. If you are interested, please feel free to contact us.
For research or industrial raw materials, not for personal medical use!
