MeRIP Sequencing Service
m6A (N6-methyladenosine) is a methylation modification on the sixth nitrogen atom of RNA adenine, representing a common post-transcriptional modification on eukaryotic mRNA. Methylated RNA Immunoprecipitation (MeRIP) utilizes m6A-specific antibodies to recognize and bind m6A on mRNA. This technique employs RNA immunoprecipitation to enrich methylated fragments, combined with high-throughput sequencing, to investigate mRNA regions undergoing m6A methylation. Lifeasible offers MeRIP sequencing services, playing a vital role in helping researchers gain deeper insights into how insects regulate gene expression through RNA modifications and analyze differences in RNA modifications across various developmental stages or tissues.
What Can We Offer?
We offer MeRIP sequencing services for insect research. Starting with RNA samples that pass quality control, we perform IP experiments and library preparation for sequencing to obtain high-quality reads. Motif analysis is used to assess IP specificity and the reliability of the results, enabling the efficient prediction of relevant genes and facilitating functional enrichment analysis. We construct m6A modification maps, providing systematic data support for in-depth analysis of insect gene regulatory mechanisms and epigenetic transcriptomic regulatory networks. Tailored to the unique demands of insect research, we offer comprehensive MeRIP sequencing services, encompassing sample processing, data analysis, and the following key components.
| RNA sample testing and quality control |
- RNA purity, integrity, and concentration are tested.
- Ensure high-quality input for subsequent IP experiments and library construction and sequencing.
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| Immunoprecipitation (IP) experiments and library construction |
- Perform RNA immunoprecipitation using a highly specific m6A antibody.
- Establish control and experimental groups to ensure signal reliability.
- Construct libraries and perform high-throughput sequencing to obtain high-quality reads.
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| Data analysis |
- Data quality control and filtering. This step removes low-quality reads and adapter sequences to ensure data quality.
- Peak identification and motif analysis. Assess the specificity and reliability of the immunoprecipitation.
- Differential m6A modification analysis. Identify differentially modified sites across treatment groups or tissues.
- Gene function prediction and enrichment analysis. Reveal the roles of m6A modification-related genes in development, metabolism, immunity, and other processes.
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Application Areas of MeRIP Sequencing
- Developmental biology. Analyze m6A modification changes during embryonic development to identify key regulatory genes.
- Neuroscience research. Investigate the role of RNA modifications in neuronal differentiation and synapse formation.
- Immune and pathogen response. Reveal RNA modification changes in insects during viral or bacterial infections to understand immune regulatory mechanisms.
- Sex determination and reproduction. Explore m6A modification patterns in sex determination-related genes to study reproductive system developmental regulation.
Our Testing Process
Fig.2 Our experimental process. (Lifeasible)
Why Choose Us?
- Extensive research experience. We possess expertise in transcriptomic and epigenomic studies across diverse insect categories, including pests, model insects, and economically significant insects.
- One-stop service. We provide comprehensive technical support throughout the entire workflow—from RNA sample quality control and immunoprecipitation to sequencing and data analysis.
- Customized analysis. We offer tailored services based on research objectives and client project requirements.
- High-quality data output. Every stage of our experiments undergoes rigorous quality control to ensure data reproducibility and reliability.
Lifeasible leverages its advanced technology platform and professional research team to provide researchers with high-quality, comprehensive insect MeRIP sequencing services, advancing the field of entomology. If you are interested, please feel free to contact us.
For research or industrial raw materials, not for personal medical use!