Multi-omics Services for Obligatory Parasites
Obligatory parasites are parasites that must live parasitically at various periods or stages of their life history or they cannot survive. For example, the various developmental stages of malaria parasites must be carried out in humans and mosquitoes, otherwise, they cannot complete their life history; the larvae of hookworms live on their own in the soil, but after developing into filamentous form, they must invade the host to live on parasites to develop into adults.
The study of the evolution, pathogenic mechanisms, diagnosis, and control of obligate parasites is a hot research topic at present, and biotechnology is increasingly used in this field. Ace Therapeutics is an expert in the field of parasitology, providing clients with mandatory parasite multi-omics services, including genomics, epigenomics, transcriptomics, proteomics, metabolomics, and microbiomics. It aims to analyze, visualize and interpret data on obligate parasites at the molecular level, elucidating the mechanisms underlying biological processes.
Multi-Omics Service Options for Obligatory Parasites
We have a technical team with extensive experience in holography and can provide multi-omics services for obligatory parasites, as described below. If you want to know more, you are welcome to consult us.
1. Transcriptomics
We provide transcriptomic services for obligatory parasites, such as mRNA-seq, lncRNA-seq, circRNA-seq, and small RNA-seq, which can help you to explore how obligatory parasites evolve, and their physiological and developmental or morphological structural changes. As well as exploring what changes they undergo before and after the invasion of the host allowing the creation/enhancement of campylobacter life.
2. Proteomics
We provide proteomics services for obligatory parasites, including iTRAQ/TMT labeled quantitative proteomics, label-free quantitative proteomics, DIA quantitative proteomics, qualitative identification proteomics, and qualitative modification proteomics. We mainly focus on the composition and changes of proteins and enzymes during the evolution, pathogenesis, and treatment of obligatory parasites and parasite-host interactions study, and provide the theoretical basis for finding biomarkers.
3. Metabolomics
We provide metabolomics services for obligatory parasites, including target metabolomics and non-target metabolomics, etc. The main focus is on the composition and changes of metabolites in obligatory parasites during the evolution of life adaptations, pathogenesis, and treatment. To provide a basis for basic research, drug development, or clinical studies of obligatory parasites.
4. Integrated multi-omics data analysis
We provide multi-omics integrated analysis for obligatory parasites research, including but not limited to transcriptome and proteome integrated analysis, transcriptome and metabolome integrated analysis, and proteome and metabolome integrated analysis. Integrated multi-omics data analysis is more than just data stitching, it is a deep understanding of biological processes and molecular mechanisms. Progressive refinement of obligatory parasites from part to whole biological studies.
Service Details
- Sample type: in most cases, the sample is the biological process/gradient of the origin, infection, development, pathogenesis, treatment, etc. of obligatory parasites, or the sample type is chosen according to the purpose of your study.
- Delivery content: experiment report.
- Service fee: please get it through online inquiry.
Our Advantages
- Possess rich experimental experience to provide better and more efficient services to our customers.
- With rich experience in personalized analysis, we can choose the most suitable analysis software according to the project needs, only to ensure the most accurate results.
- We focus on parasitology research and can provide technical services for parasitology-related research with comprehensive service categories and a one-stop service model to help your research be completed successfully.
All of our services and products are intended for preclinical research use only and cannot be used to diagnose, treat or manage patients.
