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Animal Untargeted Lipidomics
BioVenic offers customers personalized animal lipidomics analysis services, providing technical assistance for studying the composition and content variations of lipids in animals at a systemic level. Our lipidomics solution meets the needs of every step in the metabolism and lipid analysis process. With our multidimensional and comprehensive capabilities, we offer new methods for studying the mechanisms of lipid metabolism regulation in various biological phenomena and identifying lipid biomarkers among animals.
Background
Lipidomics is different from traditional metabolomics, as it primarily focuses on the detection of hydrophobic molecules. It has become an independent field of study, known as lipidomics, due to the complexity of an organism's lipid bodies. Lipid metabolism in animals is a fundamental metabolic process that plays a crucial role in energy transport, information transmission, dynamic regulation, and other essential events during growth and development. Lipidomics is the comprehensive and systematic analysis and identification of lipids and their interacting metabolites in organisms, tissues, or cells. The comprehensive application of animal lipidomics and metabolomics is an important high-throughput technique for understanding the structure and function of lipids. It allows us to uncover the relationship between lipid metabolism and the physiology and pathology of cells, organs, and the entire body.
Fig.1 Schematic Diagram of Common Metabolites Related to Metabolomics and Lipidomics. 1
One-stop Solutions Animal Lipidomics Analysis
BioVenic has established a comprehensive workflow specifically for animal lipidomics. Our R&D technical team has extensive experience in lipidomics and animal metabolomics projects. We are capable of conducting comprehensive analysis of non-targeted metabolism and lipidomics for our customers. From lipid extraction in samples to protocol design, and from mature data processing software to the entire service, we adapt everything according to customers' specific scientific research needs. This is done under a strict standardization framework to achieve high-precision and specific analysis of lipid samples.
- Lipid Analysis Identification
We offer efficient analysis and identification services for eight major categories of lipid metabolites in animal samples. BioVenic has a database of lipid standards that covers more than 100,000 lipid molecules. Combined with superb practical technology, we can accurately target metabolites from complex mechanisms.
- Lipid Function and Regulation Analysis
BioVenic independently develops a data processing platform that matches non-targeted lipidomics detection data. Since lipid molecules exhibit complexity and diversity, we provide customers with valuable information on lipid functions and regulatory directions through in-depth analysis and pattern exploration of non-targeted detection information. This is achieved by combining predictions from digital automated software.
- Lipid Metabolic Network Analysis
The high endogenous abundance of lipids originates from the active and extensive lipid metabolism network in animals. BioVenic offers a one-stop solution for researchers investigating the mechanisms of significant animal diseases and interpreting the physiological functions of lipids. Through a digital software platform designed for simulating and predicting metabolic pathways, we provide customers with comprehensive analysis that has significant reference value.
Flow Chart of Animal Lipidomics Analysis Service
Animal Lipidomics Applications
- Animal Disease-related Research
Researchers study lipids in complex biological fluids to identify lipid biomarkers and enhance understanding of cellular metabolism at a level that traditional analytical methods cannot achieve. Lipidomics can be used to analyze and record lipid profiles, thereby revealing lipid changes that occur in metabolic disorders of animal organisms. It plays a pivotal role in understanding the mechanisms of major diseases in animals.
- Animal Nutrition and Metabolism
Lipidomics technologies support the identification and evaluation of how lipids, either alone or in conjunction with proteins, regulate cellular and subcellular functions, such as signaling and gene expression. Comprehensive lipidomics research is gradually uncovering new mysteries regarding the connection between feed and animal nutritional health.
- Drug and Therapeutic Development
Lipid identification can facilitate animal therapeutic biomarker discovery and veterinary drug development and offer more efficient and targeted treatment strategies for animal diseases by completing the lipid metabolism network.
Why Choose Us?
A self-built high-coverage lipid database with more than 100,000 metabolite information.
Suitable for detection and analysis of animal lipid samples in complex matrices.
A strict QC system is adopted to ensure that the delivery results of each project are excellent.
A dedicated technical team of animal physiology, biochemists, metabolomics, and data scientists.
High-throughput automated sample preparation system performs lipid extraction to ensure sample integrity and experimental reliability.
BioVenic has launched a comprehensive animal lipidomics platform that enables the identification of a wide range of lipid species within animal cells or tissues. This platform allows for the identification of cellular-level biomarkers and the elucidation of metabolic effects. We uniquely and perfectly combine non-targeted metabolomics and lipidomics and utilize digital analysis software development to fully interpret the biological information provided by the large data sets detected by the instrument. We are committed to becoming a reliable partner for scientific researchers who are investigating the relationship between changes in animal lipid metabolism and physiological and pathological changes. Our goal is to uncover the mechanisms by which lipids contribute to various life activities. Please feel free to contact us to learn more about our service details.
Reference
- Wang, Raoxu, et al. "Integration of lipidomics and metabolomics for in-depth understanding of cellular mechanism and disease progression." Journal of genetics and genomics 47.2 (2020): 69-83.