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Animal Immune Cell Solution
The animal immune system is vast and mysterious. The various immune cells carry out their respective functions, allowing the immune system to function and maintain a dynamic balance. Immune cells differentiate through stem cell differentiation into non-specific immune cells, specific immune cells and antigen-presenting cells, which can be further subdivided. Each cell has unique characteristics and functions. BioVenic specializes in the development of animal immune cells and research into immunotherapy for companion animal diseases. We offer researchers worldwide a comprehensive solution that includes immune cell isolation, culture and characterization, immune cell modification and metabolomics analysis. With our advanced and mature platform and experienced team of experts, we provide high quality and effective personalized scientific research services.
Overview of Animal Immune Cells
| Cells | Type | Main Metabolic Pathway | Function |
| Macrophages | Type M1 |
Glycolysis Pentose phosphate pathway |
Secrete anti-inflammatory factors Kill microorganisms |
| Type M2 |
Oxidative phosphorylation Fatty acid oxidation |
Secrete anti-inflammatory factors Immunosuppression and tissue repair |
|
| Dendritic Cells | Quiet DC |
Oxidative phosphorylation Glycolysis |
Antigen presentation and activation of T cell immune response |
| Active DC | Fatty acid oxidation | Antigen presentation and activation of T cell immune response | |
| T Lymphocytes | Effector T cells |
Oxidative phosphorylation Glycolysis |
Secrete lymphokines and perform cell-mediated immunity |
| Memory T cells |
Oxidative phosphorylation Fatty acid oxidation |
Rapid activation of immune response upon secondary invasion of antigen | |
| Neutrophils | / | Glycolysis | Phagocytosis |
| B Lymphocytes | / | Glycolysis | Secretes antibodies to perform humoral immunity |
Diagram of Mammalian Immune Cells
Immune Cell Isolation and Characterization
BioVenic has designed and developed immune cell separation technologies of various types and applications for clients. These technologies are based on the differences in physicochemical properties, functions and specific surface markers of animal immune cells. By optimizing and improving experimental equipment and standard protocols, we can achieve gentle sorting of target immune cells. In parallel, we offer appropriate services for the identification and characterization of animal immune cells. Our aim is to provide robust tools and resources for basic research into the functions of different immune cell types and the characterization of specific immune cell populations. From natural killer cells to T cells, macrophages and dendritic cells, we offer comprehensive solutions to our customers. We are dedicated to improving your experimental performance and consistency of results by solving cell-related challenges for innovators in animal immune cell and cell therapy research. Our goal is to streamline the process and reduce the time and costs associated with in vitro cell culture and characterization.
Immune Cell Engineering
As an expert in the field of animal cells, BioVenic has extensive experience in immune cell development projects and employs professional methods to ensure seamless progress of customers' immune cell engineering research. We combine animal genome editing technology with animal cell metabolomics technology to design and develop immune cell detection analysis and transformation experimental programs for customers' personalized projects. We aim to promote the application of these programs in cell therapy development. BioVenic's research interests include immune cell knockout to reduce immunogenicity, metabolic reprogramming, induced expression, cell hybridization, etc. and is dedicated to overcoming the many challenges associated with its scientific research projects and the development of veterinary cell therapies.
Veterinary CAR-T Cell Therapy Development
CAR-T cell therapy, short for chimeric antigen receptor T cell therapy, is an advanced cell therapy technology that has developed rapidly in recent years. Unlike traditional veterinary drugs, CAR-T therapy is a targeted cell therapy method that harnesses the animal's own immune T cells to attack tumor cells through genetic engineering. BioVenic has pioneered specialized technical services in the development of veterinary cell therapies and has established a comprehensive scientific research platform. Strict implementation standards are set for critical operations such as genetic modification, in vitro cell expansion and quality control throughout the technical process.
Why Choose Us?
BioVenic has a deep understanding of the composition of the animal immune system and immune-related metabolic activities.
BioVenic offers a range of customized immune cell solutions that are comprehensive and tailored to the individual project requirements of customers.
BioVenic has a team of interdisciplinary and cross-disciplinary experts who provide professional guidance for animal immune cell research programs.
BioVenic is a high-tech company focused on providing essential reagents and technical services to the global biology and biomedical sectors. We have specifically launched a comprehensive solution for the development of animal immune cells. This solution helps customers complete each step, from early cell isolation and culture to the development of veterinary immunotherapies, more conveniently and efficiently. If you have a scientific research project, please contact us. We would be happy to discuss your research needs using the Animal Immune Cell Solution.