Mass Production and Customization of Pet Cells

Mesenchymal Stem Cells (MSC) play a pivotal role in medicine, offering remarkable proliferative capacity and multipotent differentiation potential. Our MSC services focus on gene preservation and exploring the potential of MSCs for enhancing the future well-being of cats and dogs. We provide scientifically precise solutions for advanced veterinary research. MSCs are derived from feline and canine cells, cultivated under stringent laboratory conditions to ensure optimal cell quality.

Our iPSC services focus on gene preservation and exploring the potential of iPSCs for advancing the future well-being of cats and dogs, providing scientifically precise solutions for advanced veterinary research.

Fibroblast-derived exosomes demonstrate significant potential in tissues, particularly for cats and dogs. These exosomes are rich in functional components, offering properties that can be utilized in various pet health-related applications.

Exosomes derived from Neural Stem Cells (NSC) exhibit unique potential for exploration in nervous system applications, particularly in research for cats and dogs. NSC exosomes contain various factors that are being investigated for their role in central nervous system health.

Hair Precursor Cells (HPC) exosomes exhibit remarkable potential for investigation into hair biology, particularly for research related to the hair health of cats and dogs. These exosomes are rich in nutritional factors, which are being explored for their relevance to supporting hair follicular research and enhancing the understanding of hair quality and density.