Marine Organism Cell Culture

The large-scale cultivation of animal cells is one of the important contents of biotechnology. Because artificially cultured animal cells can be used to isolate and identify viruses, produce vaccines and drugs. Cell culture research of marine organisms is later than that of land animals. Cells from marine animals can also be used to produce therapeutic drugs. It has been found that many marine animals can synthesize anticancer, antiviral and anticardiovascular drugs. For example, anticancer substances have been found in gorgonians, soft corals, bryozoans, sea hares, sea squirts, and broad-spectrum antibiotics in gorgonians and sponges. If it is possible to identify which types of cells in these animals are capable of synthesizing drugs, it may be possible to produce them in cell culture. Cultivating animal immune cells is an important means to study animal immune function and screen immune enhancing drugs. Cultivating cancer cells in fish is a way to study the mechanism of cancer tumorigenesis.

Our Services

With a strong team of more than 100 dedicated and skilled scientists and technicians, CD BioSciences provides state-of-the-art cell culture development services.

Sponge Cell Culture

Sponge cells are very suitable for the study of animal cell signal transduction, the research on the in vitro culture of sponge cells is also of high value in basic biological research. CD BioSciences provides sponge cell services based on our advanced technology platform and a range of capabilities.

Fish Cell Culture

Fish-derived cell lines have been established as promising tools for studying many critical issues in aquaculture, including fish growth, disease, reproduction, genetics, and biotechnology. CD BioSciences simplifies your research with a reliable supply of fish cells for your experiments and high-throughput screening work.

Cnidaria Cell Culture

The coelenterate phylum includes corals, sea anemones, and hydra, etc. It is a true two-germ layer multicellular metazoa, with tissue differentiation, but a simple structure. We provide technical expertise and dedicated facilities for testing methods in a variety of cell-based assays and functional screening. We are always ready to operate with specific client agreements and settings.

Annelida Cell Culture

Due to CD BioSciences' state-of-the-art equipment, and our expertise in cell culture solutions, CD BioSciences is a leader in the supply of primary cells. We can also provide earthworm cell cultures through partnerships with a number of research institutions.

Crustacean Cell Culture

Crustacean cell culture is gaining attention as an effective model to assist in the development of diagnostic reagents and probes for the shrimp, crayfish and lobster industries. CD BioSciences' laboratories works closely with your team and we can provide highly qualified CD BioSciences' personnel to take responsibility for your project.

Molluscan Cell Culture

Mollusk cells cultured in vitro are invaluable research tools and have made significant contributions to many disciplines including neurobiology, immunology, toxicology, environmental science, functional genomics, and more. CD BioSciences is a leader in the supply of molluscan cell culture.

Echinodermata Cell Culture

Echinoderms include sea urchins, sea stars, sea cucumbers, sea snakes, and crinoids. We provide technical expertise and dedicated facilities for important research models based on Echinodermata cell.

Marine Animal Stem Cell Culture

CD BioSciences, as a leading company specializing in marine cell research, is committed to providing the most valuable methods for the isolation, culture and differentiation of stem cells. We offer a broad range of solutions for proliferation, characterization, differentiation, characterization and screening.

Our Cell Culture Technologies

• In vitro culture technique
  Cell culture technology is a basic biological technology. The in vitro culture we provide includes cell culture, tissue culture, organ culture, etc.
• Nuclear transfer technique
  The technical route of our nuclear transfer generally includes several links such as selection of recipient cells, acquisition of donor nuclei, establishment and activation of reconstructed embryos, and implantation into the mother.
• Gene transduction technology
  Our commonly used transformation methods include physical and chemical transformation methods (electroporation, DNA microinjection, liposome embedding, etc.), virus transfection, and engineering embryonic stem cell methods.

CD BioSciences is a professional service provider for the marine biology industry. Our marine organism cell culture services can ensure that the most suitable methods and techniques are selected for your project. We provide our customers with the most precise ingredient data and highly informed process expertise. Our team of biomass experts plays a key role in the formulation, optimization and commercial evaluation of biomass value-added processes in industry and academia. If necessary, please feel free to contact us.

Please kindly note that our services can only be used to support research purposes (Not for clinical use).