Exploring the Diverse Applications of Animal Cell Culture  - Kosheeka
                     Exploring the Diverse 
Applications of 
Animal Cell Culture 
Website : www.kosheeka.com
Animal Cell Culture
• Animal cell culture is the in vitro 
expansion of mammalian cells in a 
laboratory.
• The cells can be:
1.Primary cells: directly sourced from 
tissue with a limited lifespan. 
2.Cell lines: derived from cancer 
tissue or transformed in the lab to 
have an indefinite life span.
• The culture has a wide variety of 
applications.
Research
• Animal cell culture can be 
employed to gain an 
understanding of normal cellular 
processes.
• It can reveal the signaling between 
different cells.
• Research on these cells also 
facilitates omics study.
• It allows for the setting of several 
high throughput assays 
simultaneously.
Disease Modeling
• Cell culture can delineate the 
mechanisms behind disease or 
disorder.
• It can also provide the potential 
targets for therapy.
• In vitro, cell culture is used to screen 
drugs for their effectiveness.
• The toxic effects of drugs are also 
analyzed on cells before proceeding 
to further stages.
Production
• In vitro cell culture provides an 
effortless way to generate 
vaccines.
• Manufacturing via animal cell 
culture yields a high quantity of 
products.
• Synthesis of antibodies and 
biosimilars using animal cells is a 
frequent practice.
Genetic Engineering
• Gene editing is more simple and 
easier in animal cell culture.
• It reveals the role of genes and 
their upstream and downstream 
effectors.
• Gene therapy is employed to 
correct a defective gene and or 
alter the gene to elicit the 
desired response.
Tissue Formation
• The animal cell culture is now being 
used to create three-dimensional 
(3D) models.
• The models are more relevant and 
provide insights into the cellular 
interactions in the tissue 
microenvironment.
• The 3D culture has encouraged the 
development of tissue for 
transplantation.
Conclusion
• Animal cell culture enables easy, simple, and cost-effective 
methods for research and development studies.
• It accelerated the discovery process and drug synthesis.
• A shift from two-dimensional to 3D animal cell culture has been 
occurring.
• Soon, the new models will give way to more insights into 
biochemical processes and precision medicine.
Thank You
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