Cyagen Biosciences: Leading the Way in Custom Transgenic Mouse Creation

With an increasing focus on precision medicine, the development of transgenic mouse models has become essential for uncovering the molecular mechanisms of rare diseases. Cyagen‘s expertise in creating custom-designed animal models is enabling breakthroughs in understanding the underlying causes of these conditions and unlocking potential treatments.


Transgenic mice have revolutionized the field of genetic research, allowing scientists to create disease models that mimic human conditions and test potential treatments in vivo. Cyagen is a leader in creating custom-designed transgenic mouse models tailored to specific genetic mutations. Their work with INPP5E knockout mice has been instrumental in understanding the molecular mechanisms underlying ciliopathies caused by mutations in the INPP5E gene.

Advancements in Technology: CRISPR and the Future of Transgenic Mouse Creation

With a particular focus on rare diseases and disorders, Cyagen’s expertise in creating customized transgenic mice is invaluable to researchers worldwide. By manipulating genes, they can create models that closely resemble human disease conditions and test potential treatments in vivo. This approach provides a more comprehensive understanding of the disease and its underlying mechanisms.

Advancements in technology, such as CRISPR, have made it easier for researchers worldwide to create transgenic mice. Cyagen’s customization options provide complete control over the design of the model, ensuring each researcher’s specific needs are met. Their personalized approach to transgenic mouse creation is changing the face of genetic research, offering hope for future treatments of rare diseases.


Transgenic mouse models created by Cyagen Biosciences are providing researchers with a powerful tool to study rare diseases and disorders. By manipulating genes, scientists can create disease models that closely resemble human conditions, allowing for a more thorough understanding of the disease and its underlying mechanisms.

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