Discover our wide range of services designed to meet your research needs in the fields of in vivo models and genome editing. Our expert team is dedicated to providing the highest quality services for both C. elegans and zebrafish model organisms. With cutting-edge technology, customizable solutions, and a commitment to excellence, we strive to support your research objectives every step of the way. Browse our offerings below and find the perfect solution for your research project, empowering your scientific discoveries and breakthroughs.
We design, construct, and deliver custom reagents or genetically edited C. elegans optimized to your specifications. We also collaborate on project design to ensure transparency in the genome editing process and guarantee that you receive the transgenic organisms best suited for your experiments.
InVivo Biosystems has successfully delivered over 3,000 C. elegans transgenic lines to researchers who rely on our genome-edited strains to generate data and publish results and seek affordable therapeutics in rare diseases.
We are an officially licensed CRISPR solutions provider.
Our expert team delivers precise CRISPR custom injections for C. elegans, allowing for targeted gene editing and modification.
Create C. elegans knockout strains with our CRISPR knockout services, enabling the study of gene function and biological pathways.
Introduce specific genetic modifications in C. elegans using our CRISPR knock-in services, ideal for studying gene function and regulation.
Our gene expression analysis services provide accurate and reliable assessment of gene expression levels in C. elegans strains.
Our transgenic gene editing services provide advanced tools for generating custom C. elegans models with targeted genetic modifications.
Our expert team delivers precise CRISPR custom injections for C. elegans, allowing for targeted gene editing and modification.
Ensure the longevity and stability of your C. elegans strains with our maintenance and storage services.
Investigate C. elegans and zebrafish behavior and movement.
Zebrafish as a research model has become increasingly popular in recent years due to their small size, transparency during development, and ability to reproduce quickly.
By using both models, researchers can take advantage of the strengths of each model for a wide range of biomedical research applications. These complementary data sets can help researchers gain a more comprehensive understanding of biological processes and disease mechanisms, ultimately leading to the development of more effective treatments and therapies for human diseases.
Generate zebrafish knockout strains with our CRISPR knockout services to study gene function and dissect biological pathways.
Introduce specific genetic modifications in zebrafish using our CRISPR knock-in services, perfect for investigating gene function and regulation.
Utilize our Tol2 transposon insertion sequencing for efficient and stable transgene integration in zebrafish models.
We offer zebrafish microinjection services, including CRISPR injections and sgRNA validation, for precise genome editing applications.
Explore our complete suite of CRISPR zebrafish genome editing services, empowering your research with precise and efficient gene manipulation.
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