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How is CRISPR changing our world?

Gene editing is accelerating just about all biological disciplines and changing the future of our health and environment. 

Cancer cell being attacked by CAR-T cells
Research Areas

Oncology

Accelerating cancer research
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T-cells attaching brain cancer cell
Research areas

Immunology

Opening doors to the immune system
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Sickle cell disease
Research areas

Genetic Disease

Guiding research and the clinic
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CRISPR-edited nerve cells
Research Areas

Neuroscience

Researching the human nervous system
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HIV-1 virus with H9 T-cells
research areas

Infectious Disease

Using CRISPR to combat pathogens
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Blastoid stem cell model
research areas

Developmental Biology

Revealing new insights through gene editing
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CAR-NKT cell attacking myeloma cell
applications

Cell and Gene Therapy

Advancing CRISPR-based therapies
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CRISPR-edited nerve cells
applications

Drug Target Identification

Identifying new drugs with CRISPR screening
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Cluster of human stem cells
applications

Stem Cell Therapy

Using stem cells for disease solutions
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Human iPSC-derived Parkinson's disease model
applications

Disease Model Development

Building better disease models
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Cellular profiling tools for disease-relevant phenotypes
applications

Pathway Analysis

Deconvoluting systems with gene knockouts
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Cell viability assay
applications

Assay Development

Creating new assays for better, faster results
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Learn more about EditCo's state-of-the-art genome engineering platform