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Genome-edited Cells | Product categories | ovaryresearch.com
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Genome-edited Cells

Genome-edited Cells are engineered using technologies like CRISPR/Cas9, TALENs, or ZFNs to introduce genetic modifications. Our portfolio includes genome-edited cells for knockout, overexpression, and reporter cell lines. Gene-edited cells are available in multiple backgrounds. CRISPR edited cells are generated using CRISPR-Cas9 ribonucleoproteins (RNPs) or lentiviral vectors, with high efficiency and specificity. CRISPR Cas9 edited cells have specific insertions or deletions (indels) or precise edits via homology-directed repair (HDR). Genome engineering services and products include custom cell line generation, validation, and quality control. Gene knockout cell lines have targeted disruption of a specific gene, resulting in loss of protein expression; they are used for functional genomics, drug target validation, and pathway mapping. CRISPR knockout cell lines are validated for loss of protein expression by sequencing. CRISPR KO cell line is available for thousands of human and mouse genes. Crispr modified cells may have multiplex edits (two or more genes disrupted simultaneously) using multiple guide RNAs.

In loss-of-function studies, knockout cell lines and ko cell lines are widely used to disrupt gene function. For gain-of-function analysis, overexpression cell lines are routinely generated. The demand for ready-made knockout tools is reflected in the frequent use of ko cell lines. When targeted validation of a single gene is required, a gene knockout cell line is the preferred model. Whether a single knockout cell line or a KO cell line for high‑throughput screening is needed, these standard formats are well established in functional genomics research.

Researchers use CRISPR knockout cell lines to study gene function in cancer, development, and metabolism. Knockout cell line pairs with rescue experiments using cDNA expression to confirm specificity. Gene edited cell lines are used for disease modeling, including introducing patient-specific mutations into isogenic backgrounds. Our genome-edited cells are sequence-validated (Sanger sequencing). Whether you need CRISPR KO cell line for drug target validation, or conditional knockout cells for developmental studies, our Genome-edited Cells category supports your functional genomics research with high-quality, validated products.

Showing 12 of 41986 results

CAMK2B Knockout 786-O Polyclonal Cells

CAMK2B Knockout 786-O Polyclonal Cells is a knockout polyclonal cell population. The CAMK2B was knocked out in the 786-O cells using the CRISPR RNP technique.
Cat. No. ARG35180

CA9 Knockout 786-O Polyclonal Cells

CA9 Knockout 786-O Polyclonal Cells is a knockout polyclonal cell population. The CA9 was knocked out in the 786-O cells using the CRISPR RNP technique.
Cat. No. ARG35179

CASP1 Knockout 769-P Polyclonal Cells

CASP1 Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CASP1 was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35111

CAMK2A Knockout 769-P Polyclonal Cells

CAMK2A Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CAMK2A was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35110

CAMK2B Knockout 769-P Polyclonal Cells

CAMK2B Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CAMK2B was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35109

CALR Knockout 769-P Polyclonal Cells

CALR Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CALR was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35108

CALD1 Knockout 769-P Polyclonal Cells

CALD1 Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CALD1 was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35107

CA9 Knockout 769-P Polyclonal Cells

CA9 Knockout 769-P Polyclonal Cells is a knockout polyclonal cell population. The CA9 was knocked out in the 769-P cells using the CRISPR RNP technique.
Cat. No. ARG35106

CASP1 Knockout 143B Polyclonal Cells

CASP1 Knockout 143B Polyclonal Cells is a knockout polyclonal cell population. The CASP1 was knocked out in the 143B cells using the CRISPR RNP technique.
Cat. No. ARG35028

CAMK2A Knockout 143B Polyclonal Cells

CAMK2A Knockout 143B Polyclonal Cells is a knockout polyclonal cell population. The CAMK2A was knocked out in the 143B cells using the CRISPR RNP technique.
Cat. No. ARG35027

CAMK2B Knockout 143B Polyclonal Cells

CAMK2B Knockout 143B Polyclonal Cells is a knockout polyclonal cell population. The CAMK2B was knocked out in the 143B cells using the CRISPR RNP technique.
Cat. No. ARG35026

CALR Knockout 143B Polyclonal Cells

CALR Knockout 143B Polyclonal Cells is a knockout polyclonal cell population. The CALR was knocked out in the 143B cells using the CRISPR RNP technique.
Cat. No. ARG35025

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