Human BRCA2 knockout cell line
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本分类收录的细胞产品与配套技术资料,支持按来源、物种与规格筛选。 共 198 个产品。
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Human BRCA2 knockout cell line enables studies on DNA repair mechanisms, cancer biology, and breast/ovarian cancer susceptibility through gene knockout.
Advance functional studies with Human C19orf85 knockout cell line, CRISPR-edited to investigate C19orf85 roles in cell signaling and disease mechanisms.
Human CAR knockout cell line supports research on liver function, drug metabolism, and cellular responses to xenobiotics through CAR receptor signaling.
Human CASP12 knockout cell line engineered with CRISPR/Cas9; ImmunoClone provides this model for studying CASP12 gene function and cell processes.
Human CCDC195 Knockout Cell Line facilitates functional genomics studies, enabling analysis of protein interactions and potential disease associations.
Human CDCA5 knockout cell line enables research on cell cycle regulation, chromosomal instability, and the role of CDCA5 in cancer progression.
Human CERT1 knockout cell line supports sphingolipid metabolism, vesicle transport analysis, and drug target validation in cellular pathway studies.
YWHAG Knockout Cell Lysate is ideal for signal transduction studies involving the 14-3-3 protein family and phosphorylation-dependent cellular pathways.
Human CLDN1 Knockout A-431 Cell Line enables essential tight junction disruption studies in epithelial barrier dysfunction and cancer metastasis.
Human COPS9 knockout cell line delivers a model for investigating COP9 signalosome function, protein degradation, and cellular signaling mechanisms.
Human CPHXL2 knockout cell line is designed for gene function, molecular pathway, and cellular regulation studies in CPHXL2-deficient human cells.
Human CPTP knockout cell line,CRISPR/Cas9-edited cells for studying CPTP function, lipid transfer, sphingolipid metabolism, and membrane dynamics in vitro.
Human CTXND2 knockout cell line facilitates targeted research into CTXND2 gene function in neurological processes and disease-linked cellular pathways.
Human DMT1 knockout cell line is designed for studying iron homeostasis and related diseases by targeting the DMT1 gene involved in iron transport.
Explore the Human DNAAF6 knockout cell line, a vital tool for studying ciliary function and related diseases. Discover its applications in research today.
Inspect Human DNAI7 knockout cell line, Useful for studying DNAI7 function, ciliary motility, and related cellular pathways in disease modeling.
Delve into the human EIF2S3B knockout cell line, highlighting its importance in genetic research and its implications for future medical advancements.
Human EMC7 knockout cell line enables functional genomics, studying ER membrane complex biology, and therapeutic discovery through validated EMC7 deletion.
ENO1 Knockout Cell Line provides a valuable model for studying cancer metabolism, plasminogen-mediated invasion, and ENO1-associated oncogenic processes. It also serves as a platform for developing anti-metabolic and anti-metastatic therapies.
Human EPCAM knockout A-431 Cell Line by ImmunoClone provides an essential model for studying cell adhesion, tumor progression and epithelial cancer metastasis.
Unlock functional insights with Human FAM240B knockout cell line, CRISPR-edited for studying FAM240B-related signaling pathways and gene function analysis.
The Human FBXW10B knockout cell line provides a genetic model for the ubiquitin-proteasome research, protein turnover, and cellular regulation.
Human FHIP1B knockout cell line supports analysis of uncharacterized gene function, signaling pathways, and potential therapeutic target exploration.
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