Human PRSS51 knockout cell line
Human PRSS51 knockout cell line offers a model for investigating the role of PRSS51 in human health and disease, particularly in tissue remodeling.
敲除 / 敲低 / 敲入 / 过表达稳转细胞系与敲除细胞裂解物,按「基因 × 细胞系」粒度提供,支持定制建株。 共 1,221 个产品。
Human PRSS51 knockout cell line offers a model for investigating the role of PRSS51 in human health and disease, particularly in tissue remodeling.
Human PXR knockout cell line enables studies on drug metabolism, liver function, and gene regulation in response to xenobiotics in pharmacology research.
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Human RLIG1 knockout cell line is ideal for investigating RLIG1 function in DNA repair, genomic stability, and targeted therapeutic research.
Human RNF20 knockout cell line supports epigenetic research into histone regulation, transcription control, and pathways influenced by RNF20 loss.
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Human RSRP1 knockout cell line enables functional studies of RSRP1 loss in cellular signaling, metabolic regulation, and disease mechanism analysis.
Delve into Human RTL8C knockout cell line, a significant advancement in cellular research, aiding in the understanding of gene roles in disease mechanisms.
Human RTRAF knockout cell line enables transcriptional regulation studies, RNA-binding protein research, and functional pathway exploration.
Human SCYGR10 knockout cell line for studying gene function, signaling pathways, and CRISPR-based functional research in cellular models efficiently.
Human SCYGR5 knockout cell line provides a genetic model for GPCR signaling, cellular communication, and functional pathway studies in vitro.
Human SCYGR6 knockout cell line supports discovery in chemokine-like signaling, immune cell trafficking, and inflammation modulation pathways.
Explore gene function using Human SCYGR8 knockout cell line, precisely engineered by CRISPR/Cas9 to support targeted research in cellular pathways.
Human SDHB knockout cell line, SDHB knockout cell line, knockout cell line, SDHB KO cell line
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SLC29A Knockout Cell Line is ideal for dissecting nucleoside transport mechanisms, evaluating the pharmacokinetics of nucleoside analog drugs, and identifying resistance mechanisms in cancer treatment.
The SLC34A2-ROS1 (D2033N) BAF3 Cell Line helps evaluate resistance to ROS1 inhibitors and explore novel treatments in the lung cancer research.
This cell line expresses SLC34A2-ROS1 (D2113N), enabling exploration of ROS1 mutation function and screening of selective kinase inhibitors.
This cell line expressing SLC34A2-ROS1 (D2113G) enables modeling of oncogenic ROS1 variants and facilitates precision drug development research.
SLC34A2-ROS1 (F2004C) BAF3 Cell Line provides a tool to study oncogenic ROS1 variants and investigate targeted inhibition strategies in leukemia.
Human SLC34A2_ROS1 (V2098I) BAF3 Cell Line, SLC34A2, ROS1, Overexpression Stable Cell Lines, Transfected Stable Cell Lines
SLC43A2-ROS1 (S1986F) BAF3 Cell Line enables studies of ROS1-driven oncogenesis and helps evaluate responses to ROS1-targeted cancer therapies.
Human SMG6 knockout cell line is used to investigate gene regulation, mRNA surveillance, and its role in cellular responses to stress and disease.
Human SMIM44 knockout cell line provides a genetic model to study SMIM44’s potential role in cellular development and disease-related pathways.
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