Mouse DANCR knockout cell line
Mouse DANCR knockout cell line is key for studying long non-coding RNA function, gene regulation, and cancer progression, particularly in metastasis.
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Mouse DANCR knockout cell line is key for studying long non-coding RNA function, gene regulation, and cancer progression, particularly in metastasis.
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The Mouse HC knockout cell line enables studies in immune response and disease modeling with targeted gene knockout for immunology research.
The Mouse HMGB1 knockout cell line supports research on the inflammation, DNA repair, and the role of HMGB1 in autoimmune diseases and cancer.
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Mouse RHEB knockout cell line facilitates studies on mTOR signaling, cell growth, metabolism, and cancer biology by targeting the RHEB gene.
Mouse TUT1 knockout cell line helps explore RNA editing, post-transcriptional regulation, and gene expression control in cellular processes and disease.
Stable monoclonal cell line with Mouse_PDL1 knockout was established using lentivirus technology based on MC38 cells.
MST4 Knockout 293T Cell Line by ImmunoClone enables critical research on cell polarity regulation, Hippo signaling, and tumor metastasis mechanisms.
NLRC4 Knockout THP-1 Cell Line by ImmunoClone enables precise study of inflammasome regulation, bacterial immunity, and caspase-1 activation mechanisms.
A monoclonal cell line stably expressing PDL1 constructed using viral technology based on LLC1(mouse_PDL1 KO) cells.
A monoclonal cell line stably expressing PDL1 constructed using viral technology based on MC38(mouse PDL1 KO) cells.
Pig KLF4 knockout cell line supports research on KLF4's role in stem cell biology, tissue regeneration, and its implications in cancer therapy.
Rat KLF4 knockout cell line supports studies on cell differentiation, development, and the role of KLF4 in tissue homeostasis and cancer progression.
Rat RGLP1R knockout cell line enables metabolic and receptor-function studies, supporting research on GLP-1 signaling and diabetes-related pathways.
RXRβ Knockout 293T Cell Line by ImmunoClone facilitates nuclear receptor signaling research, lipid metabolism studies, and retinoid pathway analysis.
SIRT4 Knockout 293T Cell Line by ImmunoClone supports advanced mitochondrial metabolism research and sirtuin-mediated cellular stress response analysis.
SIRT6 Knockout 293T Cell Line by ImmunoClone enables detailed study of aging-related processes, genomic instability, and metabolic dysregulation pathways.
STING Knockout IRF-inducible Lucia Luciferase Reporter Raw264.7 Cell Line by ImmunoClone is for studying cGAS-STING-independent IRF activation pathways.
STING KO Reporter THP1 Cell Line is ideal for investigating cGAS-STING pathway in immune signaling and validating therapeutic targets in innate immunity.
STING KO THP1 Cell Line is validated at DNA and protein levels, free of mycoplasma and ideal for cGAS-STING pathway studies and immune activation analysis.
STING KO U937 Cell Line enables innate immunity research with STING-null myeloid cells for cGAS–STING signaling, interferon response, and drug screening.
TCR Knockout Jurkat Cell Line enables T-cell receptor–null studies for signaling, antigen response modeling, and genome editing assay development.
TCR Knockout Reporter Cell Line (CD4+) enables precise T-cell receptor signaling studies and functional immunology assays in a defined CD4+ background.
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