Human NEK9 Knockout A-431 Cell Line
Human NEK9 Knockout A-431 Cell Line by ImmunoClone enables study of mitotic regulation, chromosome instability and cancer cell proliferation mechanisms.
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 NEK9 Knockout A-431 Cell Line by ImmunoClone enables study of mitotic regulation, chromosome instability and cancer cell proliferation mechanisms.
Human NHERF4 knockout cell line is used to study its role in renal function, signal transduction, and cellular transport in kidney and metabolic diseases.
The NRAS (G12A) BAF3 cell line provides you with a customized tumor research model, aiding drug testing and mechanism understanding to meet your research.
The human NRAS (G12C_A59T) BAF3 Cell Line enables studies on combined NRAS mutations’ role in cancer cell growth and resistance mechanisms.
Human NRAS (G12C_Q99L) BAF3 Cell Line supports investigation of dual NRAS mutations and their cooperative role in cancer development and drug resistance.
Human NRAS (G12D_Y96D) BAF3 Cell Line serves as a model for understanding NRAS mutation-driven signaling alterations in hematologic cancers.
Human NRAS (G12D) NIH/3T3 Cell Line is a useful tool for evaluating NRAS mutation-driven transformation and drug responses in cancer cell models.
Human NRAS (G12S) NIH/3T3 Cell Line supports research into NRAS-mediated cancer signaling, offering insight into mutation-specific drug sensitivity.
Human NRAS (G12V) NIH/3T3 Cell Line allows functional studies of NRAS oncogenic activation and its role in tumor cell proliferation and drug response.
The NRAS (G13A) NIH/3T3 Cell Line enables analysis of NRAS-driven oncogenic pathways and helps evaluate targeted inhibitors in preclinical cancer studies.
Utilize the NRAS (G13C) BAF3 cell line for research on tumor mechanisms, facilitating the development of new therapies to meet your research needs.
The human NRAS (G13R) BAF3 cell line is a powerful tool for studying tumor biology, supporting IL-3 independent proliferation and the mechanisms.
Human NRAS (G13R) NIH/3T3 Cell Line is engineered to study oncogenic NRAS mutations and their influence on cancer growth and therapeutic resistance.
The NRAS (G13S) BAF3 cell line provides an ideal model for studying tumor biology and RAS/MAPK pathway inhibitors, supporting genomics research.
Human NRAS (Q61E) BAF3 Cell Line facilitates study of NRAS mutations in leukemic transformation and the evaluation of MAPK pathway-targeted therapies.
The NRAS (Q61H) BAF3 cell line provides an ideal model for cancer research, supporting functional analysis of NRAS activation and sensitivity studies.
Human NT5E Knockout A-431 Cell Line for ectonucleotidase & adenosine signaling studies. Ideal for immunotherapy resistance and purinergic pathway research.
Human ODR4 knockout cell line is a tool for investigating endoplasmic reticulum homeostasis, olfactory signaling, and protein stabilization pathways.
Human OOSP1 knockout cell line ,CRISPR knockout model for studying OOSP1 function in oocyte biology, fertilization, and reproductive system research.
The Human OOSP3 Knockout Cell Line is essential for studying the impact of OOSP3 in cellular processes, gene regulation, and disease pathways.
Human OOSP4A knockout cell line enables reproductive biology, oocyte-specific function, and gene regulation studies in OOSP4A-deficient human cells.
Utilize Human OR11H7 knockout cell line to investigate olfactory receptor gene function and explore potential links to signaling or disease mechanisms.
Human OR14L1 knockout cell line ,CRISPR OR14L1 knockout cells to study olfactory receptor function, signaling pathways, and in vitro gene activity assays.
The human OS8-CLEC2D CHOK1 Cell Line provides a platform for studying CLEC2D-mediated immune interactions and potential immunotherapy applications.
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