Human CLIP1_LTK (L590M) BAF3 Cell Line
The human CLIP1_LTK (L590M) BAF3 Cell Line supports analysis of CLIP1_LTK mutation effects on cell proliferation and targeted drug responses.
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。
The human CLIP1_LTK (L590M) BAF3 Cell Line supports analysis of CLIP1_LTK mutation effects on cell proliferation and targeted drug responses.
CLIP1_LTK (L590M) NIH/3T3 Cell Line supports detailed studies of CLIP1_LTK mutations and effect on cancer cell proliferation and targeted drug response.
Human CLIP1_LTK (L592F) NIH/3T3 Cell Line serves as a valuable model to study CLIP1_LTK fusion-driven oncogenesis and drug discovery in solid tumors.
Human CLIP1_LTK (L650F) BAF3 Cell Line serves as a model to explore CLIP1-LTK fusion variant-induced tumor signaling and small molecule inhibition.
Human CLIP1_LTK (L650F) NIH/3T3 Cell Line supports cancer biology research focusing on CLIP1_LTK variant-induced pathway activation and tumor progression.
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.
Human EGFR (C595S) BAF3 Cell Line supports investigation of EGFR variant-induced signaling alterations and their effects on cancer progression and therapy.
The human EGFR (R108K) BAF3 cell line provides a powerful tool for studying EGFR mutation-driven tumorigenesis and targeted therapy applications.
Human EGFR (S645C) BAF3 Cell Line serves as a research tool to explore EGFR mutation effects on proliferation, transformation, and drug resistance.
Human EGFR_vIVb BAF3 Cell Line is designed for functional studies of EGFR_vIVb isoform in tumorigenesis and evaluating potential therapeutic strategies.
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.
The EML4-ALK (F1174L) BAF3 Cell Line supports research on resistance to ALK inhibitors and mechanisms of ALK-driven transformation in cancer.
Human EML4_ALK (C1156Y_G1296A) NIH/3T3 Cell Line enables assessment of resistance mutations to ALK inhibitors and their effect on cell signaling.
Human EML4_ALK (F1174C_G1202R) BAF3 Cell Line enables research on oncogenic ALK fusion variants and their roles in tumor progression and therapy.
Human EML4_ALK (F1174C_G1202R) NIH/3T3 Cell Line facilitates dual mutation studies in ALK signaling and assessment of drug resistance mechanisms.
Human EML4_ALK (F1174L_G1202R) BAF3 Cell Line is engineered to study ALK fusion double mutations’ effects on lung cancer growth and drug resistance.
Human EML4_ALK (F1174L_G1202R) NIH/3T3 Cell Line is designed for evaluating oncogenic ALK variants and resistance development in cancer research.
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