Human EML4_ALK (L1196M_D1203N) NIH/3T3 Cell Line
Human EML4_ALK (L1196M_D1203N) NIH/3T3 Cell Line supports investigation of compound ALK mutations and their impact on targeted therapy efficacy.
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 EML4_ALK (L1196M_D1203N) NIH/3T3 Cell Line supports investigation of compound ALK mutations and their impact on targeted therapy efficacy.
EML4-ALK (R1275Q) BAF3 Cell Line offers a tool for investigating ALK mutation–related signaling and testing ALK inhibitor efficacy in vitro.
Human EML4_ALK (R1275Q) BAF3 Cell Line, EML4, ALK, Overexpression Stable Cell Lines, Transfected Stable Cell Lines
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.
Human ERBB2 (D769Y) BAF3 Cell Line, ERBB2, BAF3, Overexpression Stable Cell Lines, Transfected Stable Cell Lines
The human ERBB2 (G776S) BAF3 cell line provides an ideal platform for researching key HER2-related tumor biomarkers and precision oncology .
Human ERBB2 (L786V) BAF3 Cell Line serves as a valuable model to examine HER2 mutation-driven cancer progression and targeted drug responses.
The human ERBB2 (R678Q) BAF3 cell line provides a powerful tool for studying the tumor mechanisms of HER2 mutations, supporting IL-3 independent growth.
The human ERBB2 (S310F) BAF3 Cell Line models HER2 point mutation for mechanistic cancer studies and therapeutic screening of HER2-targeted drugs.
The human ERBB2 (S310Y) BAF3 Cell Line offers a platform for researching HER2 mutation-driven signaling and testing HER2-directed therapeutics.
The ERBB2 (T798I_Q799E) BAF3 cell line provides an effective model for researching resistance to HER2-targeted therapies, aiding in preclinical testing.
The human ERBB2 (V659D) BAF3 cell line provides an ideal model for studying HER2 mutations and their role in tumors, supporting the development.
The ERBB2 (V773M) NIH/3T3 Cell Line supports investigation of HER2 mutations associated with oncogenic signaling and resistance to HER2-targeted therapies.
Explore the human ERBB2 (V777L) BAF3 cell line to study applications in tumor mechanisms and therapeutic interventions, aiding high-throughput screenin.
The human ERBB2 (V842I) BAF3 cell line provides a powerful tool for studying tumor biology and therapeutic interventions, helping to reveal the mechanisms.
The human ERBB2 (V956R) BAF3 Cell Line allows investigation of HER2 mutation-driven oncogenesis and targeted drug sensitivity in cancer cells.
The human ERBB2-ERBB3 BAF3 Cell Line facilitates study of HER2/HER3 heterodimerization and supports targeted therapy research in cancer signaling.
The human ERBB2-PDL1 MC38 Cell Line enables exploration of tumor-immune interactions and is ideal for evaluating HER2-targeted immunotherapies.
Human ERBB4 (D931Y) BAF3 Cell Line, ERBB4, BAF3, Overexpression Stable Cell Lines, Transfected Stable Cell Lines
Human ERBB4 (G776S) BAF3 Cell Line, ERBB4, G776S, Overexpression Stable Cell Lines, Transfected Stable Cell Lines
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This BAF3 cell line with ETV6-FGFR4 (C477A) mutation provides a model for studying altered kinase activity and targeted therapy development.
This engineered BAF3 cell line expresses ETV6-FGFR4 (C477S) to investigate oncogenic kinase signaling and response to therapeutic inhibitors.
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