Human SPAG5 knockout cell line
Human SPAG5 knockout cell line enables studies of cell division, mitosis, and cancer biology, with targeted gene knockout and stable growth.
本分类收录的细胞产品与配套技术资料,支持按来源、物种与规格筛选。 共 198 个产品。
Human SPAG5 knockout cell line enables studies of cell division, mitosis, and cancer biology, with targeted gene knockout and stable growth.
Accelerate Human SSBP1 knockout cell line ,CRISPR knockout of SSBP1 in human cells; tool for mitochondrial biology, DNA repair and cancer research.
Human SSU72L6 knockout cell line offers a system for gene expression, transcription termination, and SSU72L6-related functional biology investigations.
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Human TEDC1 Knockout Cell Line supports studies on centrosome function, cell division, and microtubule organization in developmental biology research.
Human TEDC2 knockout cell line created by CRISPR/Cas9 provides knockout models to study TEDC2 gene function and related biological pathways.
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Human THSD8 knockout cell line facilitates research on thrombospondin domain proteins, extracellular matrix regulation, and vascular biology pathways.
Human TIMM23B knockout cell line provides a mitochondrial import-deficient model for bioenergetics, apoptosis, and disease mechanism studies in vitro.
Human TING knockout cell line is used in immunology research to investigate immune responses, inflammation, and TING's role in autoimmune diseases.
Human TMED2 knockout cell line supports studies on vesicle trafficking, Golgi function, and the role of TMED2 in cellular signaling and disease.
TMEM238L knockout human cell line allows exploration of novel transmembrane protein function, neuronal signaling, and role in developmental disorders.
Human TMX2 knockout cell line supports research on thioredoxin-related redox regulation, endoplasmic reticulum stress, and cellular homeostasis.
Human TRIM75 knockout cell line facilitates analysis of ubiquitination, immune pathways, and protein regulation mechanisms in human disease progression.
Human TSEN34 knockout cell line ,CRISPR knockout model for TSEN34, supporting RNA processing, transfer RNA splicing, and molecular biology research.
Human UCA1 knockout cell line helps study lncRNA function, gene regulation, and its role in cancer, especially in bladder and liver cancer research.
Human UQCC5 knockout cell line provides a model for mitochondrial respiratory chain studies, supporting cancer and metabolic disorder investigations.
Human UQCRB knockout cell line supports mitochondrial respiratory chain research, enabling studies in energy metabolism, signaling, and disease.
Human VHL knockout cell line enables hypoxia-related cancer research, particularly in renal cell carcinoma, by disrupting the VHL tumor suppressor gene.
Human ZNF722 knockout cell line is engineered to disrupt ZNF722 for functional studies in transcriptional regulation and genomic interaction pathways.
ZRSR2 Knockout Cell Line is a genetically engineered model derived from different host cell lines based on customers’ requirement. Among various options, HEK293, a human embryonic kidney cell line, is one of the most commonly selected parental cell line. ZRSR2 knockout line is usually generated via CRISPR/Cas9-mediated gene editing. The edited cells are maintained at low passage numbers ( P20). Knockout clone is validated either at gene level or protein level by PCR, Sanger Sequencing or Western Blot. Target The ZRSR2 gene encodes a zinc finger protein involved in the splicing of U12-type introns, critical for gene expression regulation. Mutations or loss of ZRSR2 are frequently found in myelodysplastic syndromes (MDS) and other hematologic malignancies, leading to defective splicing and impaired hematopoiesis.
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Mouse AK2 knockout cell line offers valuable models for studying immune function and cancer research, with targeted gene knockout and stable growth.
Mouse CD115 knockout cell line is used to study monocyte differentiation, immune regulation, and macrophage biology by targeting the CD115 receptor.
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