产品名称:NCI-H292-LUC-EGFP人肺,癌细胞(淋巴结转移)-绿色荧光蛋白-荧光素酶标记(STR鉴定正确) 、NCI-H292-LUC-EGFP细胞、NCI-H292-LUC-EGFP人肺,癌细胞(淋巴结转移)-绿色荧光蛋白-荧光素酶标记(STR鉴定正确) 、NCI-H292-LUC-EGFP细胞、NCI-H292-LUC-EGFP人肺,癌细胞(淋巴结转移)-绿色荧光蛋白-荧光素酶标记(STR鉴定正确) 、NCI-H292-LUC-EGFP细胞、NCI-H292-LUC-EGFP人肺,癌细胞(淋巴结转移)-绿色荧光蛋白-荧光素酶标记(STR鉴定正确) 、NCI-H292-LUC-EGFP细胞、NCI-H292-LUC-EGFP人肺,癌细胞(淋巴结转移)-绿色荧光蛋白-荧光素酶标记(STR鉴定正确) 、NCI-H292-LUC-EGFP细胞

A comprehensive characterization of the mechanisms that control the sequential steps that

regulate the different forms of autophagy, and the development of specific tools to detect and quantitateautophagy activity in tissues and cells, have led to the identification of new tissue- specific functions of autophagy. In the past decade, exciting studies have begun to define the  involvement of autophagy in many of the key functions of the immune system, including,

among others,pathogen clearance, regulation of cell activation and differentiation, or