SiRNA for targeted inhibition of SOS1 gene expression and application of siRNA
A gene expression and targeting technology, applied in the field of siRNA, can solve problems such as drug resistance of patients, and achieve the effect of inhibiting growth, overcoming drug resistance, and increasing drug sensitivity
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[0025]1. Materials and methods
[0026]1. Material
[0027]1.1 Cells and animals
[0028]K562, KCL-22 (human chronic myeloid leukemia), purchased from Shanghai Cell Bank of Chinese Academy of Sciences, BV173 (human peripheral blood B-cell leukemia), donated to the American Institute of Hematology, and can also be obtained from commercial sources. KU812 (Human Chronic Myeloid Leukemia), donated to the Pan Jingxuan Research Group of Jinan University, can also be obtained from commercial sources. Balb / cnude mice aged 4-6 weeks were purchased from Beijing Weitong Lihua Laboratory Animal Technology Co., Ltd.
[0029]1.2 Reagents
[0030]1640 medium, opti-MEM medium, anti-SOS1 (mouse SOS1 monoclonal antibody) (santa), anti-β-actin (rabbit β-actin monoclonal antibody) (CST), siRNA freeze-dried powder (sharp BioBio), CCK-8 (biomake), imatinib (STI571) (selleck), lipo2000 (thermo), qPCR reagent (biomake).
[0031]1.3 Random sequence of RNA duplex and SOS1-siRNA sequence
[0032]1.3.1 Random sequence of double-st...
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