[PART 3] Design, Synthesis, and Development of dual CatL-Main Pro Inhibitors of SARS-CoV-2
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MD simulations of Mpro with respective inhibitors with different mutation backgrounds. For more details please check the respective JMC publication. 1291- Mpro 7TE0_WT_nirma 13A3 OPLS41292- Mpro 8H82_E166V_nirma 13A3 OPLS4 1293- Mpro 8H7W_S144M_nirma 13A3 OPLS4 (originally 8H7W is S144A)1294- Mpro WT FP237-xtal bound to 8n/FP238 non cov 13A3 OPLS41295- Mpro WT FP237-xtal bound to 8n/FP238 covbound 13A3 OPLS41296- Mpro E166V FP237-xtal bound to 8n/FP238 non cov 13A3 OPLS41297- Mpro E166V FP237-xtal bound to 8n/FP238 covbound 13A3 OPLS41298- Mpro S144M FP237-xtal bound to 8n/FP238 non cov 13A3 OPLS41299- Mpro S144M FP237-xtal bound to 8n/FP238 covbound 13A3 OPLS41300- Mpro 7TE0_WT_nirma (NON COV) 13A3 OPLS4 (200ns/day) - 10x200ns (gpu48_cov)
本数据集包含不同突变背景下主蛋白酶(Main protease, Mpro)与对应抑制剂的分子动力学(Molecular Dynamics, MD)模拟数据。更多细节请查阅相关JMC期刊发表的研究论文。 1291号样本:主蛋白酶(Mpro)PDB编号7TE0的野生型(Wild Type, WT)结合抑制剂nirma,采用13A3力场与OPLS4力场进行模拟 1292号样本:主蛋白酶(Mpro)PDB编号8H82的E166V突变体结合抑制剂nirma,采用13A3力场与OPLS4力场进行模拟 1293号样本:主蛋白酶(Mpro)S144M突变体(原始PDB编号8H7W对应的突变为S144A)结合抑制剂nirma,采用13A3力场与OPLS4力场进行模拟 1294号样本:野生型主蛋白酶(Mpro)的FP237晶体结构结合非共价(non-covalent, non cov)抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1295号样本:野生型主蛋白酶(Mpro)的FP237晶体结构结合共价结合(covalent bound, covbound)抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1296号样本:E166V突变型主蛋白酶(Mpro)的FP237晶体结构结合非共价抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1297号样本:E166V突变型主蛋白酶(Mpro)的FP237晶体结构结合共价结合抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1298号样本:S144M突变型主蛋白酶(Mpro)的FP237晶体结构结合非共价抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1299号样本:S144M突变型主蛋白酶(Mpro)的FP237晶体结构结合共价结合抑制剂8n/FP238,采用13A3力场与OPLS4力场进行模拟 1300号样本:PDB编号7TE0的野生型主蛋白酶(Mpro)结合非共价抑制剂nirma,采用13A3力场与OPLS4力场进行模拟;单轨迹模拟时长为200纳秒/天,共包含10条200纳秒轨迹(gpu48_cov为计算集群配置)



