A、翻译起始的过程较原核生物复杂 B、eIF-2是调节真核翻译起始的关键因子 C、起始氨基酰-tRNA进入核糖体的P位 D、mRNA的SD序列与其在核糖体上就位有关 E、由80S核糖体、mRNA和Met-tRNA<sub>isub>Met组成翻译起始复合物
A、Change line 2 to:public int a; B、Change line 2 to:protected int a; C、Change line 13 to:public Sub(){this(5);} D、Change line 13 to:public Sub(){super(5);} E、Change line 13 to:public Sub(){super(a);}
A、mRNA是先与核糖体上的小亚单位结合,再与大亚单位结合 B、翻译是从mRNA的5’端开始“阅读”密码子的 C、核糖体大亚基上有2个与tRNA结合的部位,即P(蛋白质)和A(氨基酸)部位 D、多肽的合成都是从一COOH一端的氨基酸开始,终止于最后氨基酸一NH<sub>2sub>端
A、Configure a separate sub-interface for each PVC with a unique DLCI and subnet assigned to the sub-interface B、Configure each Frame Relay circuit as apoint-to-point line to support multicast and broadcast traffic C、Configure many sub-interfaces on the same subnet D、Configure a single sub-interface to establish multiple PVC connections to multiple remote router interfaces
A、A.Change line 2 to:public int a; B、B.Change line 2 to:protected int a; C、C.Change line 13 to:public Sub() { this(5); } D、D.Change line 13 to:public Sub() { super(5); }