(01) (C1) AT 3 3' TCGGCTACAGCA GC AGAT GGTA CGTA 5 5! CCGAT GT_C_G_I_C_G_T_C_T_A_C_C_A_T_G_C_ (ci) 5 CCGAT GT CGTCGTC TA

[answerhappygod]

01 C1 At 3 3 Tcggctacagca Gc Agat Ggta Cgta 5 5 Ccgat Gt C G I C G T C T A C C A T G C Ci 5 Ccgat Gt Cgtcgtc Ta 1 (19.07 KiB) Viewed 14 times

01 C1 At 3 3 Tcggctacagca Gc Agat Ggta Cgta 5 5 Ccgat Gt C G I C G T C T A C C A T G C Ci 5 Ccgat Gt Cgtcgtc Ta 2 (24.34 KiB) Viewed 14 times

(01) (C1) AT 3 3' TCGGCTACAGCA GC AGAT GGTA CGTA 5 5! CCGAT GT_C_G_I_C_G_T_C_T_A_C_C_A_T_G_C_ (ci) 5 CCGAT GT CGTCGTC TACCATGCAT 3' G_G_C_T_A_C_A_G_C_A_G_C_A_G_A_I_G_G_T_ (T1) 30 (02) S'AGCCGAT GTCGTCGTC TACCATGCAT 3, 3' T_C_G_G_C_T_A_C_A_G_C_A_G_C_A_G_ATGGT (C2) 5. (C2) (T2) 3' TCG GCTACAGCAGCAGAT GGT 5! C_C_G_A_T_G_T_C_GT_C_G_T_C_T_A_C_C_A_

6. Now that you have seen how each of the nucleotide chains is produced in the PCR, can you predict what will happen after 3 cycles? Enter the information below in the table below. Numbers of sequences Nucleotide chain 01 02 5 IS A B C2 T1 T2