DNA Replication For the following piece of DNA, draw the replicated piece of DNA the original and replicated strands of DNA end up. show me where A ATCCGTTACCCA A ACG ATATCCGTTAAC C GC G IIAGG CA ATG G G TIIG CTAT AGG CA A IIGG C G C

Using the correct base pairing rules for DNA replication, what would be the complementary strand for the strand TACCGATGC? Multiple Choice   TACCGATGC   ATGGCTACG   None of the answer choices are correct.   GCTAGTCGA   TTCCGTTCG

Complementary strand for A T C and G

Pues (two-ringed) 9. (a) Label each nitrogenous base in the double strand of DNA in Figure 4. NEL P-C.₂. H- (a) -CH₂-P-C₂ 5' 0 PCH₂ (b) -Н -CH₂-P-C₂ 5' 0 PCH₂ CH₂-P-C₂ H 0 I' P 5' 0 (d) 3' CH₂ H PCH₂ Figure 4 (b) Figure 4 above shows a phosphodiester bond. Explain what this is. 1.5 Pr

PLEASE I ASKED 3 TIMES ON BARTELBY AND LITERALLY EVERONE GAVE A DIFFERNT ANSWER, I PROVIDED PROOF THAT THIS HAPPENED SO YOU DONT THINK IM LYING SO PLEASE READ THE QUESTION AND ANSWER CAREFULLY

Please help me describe in detail the process of DNA replication. Can you please include all enzymes involved and the leading and lagging strands. Also is there any way to make it more understanding than the text books im having trouble understanding it.

Match the strands (W - Z) to their role in replication (leading or lagging) 3' ||| 5 W Leading A. В. lagging z in

DNA strand  1 (template) TACATGCTCGTGACTTTT  Mutation in strand 1 TACATGTCGTGACTTTT DNA Strand 5 (template) TACAGGTGTTCCCAGATCGGG Mutation in DNA strand 5 TACAGGTGTTCCCATATCGGG 1.use the original (template) strand of DNA to find the correct amino acid sequence in the DNA. 2.find and highlight the mutation in the DNA. 3.Find the new sequence of the amino acids for the protein in the new mutated strand of DNA. 4.Determine if this mutation is a point mutation of a Frame shift Mutation. 5.Determine if it is a silent mutations, Missense mutation, Nonsense mutation, Insertion or Deletion. 6.will this new protein function the same as the old protein? Why or why not?

DNA A= 5' GGG GCT AGC CCC 3' DNA B= 3' ATA TAT ATA TCC 5' DNA C= 5' TAC GTT ACG TCG 3' DNA D= 3' ATC TTT GCA TTA 5' The DNA strand which is most likely to form DNA Z