A replication fork is shown below. The primary enzyme that catalyzes replication is DNA polymerase That enzyme also has a proof-reading mechanis The leading strand would be the [ Select ] Helicase is a(n) enzyme [ Select ] double helix to the right side bottom strand top or bottom strand, since they are complementary. top strand left to right 3'

DNA Replication Drawing Name: Using penci, you will draw a representation of DNA replication along the leading and lagging strands. Follow the directions below, drawing each element in its proper location along the replicating DNA strand. Once you are sure everything is in the correct place, complete your drawing by adding color to distinguish objects as separate. 1. On the diagram below, label the 5 and 3' onds of both parental DNA strands (you can make up which is which) 2 Label the replication fork 3. Draw and label helicase 4. Label the overall direction of DNA replication 5. Draw and label single stranded binding proteins 6. Draw and label the leadng strand 7. Draw and label a single DNA polymerase IIl on the leading strand 8. Draw and label an RNA primer on the leading strand 9. Draw and label a DNA polymerase I on the leading strand 10. On the lagging strand, draw and label at least three Okazaki fragments 11. On the lagging strand. draw and label at least two DNA polymerase IIl…

Polymerase movement RNA POLYMERASE -Nucleotide being added to the vijend of the RNA RNA NTPS RNA-DNA hybrid region 32. Refer to the transcription bubble diagram (above) to fill in the blanks. 5'- 3'- Template strand/Sense strand Coding strand/Antisense strand Region of DNA unwinding Region of DNA rewinding

If you had a mixture of single-stranded DNA fragments, all 4 deoxyribonucleoside triphosphates, and DNA polymerase III. Would the single-stranded DNA fragments be able to be replicated? No, DNA polymerase I is needed No, ribonucleoside triphosphates are needed Yes, DNA polymerase III would be able to copy the DNA fragments from the 3' to 5' end by attaching the complementary deoxyribonucleosides No, DNA polymerase III would not be able to bind to the DNA fragment to start replication

DNA Replication For the following piece of DNA, draw the replicated piece of DNA show me where the original and replicated strands of DNA end up. A ATCCGTTACCCA A ACGATATC C GTTA AC C GC G ITAG GCA ATGG GTTTG CTATAG GCA ATTGG C G C

The line below depicts a DNA segment from a eukaryote. In this case, only the top, coding strand, is shown which is ok for our purposes (but remember that the other strand would also be present in DNAà but it is ok for us to ignore). This is very similar to a problem on the old tests. For each letter state the structure or the function of what occurs at that region.                  Letter A is   Letter B is   Letter C is   Letter D is   Letter E is   Letter F is   Letter G is   To which region/letter would RNA Polymerase bind   To which region/letter GTF bind   Label the position of the start codon ATG and the stop codon TGA The picture below is for the question itself

Give detailed Solution with explanation (don't give Handwritten answer

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answer above is wrong, need help identifying which one is right.  Thanks!

Using the figure below, what is molecule "A" (type a 1, 2 or 3 in the blank) nuclease ligase DNA polymerase What is the function of molecule "A"? to separate the double helix into two to piece together the Okazaki segments to copy the new DNA strand to the old strand by complementary base pairing Using the figure below, what is molecule "G" (type a 1, 2 or 3 in the blank) nuclease ligase DNA polymerase What is the function of molecule "G"? to separate the double helix into two to piece