Question

Here is a single strand of a DNA molecule: 5TAGGCT3. The sequence for the complementary, antiparrallel strand would be __________. Please explain.​

Answer 1

Answer:

Value: 1 Here is a single strand of a DNA molecule: 5TAGGCT3. The sequence for the complementary, antiparrallel strand would be Value: 1 Match each enzyme to it's proper descsription: a. Primase b. DNA Polymerase 1 c. DNA Polymerase 3 d. Ligase e. Helicase 1. Removes the RNA primer and fills in the area with DNA a a 2. Attaches to the primer and copies the template strand to make complimenary antiparallel DNA 3. Synthesizes a short RNA primer on the leading strand and several primers on the lagging strand 4. Seals up any gaps left in the DNA, like DNA glue 5. Attaches to the DNA at the ORI and pulls the 2 strands apart a a Value: 1 that synthesizes short prime prime to DNA replication starts when the enzyme attaches to the DNA at the and pulls the 2 strands apart. The next enzyme in is pieces of RNA called Next, DNA Polymerase attaches to the primers and begins to make new DNA in the direction. The new DNA is made continously on the strand and in short fragments on the strand. Next, DNA Polymerase and fill in the area with DNA. Finally, the enzyme will seal up any gaps left over from all of this activity. will digest away the

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Answer 2

1) The antiprallel strand of DNA would be 3ATCCGA5 In DNA Adenine pair with gaunine , Guanine with cytosine vice versa. 2) 1) Removes RNA primer and fills the area with DNA --- (b) DNA Polymerae 1 2) Attaches to the primer and copies.

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