Reproduction of DNA Before DNA can copy itself the cell must make lots of extra A, T, G, and C. Then the DNA unzips between the two bases and adds nucleotides to each side of the unzipped DNA molecule. Original DNA Splits Open Adds New Nucleotides A-T FA-T G-A= A-T C-G= ET-A のlc= =DA-T3D A- Now, two DNA molecules exist where there was only one before. 1. Finish unzipping the DNA molecule pictured above, and draw the completed picture of the two “new" DNA molecules in the left margin. Use the same DNA sequences as the example above. 2. What are the two "new" DNA molecules built from? Explain. Are the two “new" DNA molecules identical to the "original" DNA 3. molecule? CAACCT C. UOOUU ||| || |I|!| |||| JUUUO UDUUUI

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Reproduction of DNA
Before DNA can copy itself the cell must make lots of extra A, T, G,
and C. Then the DNA unzips between the two bases and adds nucleotides
to each side of the unzipped DNA molecule.
Original DNA
Splits Open
Adds New Nucleotides
A-
T-A=
C-G
T-A=
-A=
C-G=
-%3D
FA-
-T
Now, two DNA molecules
exist where there was only
one before.
TION
1. Finish unzipping the DNA molecule pictured above, and draw the
completed picture of the two “new" DNA molecules in the left margin.
Use the same DNA sequences as the example above.
2. What are the two "new" DNA molecules built from? Explain.
3. Are the two "new" DNA molecules identical to the "original" DNA
molecule?
る。
TCAC TCAA
UUUU UUD
AÜ-C ACTT CGA
JUUUO UDOUU
Transcribed Image Text:Reproduction of DNA Before DNA can copy itself the cell must make lots of extra A, T, G, and C. Then the DNA unzips between the two bases and adds nucleotides to each side of the unzipped DNA molecule. Original DNA Splits Open Adds New Nucleotides A- T-A= C-G T-A= -A= C-G= -%3D FA- -T Now, two DNA molecules exist where there was only one before. TION 1. Finish unzipping the DNA molecule pictured above, and draw the completed picture of the two “new" DNA molecules in the left margin. Use the same DNA sequences as the example above. 2. What are the two "new" DNA molecules built from? Explain. 3. Are the two "new" DNA molecules identical to the "original" DNA molecule? る。 TCAC TCAA UUUU UUD AÜ-C ACTT CGA JUUUO UDOUU
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