A- DNA REPLICATION 1. Use the DNA code provided and fill in the complernent.ary DNA strand. a TAA CGA TCG b. CAG TGA CTT 2. Which nitrogen base can't you use during replication? 3. What enzyme ia involved in unzipping ofa segment of DNA? 4. What are Okazaki fragment.a?, S. Describe the replication proces.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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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Answer A, B, C all of them
A - DNA REPLICATION
1. Use the DNA code provided and fill in the complenentary DNA strand.
a TAA CGA TCG
b. CAG TGA CTT
2. Which nitrogen base can't you use during replication?.
3. What enzyme is involved in unzipping of a segment of DNA?
4. What are Okazaki fragments?
S. Describe the replication process.
B- TRANSCRIPTION
1. Use the DNA code provided to copy an mRNA message.
(DNA) a. TAC GGA CAT
(DNA) b. ACG TAG CGT
MRNA
MRNA
2. What
happens
during
transcription?
3. How many types of RNA exist? Narme each type of RNA.
4. What is the role of MRNA in protein synthesis?
C- TRANSLATION
1. Use the Genetic Code Table to determine the amino acid that
corresponds to the MRNA code given.
MRNA Code
CAA
UUU
AMINO ACID
b.
GAU
C.
P.
e.
CGG
AAA
Transcribed Image Text:A - DNA REPLICATION 1. Use the DNA code provided and fill in the complenentary DNA strand. a TAA CGA TCG b. CAG TGA CTT 2. Which nitrogen base can't you use during replication?. 3. What enzyme is involved in unzipping of a segment of DNA? 4. What are Okazaki fragments? S. Describe the replication process. B- TRANSCRIPTION 1. Use the DNA code provided to copy an mRNA message. (DNA) a. TAC GGA CAT (DNA) b. ACG TAG CGT MRNA MRNA 2. What happens during transcription? 3. How many types of RNA exist? Narme each type of RNA. 4. What is the role of MRNA in protein synthesis? C- TRANSLATION 1. Use the Genetic Code Table to determine the amino acid that corresponds to the MRNA code given. MRNA Code CAA UUU AMINO ACID b. GAU C. P. e. CGG AAA
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