Name and Date Jonathan Revolu BIO 1005 Week 9: Molecular Genetics Assignment 1: DNA 1. Write the term that matches each phrase: a. molecule containing genetic information b. sugar in DNA nucleotides c. base that pairs with adenine d. base that pairs with cytosine e. chemical bonds joining complementary nitrogen bases f. number of nucleotide strands in DNA g. two molecules forming sides of the DNA "ladder" 10/22/24 2. In DNA replication, what determines the sequence of nucleotides in the new strands of nucleotides that are formed? 13 11 3. Using the base pairing rules: A T and C>G, fill in the blanks of the missing bases to this hypothetical strand of DNA. A C G GT A C T T C G G 4. Below is a hypothetical segment of DNA. After replication it forms two strands as shown at the right. Fill in the blanks of the missing bases in the replicated strands. ACGTAGT TGCATCA ACGTAG T TGCATCA. Assignment 2: DNA Technology 5. Examine your stained gel on the UV light box. Which suspect DNA matches the evidence? 6. Compare your gel with the ideal gel, are there any differences? If so, can you determine the cause? こ 4 5 - 7 8 EV Well/Lane Source of DNA 8 Suspect Y, section 2 (SY 2) 7. Suspect Y, section 1 (SY 1) 5 Suspect X, section 2 (SX 2) 4 Suspect X, section 1 (SX 1) 2 crime scene evidence, section 2 (EV 2) 1 crime scene evidence, section 1 (EV 1) 12 gmelde
Name and Date Jonathan Revolu BIO 1005 Week 9: Molecular Genetics Assignment 1: DNA 1. Write the term that matches each phrase: a. molecule containing genetic information b. sugar in DNA nucleotides c. base that pairs with adenine d. base that pairs with cytosine e. chemical bonds joining complementary nitrogen bases f. number of nucleotide strands in DNA g. two molecules forming sides of the DNA "ladder" 10/22/24 2. In DNA replication, what determines the sequence of nucleotides in the new strands of nucleotides that are formed? 13 11 3. Using the base pairing rules: A T and C>G, fill in the blanks of the missing bases to this hypothetical strand of DNA. A C G GT A C T T C G G 4. Below is a hypothetical segment of DNA. After replication it forms two strands as shown at the right. Fill in the blanks of the missing bases in the replicated strands. ACGTAGT TGCATCA ACGTAG T TGCATCA. Assignment 2: DNA Technology 5. Examine your stained gel on the UV light box. Which suspect DNA matches the evidence? 6. Compare your gel with the ideal gel, are there any differences? If so, can you determine the cause? こ 4 5 - 7 8 EV Well/Lane Source of DNA 8 Suspect Y, section 2 (SY 2) 7. Suspect Y, section 1 (SY 1) 5 Suspect X, section 2 (SX 2) 4 Suspect X, section 1 (SX 1) 2 crime scene evidence, section 2 (EV 2) 1 crime scene evidence, section 1 (EV 1) 12 gmelde
Anatomy & Physiology
1st Edition
ISBN:9781938168130
Author:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble
Publisher:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble
Chapter3: The Cellular Level Of Organization
Section: Chapter Questions
Problem 20RQ: Which of the following is not a difference between DNA and RNA? DNA contains thymine whereas RNA...
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The questions are showed in the attached pictures.
![Name and Date Jonathan Revolu
BIO 1005 Week 9: Molecular Genetics
Assignment 1: DNA
1. Write the term that matches each phrase:
a. molecule containing genetic information
b. sugar in DNA nucleotides
c. base that pairs with adenine
d. base that pairs with cytosine
e. chemical bonds joining complementary nitrogen bases
f. number of nucleotide strands in DNA
g. two molecules forming sides of the DNA "ladder"
10/22/24
2. In DNA replication, what determines the sequence of nucleotides in the new strands of
nucleotides that are formed?
13
11
3. Using the base pairing rules: A T and C>G, fill in the blanks of the missing bases to
this hypothetical strand of DNA.
A C
G
GT A
C T
T
C
G
G
4. Below is a hypothetical segment of DNA. After replication it forms two strands as shown at
the right. Fill in the blanks of the missing bases in the replicated strands.
ACGTAGT
TGCATCA
ACGTAG T
TGCATCA.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fccf35393-52af-48ab-a3e3-b2b9c4c505b3%2Fd32ae4c7-45e9-4aa6-8c99-bb26c1b5568f%2Fuw85q03_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Name and Date Jonathan Revolu
BIO 1005 Week 9: Molecular Genetics
Assignment 1: DNA
1. Write the term that matches each phrase:
a. molecule containing genetic information
b. sugar in DNA nucleotides
c. base that pairs with adenine
d. base that pairs with cytosine
e. chemical bonds joining complementary nitrogen bases
f. number of nucleotide strands in DNA
g. two molecules forming sides of the DNA "ladder"
10/22/24
2. In DNA replication, what determines the sequence of nucleotides in the new strands of
nucleotides that are formed?
13
11
3. Using the base pairing rules: A T and C>G, fill in the blanks of the missing bases to
this hypothetical strand of DNA.
A C
G
GT A
C T
T
C
G
G
4. Below is a hypothetical segment of DNA. After replication it forms two strands as shown at
the right. Fill in the blanks of the missing bases in the replicated strands.
ACGTAGT
TGCATCA
ACGTAG T
TGCATCA.
![Assignment 2: DNA Technology
5. Examine your stained gel on the UV light box. Which suspect DNA matches the evidence?
6. Compare your gel with the ideal gel, are there any differences? If so, can you determine the
cause?
こ
4 5 - 7
8
EV
Well/Lane Source of DNA
8
Suspect Y, section 2 (SY 2)
7.
Suspect Y, section 1 (SY 1)
5
Suspect X, section 2 (SX 2)
4
Suspect X, section 1 (SX 1)
2
crime scene evidence, section 2 (EV 2)
1
crime scene evidence, section 1 (EV 1)
12
gmelde](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fccf35393-52af-48ab-a3e3-b2b9c4c505b3%2Fd32ae4c7-45e9-4aa6-8c99-bb26c1b5568f%2Fh7w5x8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Assignment 2: DNA Technology
5. Examine your stained gel on the UV light box. Which suspect DNA matches the evidence?
6. Compare your gel with the ideal gel, are there any differences? If so, can you determine the
cause?
こ
4 5 - 7
8
EV
Well/Lane Source of DNA
8
Suspect Y, section 2 (SY 2)
7.
Suspect Y, section 1 (SY 1)
5
Suspect X, section 2 (SX 2)
4
Suspect X, section 1 (SX 1)
2
crime scene evidence, section 2 (EV 2)
1
crime scene evidence, section 1 (EV 1)
12
gmelde
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