9. Five DNA samples are shown along with their recognition sites where a particular restriction enzyme would cut them. The fragments for sample “A" have been illustrated on the gel. On the gel, draw where the fragments for samples B, C, D, and E would be found. A. B. DIOX E. DOXI smin c. DO 0 AV od no bo buonob no so aWII B D E Sinhq 8olqmae tuode bulonoo uov ne edW SI Teble 2 O e tuodeulonoo uov so Jad WEl AN od no bo ed Less 10. If a restriction enzyme cuts DNA at two recognition sequences, how many fragments will the DNA be cut into? odt datem ilie besn o e op DA || noitonten aluoihsq aodr 2sli oitimoeiads diw pnole hwoda os 2olgmse AN nO lay od no batestenlli od Aolame tot anomet odmarli o bluow omans bnool sd bluow slomee 1ol zinommel odi orodw web log orl A B CDS DOODEND Crime Scene DNA Fingerprint 7. Suspe from di 11. What can you conclude about sample A's involvement in the crime based on the DNA fingerprint? 12. What can you conclude about samples B and D based on the DNA fingerprint? 13. What can you conclude about sample C's involvement in the crime based on the DNA fingerprint? gmad Paternity DNA Fingerprint 14. What percent of a child's DNA fragments will match their father's? 15. Which of the four men (samples A-D) is the child's father based on the paternity gel? se a micropipette to load 10 µl of each DNA sample into the corresponding lane: Lane 1=DNA Marker Orime Sorne DNA Sample, Lane 3=Suspect 1 DNA Sample, Lane 4=Suspect 2 DNA onhenol blue and TE buffer. I || | ILL
9. Five DNA samples are shown along with their recognition sites where a particular restriction enzyme would cut them. The fragments for sample “A" have been illustrated on the gel. On the gel, draw where the fragments for samples B, C, D, and E would be found. A. B. DIOX E. DOXI smin c. DO 0 AV od no bo buonob no so aWII B D E Sinhq 8olqmae tuode bulonoo uov ne edW SI Teble 2 O e tuodeulonoo uov so Jad WEl AN od no bo ed Less 10. If a restriction enzyme cuts DNA at two recognition sequences, how many fragments will the DNA be cut into? odt datem ilie besn o e op DA || noitonten aluoihsq aodr 2sli oitimoeiads diw pnole hwoda os 2olgmse AN nO lay od no batestenlli od Aolame tot anomet odmarli o bluow omans bnool sd bluow slomee 1ol zinommel odi orodw web log orl A B CDS DOODEND Crime Scene DNA Fingerprint 7. Suspe from di 11. What can you conclude about sample A's involvement in the crime based on the DNA fingerprint? 12. What can you conclude about samples B and D based on the DNA fingerprint? 13. What can you conclude about sample C's involvement in the crime based on the DNA fingerprint? gmad Paternity DNA Fingerprint 14. What percent of a child's DNA fragments will match their father's? 15. Which of the four men (samples A-D) is the child's father based on the paternity gel? se a micropipette to load 10 µl of each DNA sample into the corresponding lane: Lane 1=DNA Marker Orime Sorne DNA Sample, Lane 3=Suspect 1 DNA Sample, Lane 4=Suspect 2 DNA onhenol blue and TE buffer. I || | ILL
Biology: The Unity and Diversity of Life (MindTap Course List)
15th Edition
ISBN:9781337408332
Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
Chapter15: Studying And Manipulating Genomes
Section: Chapter Questions
Problem 15SQ: Match each term with the most suitable description. ______ DNA profile a. GMO with a foreign gene...
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Transformation Experiment in Bacteria
In the discovery of genetic material, the experiment conducted by Frederick Griffith on Streptococcus pneumonia proved to be a stepping stone.
Plasmids and Vectors
The DNA molecule that exists in a circular shape and is smaller in size which is capable of its replication is called Plasmids. In other words, it is called extra-chromosomal plasmid DNA. Vectors are the molecule which is capable of carrying genetic material which can be transferred into another cell and further carry out replication and expression. Plasmids can act as vectors.
Question
Transcribed Image Text:9. Five DNA samples are shown along with their recognition sites where a particular restriction
enzyme would cut them. The fragments for sample “A" have been illustrated on the gel. On
the gel, draw where the fragments for samples B, C, D, and E would be found.
A.
B. DIOX
E. DOXI
smin
c. DO 0
AV od no bo
buonob no so aWII
B
D E
Sinhq
8olqmae tuode bulonoo uov ne edW SI
Teble 2
O e tuodeulonoo uov so Jad WEl
AN od no bo
ed
Less
10. If a restriction enzyme cuts DNA at two recognition sequences, how many fragments will
the DNA be cut into?
odt datem ilie
besn o e op DA
||
Transcribed Image Text:noitonten aluoihsq aodr 2sli oitimoeiads diw pnole hwoda os 2olgmse AN
nO lay od no batestenlli od Aolame tot anomet odmarli o bluow omans
bnool sd bluow slomee 1ol zinommel odi orodw web log orl
A
B CDS
DOODEND
Crime Scene DNA Fingerprint
7. Suspe
from di
11. What can you conclude about sample A's involvement in the crime based on the DNA
fingerprint?
12. What can you conclude about samples B and D based on the DNA fingerprint?
13. What can you conclude about sample C's involvement in the crime based on the DNA
fingerprint?
gmad
Paternity DNA Fingerprint
14. What percent of a child's DNA fragments will match their father's?
15. Which of the four men (samples A-D) is the child's father based on the paternity gel?
se a micropipette to load 10 µl of each DNA sample into the corresponding lane: Lane 1=DNA Marker
Orime Sorne DNA Sample, Lane 3=Suspect 1 DNA Sample, Lane 4=Suspect 2 DNA
onhenol blue and TE buffer.
I || |
ILL
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