Interpret the dideoxy chain-terminating polyacrylamide sequencing gel by assigning the individual nucleotide bases in order next to the DNA bands. +ddCTP +ddGTP +ddTTP +ddATP Incorrect Answer A T с A G T Answer Bank A C A T с T T с T G A G Feedback Sorry, that's incorrect. You have not correctly assigned nucleotide bases to all of the bands in the +ddCTP lane. When a small amount of ddCTP is added to an otherwise normal reaction system, the synthesized strands will be prematurely terminated at some locations where dC normally occurs. Thus, each DNA fragment in that sample will end with a C residue. +95 points still possible

Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
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Interpret the dideoxy chain-terminating polyacrylamide sequencing gel by assigning the individual nucleotide bases in order
next to the DNA bands.
+ddCTP
+ddGTP
+ddTTP
+ddATP
Incorrect Answer
A
T
с
A
G
T
Answer Bank
A
C
A
T
с
T
T
с
T
G
A
G
Feedback
Sorry, that's incorrect.
You have not correctly assigned
nucleotide bases to all of the bands in
the +ddCTP lane.
When a small amount of ddCTP is
added to an otherwise normal reaction
system, the synthesized strands will be
prematurely terminated at some
locations where dC normally occurs.
Thus, each DNA fragment in that
sample will end with a C residue.
+95 points still possible
Transcribed Image Text:Interpret the dideoxy chain-terminating polyacrylamide sequencing gel by assigning the individual nucleotide bases in order next to the DNA bands. +ddCTP +ddGTP +ddTTP +ddATP Incorrect Answer A T с A G T Answer Bank A C A T с T T с T G A G Feedback Sorry, that's incorrect. You have not correctly assigned nucleotide bases to all of the bands in the +ddCTP lane. When a small amount of ddCTP is added to an otherwise normal reaction system, the synthesized strands will be prematurely terminated at some locations where dC normally occurs. Thus, each DNA fragment in that sample will end with a C residue. +95 points still possible
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