Use the genetic decoder provided to assist in answering this question.\ Second letter A UUU UUC Phe UCU UUA UUG. UAU Ty UACJ Leu UCA UAA Stop UGA Stop A UGULcys C UCC Ser UAG Stop UGG Trp G UCG CCU1 CCC Loe CUU CAU CGU1 U. CUC Leu CUA Pro CAA CAGJon CGG CACHis CGC CCA CGA Arg Gin CUG AGUset AGC Lys Arg A ACU AAU mFAsn AGc AAC The AAA Lys AAG AUU AUC le AUA ACA AUG Met ACG ACC AGG. GCU GCC GAUASP GAC GGU GGC Gly GUU Asp GUC va ceAla A Val GUA GAA Glu GAG GGA GGG GCA GUG GCG What do you predict would happen if you created a tRNA with an anticodon of 5'-AGG-3' that is charged with methionine, and added this modified tRNA to a cell-free translation system that has all the normal components required for translating RNAS? We did one like this in class... we have to think'about the directionality (5' -> 3' or 3' -> 5'). The easiest way is to draw out your anticodon and codon first, and then consider are the strands going to line up parallel or anti-parallel. O a methionine would be incorporated into proteins at some positions where proline should be O b methionine would be incorporated into proteins at some positions where valine should be Oc. translation would no longer be able to initiate O d. methionine would be incorporated into proteins at some positions where leucine should be
Use the genetic decoder provided to assist in answering this question.\ Second letter A UUU UUC Phe UCU UUA UUG. UAU Ty UACJ Leu UCA UAA Stop UGA Stop A UGULcys C UCC Ser UAG Stop UGG Trp G UCG CCU1 CCC Loe CUU CAU CGU1 U. CUC Leu CUA Pro CAA CAGJon CGG CACHis CGC CCA CGA Arg Gin CUG AGUset AGC Lys Arg A ACU AAU mFAsn AGc AAC The AAA Lys AAG AUU AUC le AUA ACA AUG Met ACG ACC AGG. GCU GCC GAUASP GAC GGU GGC Gly GUU Asp GUC va ceAla A Val GUA GAA Glu GAG GGA GGG GCA GUG GCG What do you predict would happen if you created a tRNA with an anticodon of 5'-AGG-3' that is charged with methionine, and added this modified tRNA to a cell-free translation system that has all the normal components required for translating RNAS? We did one like this in class... we have to think'about the directionality (5' -> 3' or 3' -> 5'). The easiest way is to draw out your anticodon and codon first, and then consider are the strands going to line up parallel or anti-parallel. O a methionine would be incorporated into proteins at some positions where proline should be O b methionine would be incorporated into proteins at some positions where valine should be Oc. translation would no longer be able to initiate O d. methionine would be incorporated into proteins at some positions where leucine should be
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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Question

Transcribed Image Text:Use the genetic decoder provided to assi
Second letter
A
UUUphe
UGUT
UAC T UCC Cys
UAA Stop UGA Stop A
UAG Stop UGG Trp
UCU
UUC.
UUA
UCC
Ser
UCA
UUGLEU
UCG
CAUTHIS
CGU1
CUU
CUC
CUA
CUG
CCU
CC
CCA
CCGJ
CGC
Arg
CGA
CAC
Leu
Pro
CAA
Gin
CAGJ
CGG
AAU ASn
AGU
Ser
AGC
AUU
AUC lle
AUA
AUG Met ACG
ACU
ACC
ACA
AAC
Thr
AAA
Lys
AAGJ
AGA
Arg
AGG
GAU
Asp
GAC.
Ala
GAA
GUU
GCU
GGU
GGC
GCC
GUC
Val
GUA
Gly
GCA
GCG
GGA
GUG
GAG Glu
GGG
What do you predict would happen if y
translation system that has all the norm
We did one like this in class... we have
consider are the strands going to line
O a. methionine would be incorpo
O b. methionine would be incorpo
Ос.
translation would no longer b
O d. methionine would be incorpe
First letter
Third letter

Transcribed Image Text:GAG Glu GGG
Use the genetic decoder provided to assist in answering this question.\
Second letter
UGUT
UGC Cys
Stop
UUU
UTo UCU
UAU
Tyr
ULIC Phe
UACJ
Ser
UCC
UAA Stop UGA A
UAG Stop UGG Trp G
UUA
nan onn
UCG
OLeu UCA
CAU CGU)
CACHS
Pro CAA
CUU
CCU
His
C
CUC
Leu
C CUA LEUCCA
)
Gin
CAGJ
CGA
Arg
CUG
CGG
ACU
AAULAso AGUser
AUU
AUC le
AUA
AUG Met ACG
ACC
ACA
The
AAA
AGA
AAGJ AGG JArg 6
FLys
GAUAn GU
GUU
GUC
GCU
GCC
Asp
Val
GUA
GAC
Ala
GAA
Glu
GAG
GGC
A
Gly
GGA
GGG
GCAA
GUG
GCG
What do you predict would happen if you created a tRNA with an anticodon of 5'-AGG-3' that is charged with methionine, and added this modified tRNA to a cell-free
translation system that has all the normal components required for translating RNAS?
We did one like this in class... we have to think'about the directionality (5' -> 3' or 3' -> 5'). The easiest way is to draw out your anticodon and codon first, and then
consider are the strands going to line up parallel or anti-parallel.
O a. methionine would be incorporated into proteins at some positions where proline should be
O b. methionine would be incorporated into proteins at some positions where valine should be
O c. translation would no longer be able to initiate
O d. methionine would be incorporated into proteins at some positions where leucine should be
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