2. What do you predict would happen if you created-a RNA with an anticodon of 5'-CAA-3' that is charged with methionine, and added this modified tRNAko a cell-free translation system that has all the normal components required for translating RNAS? The Genetic Code UUU Phe (F) UCU Ser (S)UAU Tyr (Y) UAC - UAA Stop UAG Stop UGU Cys (C) UGC . UGA Stop UGG Trp (W) UCC UUC - UUA Leu (L) UCA UUG - UCG CGU Arg (R) CGC CUU Leu (L) CCU Pro (P) CAU His (H) CÁC - CAA GIn (Q) CGA CAG CỤC . C CỦA - СС ССА CUG - СCG CGG AAU Asn (N) | AGU Ser (S) AAC - AUU lle (I) ACU Thr (T) AGC - AUC - A AUA ACC ACA - AAA Lys (K) AAG AGA Arg (R) AGG AUG Met (M) ACG GUU Val (V) GCU Ala (A) GAU Asp (D) GGU Gly (G) GẶC - GAA Glu (E) GAG GUC G GUA GCC GGC GCA GGA GUG GCG GGG Table 7-1 a. Methionine would be incorporated into proteins at some positions where glutamine should be. b. Methionine would be incorporated into proteins at some positions where leucine should be. c. Methionine would be incorporated into proteins d. Translation would no longer be able to initiate. some positions where valine should be. CHAPTER 11 Membrane Structure
2. What do you predict would happen if you created-a RNA with an anticodon of 5'-CAA-3' that is charged with methionine, and added this modified tRNAko a cell-free translation system that has all the normal components required for translating RNAS? The Genetic Code UUU Phe (F) UCU Ser (S)UAU Tyr (Y) UAC - UAA Stop UAG Stop UGU Cys (C) UGC . UGA Stop UGG Trp (W) UCC UUC - UUA Leu (L) UCA UUG - UCG CGU Arg (R) CGC CUU Leu (L) CCU Pro (P) CAU His (H) CÁC - CAA GIn (Q) CGA CAG CỤC . C CỦA - СС ССА CUG - СCG CGG AAU Asn (N) | AGU Ser (S) AAC - AUU lle (I) ACU Thr (T) AGC - AUC - A AUA ACC ACA - AAA Lys (K) AAG AGA Arg (R) AGG AUG Met (M) ACG GUU Val (V) GCU Ala (A) GAU Asp (D) GGU Gly (G) GẶC - GAA Glu (E) GAG GUC G GUA GCC GGC GCA GGA GUG GCG GGG Table 7-1 a. Methionine would be incorporated into proteins at some positions where glutamine should be. b. Methionine would be incorporated into proteins at some positions where leucine should be. c. Methionine would be incorporated into proteins d. Translation would no longer be able to initiate. some positions where valine should be. CHAPTER 11 Membrane Structure
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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justify the answer and explain your reasoning
Transcribed Image Text:3
4.
1
...
2. What do you predict would happen if you created-a tRNA with an anticodon of 5'-CAA-3' that is charged
with methionine, and added this modified tRNAko a cell-free translation system that has all the normal
components required for translating RNAS?
The Genetic Code
C
G
UUU Phe (F) UCU Ser (S)UAU Tyr (Y) UGU Cys (C)
UAC
UGC -
UUC
U
UUA Leu (L) UCA
UCC
UAA Stop
UAG Stop
UGA Stop
UGG Trp (W)
UUG -
UCG
CUU Leu (L) CCU Pro (P)
CGU Arg (R)
CAU His (H)
CÁC -
CAA GIn (Q) CGA
CAG
CUC
ССС
CGC
CUA
ССА
CUG -
СCG
CGG
AAU Asn (N) AGU Ser (S)
AAC -
AAA Lys (K)
AAG
AUU lle (I)
ACU Thr (T)
AUC
A
AUA
AGC
AGA Arg (R)
AGG
АСC
АСA
AUG Met (M) ACG
GUU Val (V) GCU Ala (A) GAU Asp (D) GGU Gly (G)
GUC
G
GUA
GCC
GẶC -
GGC
GCA
GAA Glu (E)
GAG
GGA
GGG
GUG
GCG
Table 7-1
a. Methionine would be incorporated into proteins
b. Methionine would be incorporated into proteins at some positions where leucine should be.
c. Methionine would be incorporated into proteins at some positions where valine should be.
d. Translation would no longer be able to initiate.
some positions where glutamine should be.
CHAPTER 11 Membrane Structure
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