Open reading frames are highlighted in red. Please select one of the following frames - in the next page, you will be able to select your initiator and retrieve your amino acid sequence:
5'3' Frame 1
T F A S D T T V F T S N L K Q T P W C I Stop L L R
R S L P L L P C G A R Stop T W
Met K L V V R P W A G W Y Q G Y K T G L R R P I E
T G H V E T E K T L G F L I G T D S L C L L V Y F P T L R L L V V Y
P W T Q R F F E S F G D L S T P D A V Met G N P K
V K A H G K K V L G A F S D G L A H L D N L K G T F A T L S E L H C
D K L H V D P E N F R V S L W D A Stop C F L S P S
F L W L S S C H R K G I S N R V Q F R Met G N R R
Met I A S V W K S Q D R F S F F Y L L F I T I V F
F C L I L A F F F F L L R N F Y Y Y T Stop C L N I
V Y N K R K Y L Stop D T L S N L K K N F T Q S A
Stop Y I T I W N I C V L I C I F I I S L L Y F L L
F L I D T Stop S L Y I F Met G
Stop S V Met F
Stop Y V Y T Y Stop P N Q G N F A
F V I L K N A F F F Stop Y T F L F I L F L I L S L
I S F F Q G N N D T Met Y H A S L H H S K E
Stop Q Stop Stop
F L G Stop G N S N I S A Y K Y F C I
Stop I V T D V R G F I L L I A A T I Q L P F C F Y
F Met V G I R L D Y S E S K L G P F A N H V H T S
Y L P P T A P G Q R A G L C A G P S L W Q R I H P T S A G C L S E S
G G W C G Stop C P G P Q V S L S S L S C C P I S I
K G S F V P Stop V Q L L N W G I L
Stop R A L S I W I L P N K K H L F S L
5'3' Frame 2
H L L L T Q L C S L A T S N R H H G A S D S Stop G
E V C R Y C P V G Q G E R G Stop S W W
Stop G P G Q V G I K V T R Q V
Stop G D Q Stop K L G
Met W R Q R R L L G F Stop
Stop A L T L S A Y W S I F P P L G C W W S T L G P
R G S L S P L G I C P L L Met L L W A T L R
Stop R L Met A R K C S V P L V
Met A W L T W T T S R A P L P H
Stop V S C T V T S C T W I L R T S G
Stop V Y G T L D V F F P L L F Y G
Stop V H V I G R G Stop V T G Y S
L E W E T D E Stop L H Q C G S L R I V L V S F I C
C S Stop Q L F S F V Stop F L L S
F F F F S A I F T I I L N A L T L C I T K G N I S E I H
Stop V T Stop K K T L H S L P S T
L L F G I Y V C L F A Y S Stop S P Y F I F F Y F
Stop L I H N H Y T Y L W V K V
Stop C F N Met C T H I D Q I R V
I L H L Stop F Stop K
Met L S S F N I L F C L S Y F
Stop Y F P Stop S L S F R A I
Met I Q C I Met P L C T I L K N N
S D N F W V K A I A I S L H I N I S A Y K L Stop L
Met Stop E V S Y C
Stop Stop Q L Q S S Y H S A F I L
W L G Stop G W I I L S P S Stop A
L L L I Met F I P L I F L P Q L L G N V L V C V L
A H H F G K E F T P P V Q A A Y Q K V V A G V A N A L A H K Y H
Stop A R F L A V Q F L L K V P L F P K S N Y
Stop T G G Y Y E G P Stop A S G F
C L I K N I Y F H C
5'3' Frame 3
I C F Stop H N C V H Stop Q P Q T
D T Met V H L T P E E K S A V T A L W G K V N V D
E V G G E A L G R L V S R L Q D R F K E T N R N W A C G D R E D S W
V S D R H Stop L S L P I G L F S H P
Stop A A G G L P L D P E V L Stop
V L W G S V H S Stop C C Y G Q P
Stop G E G S W Q E S A R C L Stop
Stop W P G S P G Q P Q G H L C H T E
Stop A A L Stop Q A A R G S
Stop E L Q G E S Met G R L
Met F S F P F F S Met V K F
Met S Stop E G D K
Stop Q G T V Stop N G K Q T N D C
I S V E V S G S F Stop F L L F A V H N N C F L L F
N S C F L F F S S P Q F L L L Y L Met P
Stop H C V Stop Q K E I S L R Y I
K Stop L K K K L Y T V C L V H Y Y L E Y
Met C A Y L H I H N L P T L F S F I F N
Stop Y I I I I H I Y G L K C N V L I C V H I L T K
S G Stop F C I C N F K K C F L L L I Y F F V Y L I
S N T F P N L F L S G Q Stop Stop
Y N V S C L F A P F Stop R I T V I I S G L R Q
Stop Q Y L C I Stop I F L H I N C
N Stop C K R F H I A N S S Y N P A T I L L L F Y G
W D K A G L F Stop V Q A R P F C
Stop S C S Y L L S S S H S S W A T C W S V C W P I
T L A K N S P H Q C R L P I R K W W L V W L Met P
W P T S I T K L A F L L S N F Y Stop R F L C S L S
P T T K L G D I Met K G L E H L D S A
Stop Stop K T F I F I
3'5' Frame 1
A Met K I N V F Y Stop A E S R C
S R P F I I S P S L V V G L R E Q R N L Stop
Stop K L D S K K A S L V I L V G Q G I S H T S H H
F L I G S L H W W G E F F A K V Met G Q H T D Q H
V A Q E L W E E D K R Y E H D Stop Q K G L A W T Q
N N P A L S Q P Stop N K S R Met
V A G L Stop L L L A I Stop N L L
H Q L Q F I C R N I Y Met Q R Y C Y C L N P E I I
T V I L Stop N G A K R H D T L Y H Y C P E R K R L
G K V L E I R Stop T K K Y I K R R K H F L K L Q
Met Q N Y P D L V N Met C T H I K
T L H F N P Stop I C I Met I
Met Y Q L K I K E N K V G R L
Stop I C K Stop A H I Y S K
Stop Stop C T R Q T V
Stop S F F L S Y L Met Y L R D I
S F C Y T Q C Stop G I K Y N S K N C G E E K K R K
Q E L N K R K Q L L Stop T A N K R N
Stop N D P E T S T L Met Q S F V
C F P F Stop T V P C Y L S P S Y D
Met N L T I E K K G K E N I K R P I D S P
Stop S S Q D P R A A C H S A A H S V W Q R C P
Stop G C P G E P G H H Stop R H R
A L S C H E P S P Stop G C P Stop
Q H Q E W T D P Q R T Q R T S G S K G R P P A A
Stop G W E N R P I G R E S Q C L S E T Q E S S L S
P H A Q F L L V S L N L S C N L D T N L P R A S P P T S S T F T L P
H R A V T A D F S S G V R C T Met V S V
Stop G C Stop
Stop T Q L C Q K Q Met
3'5' Frame 2
Q Stop K Stop
Met F F I R Q N P D A Q G P S
Stop Y P P V Stop
Stop L D L G N K G T F N R N W T A R K R A
Stop Stop Y L W A R A L A T P A T
T F Stop Stop A A C T G G V N S L
P K Stop W A S T Q T S T L P R S C G R K I R G
Met N Met I S K R A
Stop L G L R I I Q P Y P N H K I K A E W
Stop L D C S C Y Stop Q Y E T S Y
I S Y N L Y A E I F I C R D I A I A L T Q K L S L L F F R
Met V Q R G Met I H C I I I A L K
E R D Stop G K Y Stop K
Stop D K Q K S I L K E E S I F
Stop N Y K C K I T L I W S I C V H I L K H Y T L T
H K Y V Stop Stop L C I N
Stop K Stop K K I K
Stop G D Y E Y A N K H T Y I P N S N V L G R L C K
V F F Stop V T Stop C I S E I F P
F V I H N V K A L S I I V K I A E K K K K E S K N
Stop T K E N N C Y E Q Q I K E T K T I L R L P H
Stop C N H S S V S H S K L Y P V T Y P L P
Met T Stop T
Stop P Stop K R R G K K T S S V P
Stop T H P E V L R I H V Q L V T V Q L T Q C G K G
A L E V V Q V S Q A I T K G T E H F L A Met S L H
L R V A H N S I R S G Q I P K G L K E P L G P R V D H Q Q P K G G K
I D Q Stop A E R V S A Y Q K P K S L L C L H
Met P S F Y W S P Stop T C L V T
L I P T C P G P H H Q L H P R S P C P T G Q Stop R
Q T S P Q E S D A P W C L F E V A S E H S C V R S K C
3'5' Frame 3
N E N K C F L L G R I Q Met L K A L H N I P Q F S
S W T Stop G T K E P L I E I G Q Q E S E L S D T C
G P G H Stop P H Q P P L S D R Q P A L V G
Stop I L C Q S D G P A H R P A R C P G A V G G R
Stop E V Stop T
Stop L A K G P S L D S E Stop S S
L I P T I K Stop K Q N G S W I V A A I S N
Met K P L T S V T I Y Met Q K Y L
Y A E I L L L P Stop P R N Y H C Y S L E W C K E A
Stop Y I V S L L P Stop K K E I R
E S I R N K I N K K V Y Stop K K K A F F K I T N A
K L P Stop F G Q Y V Y T Y Stop N
I T L Stop P I N Met Y N D Y V S
I K N K R K Stop S R E I Met N
Met Q I S T H I F Q I V Met Y
Stop A D C V K F F F K L L N V S Q R Y F L L L Y T
Met L R H Stop V
Stop Stop Stop K
L R R R K K K K A R I K Q K K T I V Met N S K
Stop K K L K R S Stop D F H T D A
I I R L F P I L N C T L L L I P F L Stop H E L N H
R K E G E R K H Q A S H R L T L K F S G S T C S L S Q C S S L S V A
K V P L R L S R Stop A R P S L K A P S T F L P
Stop A F T L G L P I T A S G V D R S P K D S K N L
W V Q G Stop T T S S L R V G K
Stop T N R Q R E S V P I R N P R V F S V S T C P V
S I G L L K P V L Stop P Stop Y Q
P A Q G L T T N F I H V H L A P Q G S N G R L L L R S Q
Met H H G V C L R L L V N T V V S E A N
answer is variable it depends on how many orfs could be formed ... u cant simply make a protien from a genetic sequence because there are intronic and exonic locations also yes if it were mrna then we can talk of ORF (open reading frame ) or number of amino acids formed precisely ....
u caanot use genomic DNA sequence to translate directly into protien sequence because what we find along the way is that introns are removed exons are joined and so on .... still if u want to encode a region begiening from methionine atg codon ... u can use
http://web.expasy.org/translate/
tool to see what u intend to translate ....
simply counting amino acids without intronic and exonic information would make no meaning
Feel free to discuss more in comments I would be glad to help ....Regards
>gi|28380636:70545-72150 Homo sapiens beta globin region (HBB@) RefSeqGene on chromosome 11 ACATTTGCTTCTGACACAACTGTGTTCACTAGCAACCTCAAACAGACACCATGGTGCATCTGACTCCTGA GGAGAAGTCTGCCGTTACTGCCCTGTGGGGCAAGGTGAACGTGGATGAAGTTGGTGGTGAGGCCCTGGGC AGGTTGGTATCAAGG
Hemoglobin is a protein that is found in red blood cells. It binds to oxygen in the lungs and it carries it to tissues and cells throughout the body. Hemoglobin is made of four polypeptide chains, two called “alpha-globins” (a) and two “beta-globins" (B). The B-globin polypeptide is produced in the cells based on the sequence of the HBB gene. The structure of the HBB gene that codes for beta-globin is represented below. The primary transcript is 1606 nucleotides long....
The following is a partial DNA coding segment from Homo sapiens CD4 gene that encodes a membrane glycoprotein of T lymphocytes. 5’ACCGGGGAGTCCCTTTTAGGCACTTGCTTCTGG3’ 1. Produce the corresponding RNA fragment. 2. Produce the partial primary protein sequence (one letter codes for amino acids) using reading frame 3.
3. Below is the template DNA sequence for a short human protein: Template DNA = 3’ GCATGACTATTAATACGTGCGCTACCAGACTTGA5’ A. How many amino acids will the protein translated from this mRNA have? B. How many nucleotides in total will be transcribed but not translated? Assume that the stop codon is not part of the untranslated region.
x Assignment 1 - Database.pdf ... Learn how to access and use NCBI databases Question 1: Search Taxonomy database for: 1) Homo sapiens, 2) Heterodoxus macropus, 3) E. coli. a. What is the common name of the species? b. How many nucleotide or protein sequence records do you find (show your search results in cropped windows)? Question 2: Use the name "plague thrips" to search the Nucleotide database. a. What is the scientific name of the plague thrips? b. How...
tcaggctttaattcatccgtgatctttgacgacggtaaatacgatgcagatataatacgatgaccgatgccaatcgaccgatcaaggaggcaccgaatggcgatgatggcgatgattgcgattaacgaagtggaacgcattatggcgggcattaacgaagatacccatgcgaccggcgaaaacgaaaccatttgcagctgcgcgaactttgaagaactgacccatgcgaccggccgcgaagcgacctaaaagtcgtaattacgtatcaagtcatgggccgcgggcgcccggcccactgactagactagggccgggcgcccgcggcccaccatataaataaaaaaaaaaaaaacgaggctatagctcatcaatgacct Your job now is to copy the above DNA sequence and highlight each of the different sequence elements that are relevant to this particular gene (I suggest that you use different font backgrounds for each sequence element) and briefly explain what each of them do . Then, write the sequence of the mRNA that would be transcribed from this DNA sequence, identifying the AUG and STOP codon (I suggest that you bold and underline text this time). Once you've...
Background Information How can we predict where a coding gene will be in bacteria? And can we then predict what protein will be produced? Take the DNA sequence below, for example. tcaggctttaattcatccgtgatctttgacgacggtaaatacgatgcagatataatacgatgaccgatgccaatcgaccgatcaaggaggcaccgaatggcgatgatggcgatgattgcgattaacgaagtggaacgcattatggcgggcattaacgaagatacccatgcgaccggcgaaaacgaaaccatttgcagctgcgcgaactttgaagaactgacccatgcgaccggccgcgaagcgacctaaaagtcgtaattacgtatcaagtcatgggccgcgggcgcccggcccactgactagactagggccgggcgcccgcggcccaccatataaataaaaaaaaaaaaaacgaggctatagctcatcaatgacct If you were a bacterial RNA polymerase, what sequence(s) should there be in this DNA for you to bind and begin transcribing? And if you found such sequence(s), where would you begin transcription? As a human being looking at this fragment of DNA, what type of consensus sequence(s)...
Question 2 (1 point) In order to target a protein to the endomembrane system, which of the following is required first? O a ER bound ribosome signal peptide on the N terminus of the polypeptide chaperone protein signal peptide on the C terminus of the polypeptide O signal-recognition particles A tRNA is chemically modified so that the amino acid bound is different than the one specified by its anticodon. Which codon in the mRNA would the tRNA recognize: the one...
Some amino acids are post-translationally removed from the C-terminal end of the beta-lactamase enzyme from B. imaginarium (i.e. - after it is translated and released from the ribosome, a protease chews off some amino acids). The wild-type enzyme, which has had the amino acids removed from the C’-terminus, is 246 amino acids in length and the C-terminal amino acids are shown below aligned with the C-terminal amino acids of a frameshift mutant, which – due to a frameshift mutation - is...
Some amino acids are post-translationally removed from the C-terminal end of the beta-lactamase enzyme from B. imaginarium (i.e. - after it is translated and released from the ribosome, a protease chews off some amino acids). The wild-type enzyme, which has had the amino acids removed from the C’-terminus, is 246 amino acids in length and the C-terminal amino acids are shown below aligned with the C-terminal amino acids of a frameshift mutant, which – due to a frameshift mutation - is...
QUESTION 11 Meselson and Stahl had obtained the resuk below, what would have been there conclusion First Generation Replication Replication N4 14 NINIS NAS N15 DNA replication is conservative DNA replication is semi-conservative DNA replication is dispersive None of the above QUESTION 12 If one strand of DNA Is CGGTAC in the 5-3 direction, what is the corresponding complementary strand of DNA in the 53' direction? GCCTAG ©GTACG TAACGT GCCATG CATGGA QUESTION 13 Which of the following statements regarding the...