Question

DNA sequence: ACCGTAGGTCGAAAT Original DNA ACC GTA GGT CGA AAT New Copy of DNA         New Copy...

DNA sequence: ACCGTAGGTCGAAAT

Original DNA ACC GTA GGT CGA AAT

New Copy of DNA        

New Copy of RNA

Amino Acid Sequence

Science   Biology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Provide the correct mRNA sequence for the following DNA sequence, and then translate this into the...
Provide the correct mRNA sequence for the following DNA sequence, and then translate this into the proper amino acid sequence for the protein the gene would encode: 5′ ATG GAA CGC CTT TAC ATC GTG TGG CAT TAT AGC CAA CGC GTT TAA 3′ Coding 3′ TAC CTT GCG GAA ATG TAG CAC ACC GTA ATA TCG GTT GCG CAA ATT 5′
The top on is the normal DNA and the corresponding mRNA sequence. The bottom is the...
The top on is the normal DNA and the corresponding mRNA sequence. The bottom is the DNA and mRNA sequence after a mutation. Answer the following questions: NORMAL: Template DNA 5' - CA TAC GTA TTG CAG ATT - 3' mRNA 5' - __________________________________ MUTATED: Template DNA 5' - CA AC GTA ATT GCA GAT T - 3' mRNA 5' - _________________________________ (a) What is the amino acid sequence for the normal protein? (b) What is the amino acid sequence...
10. Given the following DNA sequence as the template strand: TTACGATGCCCA Finish the complementary DNA strand....
10. Given the following DNA sequence as the template strand: TTACGATGCCCA Finish the complementary DNA strand. AAT _ _ _ _ _ _ _ _ _ Finish the corresponding mRNA (use template strand) AAU _ _ _ _ _ _ _ _ _ Finish the corresponding protein sequence from the mRNA. (Use the table on mRNA codons to identify the protein sequence. For example, the mRNA codon AAU codes for the amino acid, asparagine, Asn. Asn-____-____-____ What would be the...
DNA sequence. 5’-CTACACTTTATCGTTAATCTGCCAGAAGCACCCCTCCAGGTGTCTACTGTATGGTGTCGCCAT-3’ “Transcribe” and form an RNA transcript based on the DNA sequence. Illustrate the...
DNA sequence. 5’-CTACACTTTATCGTTAATCTGCCAGAAGCACCCCTCCAGGTGTCTACTGTATGGTGTCGCCAT-3’ “Transcribe” and form an RNA transcript based on the DNA sequence. Illustrate the amino acid sequence of the resulting polypeptide using the genetic code. *Please follow proper directionality of both the RNA strand and the polypeptide. Indicate clearly and label correctly the ends of the molecules mentioned. What is/are the characteristic feature/s of the resulting polypeptide based on the viral DNA sequence given?
4. Which statement describes the central dogma of biology? a) DNA is transcribed into RNA. RNA...
4. Which statement describes the central dogma of biology? a) DNA is transcribed into RNA. RNA is translated into an amino acid sequence. b) Translation is the process of synthesizing RNA from DNA. Transcription is the process of synthesizing an amino acid sequence from RNA. c) Transcription is the process of synthesizing DNA from RNA. Translation is the process of synthesizing an amino sequence from DNA. d) DNA is transcribed to an amino acid sequence. RNA is translated to an...
DNA encodes proteins by reading the sequence in ordered triplets. For example, the three ordered triplets...
DNA encodes proteins by reading the sequence in ordered triplets. For example, the three ordered triplets in the ACCAGGTTA sequence are ACC, AGG, and TTA. That is, a different triplet can encode a different amino acid. How many different amino acids can be coded for each ordered triplet?
3'- CCA TGT CCG GAA GTG AAT- 5' Using the same template DNA strand provided in...
3'- CCA TGT CCG GAA GTG AAT- 5' Using the same template DNA strand provided in question #1, transcribe and translate the DNA strand after the following mutations have occurred. You only need to provide the new amino acid sequence of the protein encoded after these mutations have occurred: a. A "C" to "T" base substitution at nucleotide position #8. b. A "T" to "C" base substitution at nucleotide position #6. c. Which one of these is more likely to...
3'- CCA TGT CCG GAA GTG AAT- 5' Using the same template DNA strand provided in...
3'- CCA TGT CCG GAA GTG AAT- 5' Using the same template DNA strand provided in question #1, transcribe and translate the DNA strand after the following mutations have occurred. You only need to provide the new amino acid sequence of the protein encoded after these mutations have occurred: a. A "C" to "T" base substitution at nucleotide position #8. b. A "T" to "C" base substitution at nucleotide position #6. c. Which one of these is more likely to...
ANSWER KEY Recombinant DNA Anticodon Mutation Uracil Codon Replication tRNA Thymine Antiparallel Translation Transcription Polymerase Chain...
ANSWER KEY Recombinant DNA Anticodon Mutation Uracil Codon Replication tRNA Thymine Antiparallel Translation Transcription Polymerase Chain Reaction Match the correct answer with the corresponding statement. A base found in RNA but not DNA A base found in DNA but not RNA The opposite directions run by two strands of DNA double helix Protein synthesis When mRNA is synthesized from DNA When a strand of DNA makes a new copy prior to cell division The RNA that carries amino acids to...
5’…TAC ACC GAT GGA TAA GTC…3’ DNA Coding strand 3’…ATG TGG CTA CCT ATT CAG…5’ DNA...
5’…TAC ACC GAT GGA TAA GTC…3’ DNA Coding strand 3’…ATG TGG CTA CCT ATT CAG…5’ DNA template strand Use the information above to answer the following questions. Write the sequences of the two double-stranded daughter DNAs which will be replicated from the sequence above. Indicate which sequences are directly from the parent. Show accurate direction of each sequence. 0.5 points Write the sequence of the mRNA strand that will be transcribed from the above DNA sequence. Show accurate direction of...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT