Complete the table. For the polypeptide, use the three-letter code.Note: Reference the Genetic code table for additional information.DNA template strand:3' endTTGGTCCGCCATGTAACC5' endmRNA codons:5' endtRNA anticodons:polypeptide:3' end

Genetic code table basis:Reference:…

Answered: Complete the table. For the…

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

Section: Chapter Questions

Problem 1P

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A Section of a Gene CTA AAA TAG TCT For the DNA sense strand sequence shown above, identify the following: mRNA codons tRNA anticodons amino acids DNA CTA AAA TAG TCT mRNA tRNA Amino Acids
The following sequence is the coding strand of a piece of DNA. Type out the corresponding template strand of DNA and the MRNA that could be made from this piece of DNA if you assume that transcription begins at the first nucleotide listed. Next, use the attached genetic code table to translate the mRNA into a polypeptide that could be made from the message and list that sequence along with those of the DNA and MRNA. Coding strand 5'-TACCGTATGATTCTCTTGTATGGGTAACC-3' Second letter U UUU UUC UCU UAU UGU Phe Tyr Cys UCC UCA UAC UAA STOP UAG STOP UGG| Trp UGC Ser UUA UGA STOP A UUG Leu UCG CUU CCU CC CAU CGU CGC His CUC C CUA CAC САА Leu Pro Arg CCA CGA Gln CUG СCG CAG CGG AGU Ser AAU AAC ACU AUU lle AUC Asn ACC ACA AGC Thr AAA AGA AUA AUG Met Arg ACG AAG Lys AGG GAU GCU GCC GUU GGU Asp GAC GGC GGA GUC Val Ala Gly GCA GCG GAA GAG GUA Glu GUG GGG Third letter UCAG UCAG 5CAG UCAG First letter
In the following picture, identify the type of DNA binding motif is shown and the characteristics.
Please fill out 2nd and 3rd rows using the instrxutions listed above. EVERYTHING.
Match the THE BEST DESCRIPTION with the proper enzyme. RNA Polymerase I RNA Polymerase II RNA Polymerase III DNA Polymerase I aminoacyl-tRNA synthetases DNA Polymerase III RF1 [Choose ] ✓ MAINLY synthesizes ribosomal RNA Recognizes stop codons and halts the process of protein translation The most important enzymes involved in interpreting the genetic code. Part of a processive complex that does most of the work placing nucleotides in DNA replication. Synthesizes messenger RNA precursors MAINLY synthesizes transfer RNA Has 5' to 3' exocnuclease activity and participates in primer removal MAINLY synthesizes transfer Has 5' to 3' exocnuclease act The most important enzyme Part of a processive complex Recognizes stop codons and
Use the DNA sequence above, list all possible splicing products
5. Below is a segment of RNA, transcribed from a DNA sequence. Use the following codon chart to help answer the questions below. 5' AUG/CCU/ACG/GAC/UGG/CCU 3¹ First Letter U C A The genetic code Second Letter A U с G phenylalanine serine tyrosine cysteine phenylalanine serine tyrosine cysteine leucine serine stop G leucine leucine leucine leucine leucine serine proline isoleucine start/ stop histidine stop tryptophan arginine proline histidine arginine proline glutamine arginine proline glutamine arginine threonine asparagine serine isoleucine isoleucine threonine asparagine serine threonine lysine arginine threonine lysine arginine methionine valine valine valine valine a. What polypeptide would be generated by this sequence? alanine aspartate glycine alanine aspartate glycine alanine glutamate glycine alanine glutamate glycine Third Letter DUAGUUAGUUAG C с А UCAG b. The RNA is mutated to: 5' AUGCCCACGGACUGGCCU 3. What type of mutation has occurred? Show the new polypeptide chain. c.…
FIRST BASE UUU- UUC UUA UUG U CUU- CUC -Phe -Leu DNA Sequence tRNA Sequence (anticodon) -Leu CUA CUG AUU- ACU AUC lle ACC AUA ACA Met or AUG Start ACG- GUU GUC GUA GUG mRNA Sequence (codon) AMINO ACID Sequence SECOND BASE C -Val UCU- UCC UCA UCG- CCU CCC CCA CCG GCU GCC GCA GCG Ser -Pro Thr Ala AAG GAU UAU Cys UAC UAA Stop UGA Stop UAG Stop UGG Trp CAU- CGU -His CAC CGC CAA CGA -Gin CAG CGG AAU- AGU- AAC- AGC AAA- AGA AGG GGU- ASP GGC GGA GGG GAC- GAA GAG UGU- Tyr UGC- Asn Lys G Glu Arg 2 1. In your bag is a specific DNA sequence. 2. Copy that sequence in the box below labeled DNA sequence 3. Transcribe the sequence in the appropriate box. 30 Ser 4. Determine the appropriate anticodon sequence. 5. Translate the appropriate sequence into an amino acid sequence using the codon chart above 6. Using the contents of the bag, create your protein. Arg Gly THIRD BASE
Use this mRNA coding sequence as your starting point. This sequence begins with a start codon and ends with a stop codon, so it is only looking at the region of DNA that directly encodes a protein sequence. 5’-AUGCACAAAUUAGAGUACCCCCCAGGAAGGUAG-3’ Make the following mutation in this sequence by changing/adding/removing only one nucleotide. Make the mutation easy to see (a different color, circled, something like that) A frameshift mutation
A mistake during DNA replication leads to a mutation in the nucleotide sequence shown below. DNA DNA ATG CCT TGT GẠC ATG CCT TGA GẠC transcription transcription MRNA MRNA AUG CCU UGU GAC AUG CCU UGA GAC original sequence mutated sequence What kind of mutation will result from the mistake made during DNA replication in the nucleotide sequence above? O A. Silent Mutation B. Chromo C. Nonsense Mutation D. Frameshift Mutation
Construct a polypeptide chain by translating the given red strand of the mRNA segment. AUG-ACA-GUG-UCA-UAC-AAG-CCU-CAU-GCC-GUC-AUA-CUU-GGG-UGU-GAC-CUA-AUA
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Complete the table. For the polypeptide, use the three-letter code. Note: Reference the Genetic code table for additional information. DNA template strand: 3' end TTG GTC CGC CAT GTA ACC 5' end mRNA codons: 5' end tRNA anticodons: polypeptide: 3' end