5' Strand Phosphate continues Base CH RNA contains uracil in place of thymine. нС NH Ribose RNA has a hydroxyl group on the 2'-carbon atom of its sugar component, whereas DNA has a hydrogen atom. RNA is more reactive than DNA. 4' н н sugar T2' он 31 N-H Н.С H H н он н -P=0 HC =N -H Н.с 5', 0 Н H. H. Н 3'1 Н он н 0-P=0 нC N. н 3' он Strand continues 3' -C

5' Strand Phosphate continues Base CH RNA contains uracil in place of thymine. нС NH Ribose RNA has a hydroxyl group on the 2'-carbon atom of its sugar component, whereas DNA has a hydrogen atom. RNA is more reactive than DNA. 4' н н sugar T2' он 31 N-H Н.С H H н он н -P=0 HC =N -H Н.с 5', 0 Н H. H. Н 3'1 Н он н 0-P=0 нC N. н 3' он Strand continues 3' -C

Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter30: Protein Synthesis

Section: Chapter Questions

Problem 13P

See similar textbooks

Similar questions

Give the mRNA and amino acid sequence from this DNA strand: TACATACCTCGGCTTTGGCTGAAAGGTACTTATAATGCT
The following sequence is a double stranded DNA. 5'ATTTGACAATGCGTTAGGCATGACTATGTATAATGCATGCCACATACT... 3' 3'TAAACTGTTACGCAATCCGTACTGATACATATTACGTACGGTGTATGA…5' -35 -10 +1 Where does RNA polymerase initially binds?
Since it was deciphered four decades ago, somehave claimed that the genetic code must be a frozen acci-dent, while others have argued that it was shaped by nat-ural selection. A striking feature of the genetic code is itsinherent resistance to the effects of mutation. For example,a change in the third position of a codon often specifies thesame amino acid or one with similar chemical properties.The natural code resists mutation more effectively (is lesssusceptible to error) than most other possible versions, asillustrated in Figure Q1–1. Only one in a million comput-er-generated “random” codes is more error-resistant thanthe natural genetic code. Does the extraordinary mutationresistance of the genetic code argue in favor of its origin asa frozen accident or as a result of natural selection? Explainyour reasoning.
PLEASE FL OUT TABLE USING INSTRXUTIONS -USE BASE PAIRING RULES TO COMPLETE SECOND COLUMN FOR EACH MUTATION WRIYE IN ANY MRNA DOEONS RHAT WILL BE FHANGED AS THE REEULR OF RHE MURATION AND USE X MARKS RO INDÍCATE DOONS THAT WONT BE FHANGES CIRCLE STOP CODONS
The original DNA sequence TACACCTTGGCGACT I need the mRNA sequence and the amino acid sequence And also the mutation type
A template strand in bacterial DNA has the following base sequence: 5′ –AGGTTTAACGTGCAT–3′ What amino acids are encoded by this sequence?
AAG ATA CAG GCT CGG TAA For the DNA sequence shown above, identify the following: a. mRNA codons b. tRAN anticodons c. amino acids
The genetic code consists of a series of three-base wordsthat each code for a given amino acid.(a) Using the selections from the genetic code shown below, de-termine the amino acid sequence coded by the following seg-ment of RNA: UCCACAGCCUAUAUGGCAAACUUGAAG AUG= methionine ;CCU= proline; CAU= histidine ;UGG= tryptophan AAG= lysine ; UAU= tyrosine ;GCC= alanine ;UUG= leucine ;CGG= arginine ;UGU= cysteine ;AAC =asparagine ;ACA=threonine ;UCC= serine ;GCA=alanine ;UCA=serine(b) What is the complementary DNA sequence from which this RNA sequence was made? (c) If you were sequencing the DNA fragment in part (b), how many complementary chain pieces would you obtain in the tube containing ddATP?
Hello, I would really appiarte help appreciate help. This is a blank question so I am unsure why it was rejected immeditely the first time. Thank you in advance. Identify the type of mutation and how it would affect the protein made (amino acid) if the following changes occurred in the DNA antisense strand First codon change from TAC to TAT. Third codon change from ACG to ACA. Ninth nucleotide changes from G to T. Nucleotide with adenine (A) base inserted between 3rd and 4th nucleotide. Types of Mutation Changes in the Amino Acid 1. 2. 3. 4.
Translate this RNA sequence into an amino acid sequence: 5'-AUG GGC UAC CGA-3'?
A single nucleotide addition and a single nucleotide deletion approximately 15 bases apart in the DNA cause aprotein change in sequence fromPhe–Ser–Pro–Arg–Leu–Asn–Ala–Val–LystoPhe–Val–His–Ala–Leu–Met–Ala–Val–Lysa. What are the old and new mRNA nucleotide sequences? (Use the codon dictionary in Figure 9-5.)b. Which nucleotide has been added? Which has beendeleted?
Given this DNA strand: 3’ TACAGTCTGTAGCGTACATTATCGTGACCGACT 5’ Identify the following: mRNA: polypeptide chain: