– Draw a DNA strand with 10 adenine bases followed by 10 cytosine bases. If that same strand bonded to a strand of 15 thymine bases and 5 guanine bases, how would the double helix shape vary from a typical DNA double helix? Explain why. Must draw picture of both strands that helps to illustrate your written answer – no credit for one without the other.

– Draw a DNA strand with 10 adenine bases followed by 10 cytosine bases. If that same strand bonded to a strand of 15 thymine bases and 5 guanine bases, how would the double helix shape vary from a typical DNA double helix? Explain why. Must draw picture of both strands that helps to illustrate your written answer – no credit for one without the other.

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter8: The Structure, Replication, And Chromosomal Organization Of Dna

Section: Chapter Questions

Problem 12QP: DNA contains many hydrogen bonds. Are hydrogen bonds stronger or weaker than covalent bonds? What...

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DNA contains many hydrogen bonds. Are hydrogen bonds stronger or weaker than covalent bonds? What are the consequences of this difference in strength?
DRAW A DNA STRAND WITH 10 ADENINE BASES FOLLOWED BY 10 CYTOSINE BASES. IF THAT SAME STRAND BONDED TO A STRAND OF 15 THYMINE BASE AND 5 GUANINE BASES, HOW WOULD THE DOUBLE HELIC SHAPE VARY FROM A TYPICAL DNA DOUBLE HELIX?
Complete the structure of a DNA molecule. Label each base A, T, G, C. Sugar (s) Phosphate (P) group on the complimentary strand.
Draw a stylized diagram of double-stranded DNA. Use a pentagon for sugar, a circle for phosphate and a square for bases. Label each base A, T, C or G. Show two pairs of nucleotides connected via hydrogen bonds (use all 4 letters). Show the polarity of each strand and clearly indicate the number of hydrogen bonds in each pair of nucleotides. Draw a solid-line circle around a nucleotide. Draw a dashed-line circle around a nucleoside. Indicate a phosphodiester bond using an arrow.
Using the DNA figure below to identify structures of the following letters: A= B= C= D= E= F: Circle a nucleotide for each backbone strand A B A G G A E T
List the DNA bases that will complementary base pair with the following sequence: A-G-C-T-A-C-G
Given the following sequence for one strand of a double-strand oligonucleotide: 5’ACCGTAAGGCTTTAG3’ a. Write the sequence for the complementary DNA strand. b. Write the sequence of the RNA complementary to the strand shown
Illustrate some steps involved in DNA replication :Suppose the following base sequence was found in a segment of one strand of a DNA molecule: 3’ A-A-T-A-C-C-T-C-C-T-A-A-C-T 5’ What would be the bases in the complementary strand? Label the 3’ and the 5’ ends. Illustrate the DNA molecule below. Label the 3’ and the 5’ ends of both strands. Separate the above DNA molecule up to the seventh base. Add one primer for the leading strand complementary to the first base Adenine of the template strand. Add one primer for the lagging strand complementary to the seventh base Adenine of the template strand. Illustrate the DNA molecule. Label the 3’ and 5’ ends. Elongate the new strands up the seventh base by adding DNA bases complementary to the template strand. Illustrate the resulting DNA molecule. Label the 3’ and the 5’ ends of the template strands and the complementary strands. Elongate the new strands up the seventh base by adding DNA bases complementary to the template strand. Illustrate…
Write the sequence of the complementary strand of the following portion of a DNA molecule: 5 '–TAGGCTA–3 '.
Match the correct bases pairs to find the opposite strand of DNA strand of DNA - T G C A A T G C C C G T A T A T G C C A complementary strand -
Match the following terms with their correct definition. The structure of double-standed DNA Hold the base pairs together and make up the rungs of the DNA double helix One strand of nucleotides running in the opposite direction of the other strand Consists of a phosphate, a sugar backbone, and a nitrogen base A-T and C-G base pairs Five-carbon sugar found in DNA Answer Complementary base pairs Answer Double helix Answer Antiparallel Answer Nucleotide Answer Hydrogen bonds Answer Deoxyribose sugar
Determine what amino acid will be formed from the given DNA strand below: 3’ T A C A T G C C G A A T 5’ Note: Prepare the partner strand of this DNA. Discuss how will replication happen by mentioning the enzyme needed then transcribe to form mRNA. Discuss what will happen to mRNA, then translate, mentioning the anticodon to be used. Look at the genetic code to know what amino acid will become part of the polypeptide chain. 1. Partner DNA strand 2. the mRNA strand 3. the tRNA 4. the formed amino acids