Campbell Biology in Focus (2nd Edition)
Campbell Biology in Focus (2nd Edition)
2nd Edition
ISBN: 9780321962751
Author: Lisa A. Urry, Michael L. Cain, Steven A. Wasserman, Peter V. Minorsky, Jane B. Reece
Publisher: PEARSON
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Chapter 13, Problem 12TYU

(a)

Summary Introduction

To draw:

The new synthesized DNA strand with (a) color coding of the parental DNA strand, single stranded binding protein, sliding clamp, and DNA polymerase-III enzyme (b) labeling of the parental DNA strand, single stranded binding protein, sliding clamp, and DNA-polymerase-III enzyme in the given diagram.

Introduction:

The DNA synthesis machinery consists of the parental DNA strand, single stranded binding proteins, sliding clamp, DNA polymerase-III and the sliding clamp.

To draw:

The diagram of newly synthesized DNA with the parental DNA strand, single stranded binding protein, sliding clamp and DNA polymerase-III enzyme.

(b)

Summary Introduction

To label:

The diagram of the newly synthesized DNA with the parental DNA strand, single stranded binding protein, sliding clamp and DNA polymerase-III enzyme with the direction of replication.

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Please help us explain our dna replication model  Yellow is thymine, red is adenine, blue is cytosine, green is guanine
1.  make your own sample representation of DNA replication. Complete your representation for a single helical turn. 2.  prepare a representation of how mRNA is formed in the nucleus  3.  Complete to build a Polypeptide. Start from the DNA template you made , the mRNA transcript formed, and finally the processed or synthesize proteins with the aid of the Genetic code table.
atthew Meselson and Franklin Stahl performed an experiment using heavy isotopes and bacteria to determine which model DNA follows to replicate. Their results are evidence supporting which DNA replication model below?   a. The parent DNA molecule is broken into its singular nucleotides from which new nucleotides are copied and then all nucleotides to come back together as one larger DNA molecule.   b. The parent DNA strands re-associate after acting as replication templates, forming one molecule of parental DNA and one molecule of daughter DNA.   c. The parent DNA is mixed into each of the daughter strands such that both daughter molecules contain a mix of parental and new DNA in each complementary strand.   d. The parent DNA strands separate and act as templates for new strands to build onto, such that each resulting molecule is a hybrid of 1 parental strand and 1 daughter strand.
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