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BIO111 Chp 14 DNA

BIO111 Chp 14 DNA

Assessment

Presentation

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Biology

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University

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Practice Problem

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Created by

Sara Hines

Used 10+ times

FREE Resource

27 Slides • 20 Questions

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BIO111 DNA

Chapter 14

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Multiple Choice

What did Griffith's "Transforming Principle" experiment conclude to?

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DNA replication was semiconservative

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DNA was the genetic material

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Something (DNA) was transferred from the dead bacteria to the live bacteria

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Multiple Choice

Oswald, Macleod, and McCarty broke down the heat-killed S strain and isolated the parts to conclude that genetic information was most likely made of what?

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Proteins

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Lipids

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Nucleic acids

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Carbohydrates

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Multiple Choice

Hershey and Chase blender experiment gave evidence of what?

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DNA replication was semiconservative

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DNA was the genetic material

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Something (DNA) was transferred from the dead bacteria to the live bacteria

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Multiple Choice

Before Hershey and Chase blender experiment, what did most people believe the genetic material was made of?

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Proteins

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Nucleic acids

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Lipids

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Carbohydrates

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Fill in the Blank

Is DNA double or single stranded? (1 word)

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Fill in the Blank

DNA strands run in opposite directions, otherwise known as ____________

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Multiple Choice

Meselson and Stahl's experiment gave evidence of what?

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DNA replication is semiconservative

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DNA is the genetic material

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Something (DNA) was transferred from the dead bacteria to the live bacteria

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Multiple Choice

Which enzyme unzips the DNA for replication?

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DNA polymerase

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Helicase

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Topoisomerase

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RNA Primase

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Multiple Choice

Which enzyme keeps the DNA from supercoiling after helicase unravels it?

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DNA Polymerase

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RNA Primase

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Topoisomerase

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Single stranded binding proteins

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Multiple Choice

Which enzyme is responsible for synthesizing the new DNA strand?

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Ligase

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Single stranded binding proteins

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RNA Primase

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DNA Polymerase

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Multiple Choice

Which enzyme is responsible for laying down the RNA primer for DNA Polymerase to bind to?

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RNA Primase

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Helicase

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Single stranded binding proteins

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Topoisomerase

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Multiple Choice

Which enzyme is responsible for keeping the DNA strands separated after helicase unzips it?

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DNA Polymerase

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Single stranded binding proteins

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Topoisomerase

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Ligase

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Multiple Choice

Which enzyme is responsible for annealing the okazaki fragments together to form a single DNA molecule?

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Primase

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Helicase

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Ligase

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DNA Polymerase

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Multiple Choice

DNA Replication (shortens or lengthens) your telomeres by working with telomerase over your lifespan?

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Shortens

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Lengthens

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Multiple Choice

Which type of mutation has occurred when a substitution that does not end up changing the amino acid sequence?

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Missense

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Silent

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Nonsense

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Frameshift

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Multiple Choice

Which type of mutation has occurred when a substitution caused the amino acid to change into a stop codon?

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Missense

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Silent

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Nonsense

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Frameshift

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Multiple Choice

Which type of mutation has occurred when there was an insertion or deletion of a nucleotide?

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Missense

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Silent

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Nonsense

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Frameshift

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Multiple Choice

Which type of mutation has occurred when a substitution causes a change in the amino acid sequence?

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Missense

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Silent

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Nonsense

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Frameshift

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Multiple Choice

What does Sanger sequencing do?

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Separates pieces of DNA based on size in an electrode

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Sequences DNA with the use of many pieces of DNA cut up by various dideoxynucleotides

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Uses computer imaging to get a photo of chromosome size/shape/banding

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Multiple Choice

What does Gel Electrophoresis do?

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Separates bands of DNA based on size through an electrode

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Sequences DNA with the use of many pieces of DNA cut up by various dideoxynucleotides

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Uses computer imaging to get a photo of chromosome size/shape/banding

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Summary/What to Study

Griffeth Experiment, Hershey and Chase Experiment, Meselson and Stahl Experiment, DNA Replication process, DNA Replication proofreading, Telomerase action, DNA mutations, Sanger Sequencing, Gel Electrophoresis

BIO111 DNA

Chapter 14

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