ACHIEVE FOR BIOLOGY:HOW LIFE WORKS-EBOOK
3rd Edition
ISBN: 9781319284367
Author: Morris
Publisher: Macmillan Higher Education
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Chapter 12.2, Problem 5SAQ
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How does a eukaryotic cell distinguish the end of a broken chromosome from the end of an intact linear chromosome?
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ACHIEVE FOR BIOLOGY:HOW LIFE WORKS-EBOOK
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- What are artificial chromosomes and why are they used?arrow_forwardDo homologous chromosomes have the same exact NUCLEOTIDE sequences? Why do we only need 23 chromosomes for DNA sequencing, when the two homologous pairs do not have the exact same nucleotide sequences? Why don't we use all 46 chromosomes?arrow_forwardIs chromosome deletion equivalent to a frameshift mutation (discussed in Chapter 13)? Why or why not?arrow_forward
- What is the advantage for bacteria to have a circular DNA chromosome when eukaryotes have linear DNA chromosomes?arrow_forwardWhat is the end-replication problem? Why, in the absence of telomerase, do the ends of linear chromosomes get progressively shorter each time the DNA is replicated?arrow_forwardYou have changed projects at work and are now creating an artificial DNA replication system for your company's eukaryotic Design-a-CellÒ system. You have to choose which replication origins you are going to use for the chromosomes you are building, which will be close to the same size as human chromosomes. Would you choose the ones from yeast or from humans? Explain why.arrow_forward
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