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book Becker's World of the Cell 9th Edition by Lewis Kleinsmith, Jeff Hardin, Gregory Paul Bertoni cover

Becker's World of the Cell 9th Edition by Lewis Kleinsmith, Jeff Hardin, Gregory Paul Bertoni

Edition 9ISBN: 9780134295510
book Becker's World of the Cell 9th Edition by Lewis Kleinsmith, Jeff Hardin, Gregory Paul Bertoni cover

Becker's World of the Cell 9th Edition by Lewis Kleinsmith, Jeff Hardin, Gregory Paul Bertoni

Edition 9ISBN: 9780134295510
Exercise 3
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an "OK" if you would expect the mutant protein to be nearly normal and with a "Not OK" if you would expect it to be obviously abnormal.
(a)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(b)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(c)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(d)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(e)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(f)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(g)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(h)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
(i)
Frameshift Mutations. Each of the mutants listed below this paragraph has a different mutant form of the gene encoding protein X. Each mutant gene contains one or more nucleotide insertions (+)or deletions (-)of the type caused by acridine dyes. Assume that all the mutations are located very near the beginning of the gene for protein X. In each case, indicate with an OK if you would expect the mutant protein to be nearly normal and with a Not OK if you would expect it to be obviously abnormal. (a)     (b)     (c)     (d)     (e)     (f)     (g)     (h)     (i)
Explanation
Verified
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(a)
The genetic code is composed of trip...

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Becker's World of the Cell 9th Edition by Lewis Kleinsmith, Jeff Hardin, Gregory Paul Bertoni
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