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Deletion
Insertion
Substitution
Inversion
Deletion
Insertion
Substitution
Chromosomal deletion
Deletion
Insertion
Substitution
Chromosomal deletion
Deletion
Insertion
Substitution
Chromosomal deletion
Deletion
Insertion
Substiution
Chromosomal inversion
When a new nucleotide is added to the gene sequence
When a nucleotide is removed from the gene sequence
When a section of a chromosome is added
When a section of a chromosome is flipped
When a new nucleotide is added to the gene sequence
When a nucleotide is removed from the gene sequence
When a section of a chromosome is added
When a section of a chromosome is flipped
Inversion
Deletion
Duplication
It had no affect and was a inversion mutation
It continued to code for STOP with either nucleotide sequence; it was a substitution mutation
The original sequence possessed a STOP codon while the new sequence did not stop the process but included tryptophan; it was a deletion mutation
The original sequence possessed a STOP codon while the new sequence did not stop the process but included tryptophan; it was an insertion mutation
The enzyme would not have the correct shape and therefore not function properly
This would have no affect
More of the enzyme would be made
Exon
Intron
Operon
Interferon
Exon
Intron
Operon
Interferon
Unnatural events that are harmful to genetic diversity
Unnatural events that always affect the organism
Natural events that produce genetic diversity in organism
Natural events that always affect the organism
Translocation
Duplication
Deletion
Insertion
Modified DNA in somatic cells is recessive
Offspring typically reject modified DNA
Only gamete cells (egg and sperm) carry genetic material to offspring
Offspring mutations happen only when somatic cells are diseased
Not expressed
Non-translated
Removed by splicing
Expressed
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