A eukaryotic gene contains 14 exons. Most of the transcripts from this gene contain all 14 exons, but some contain only 11 exons. Only the 14-exon MRNA encodes a protein that changes its cellular localization in response to phosphorylation. Which mechanisms for producing complexity are exemplified by this gene? Check All That Apply DNA-level combinatorial amplification pseudogene formation alternative splicing gene duplication and divergence

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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A eukaryotic gene contains 14 exons. Most of the transcripts from this gene contain all 14 exons, but some contain only 11 exons. Only the 14-exon mRNA
encodes a protein that changes its cellular localization in response to phosphorylation. Which mechanisms for producing complexity are exemplified by
this gene?
Check All That Apply
DNA-level combinatorial amplification
pseudogene formation
alternative splicing
gene duplication and divergence
Transcribed Image Text:A eukaryotic gene contains 14 exons. Most of the transcripts from this gene contain all 14 exons, but some contain only 11 exons. Only the 14-exon mRNA encodes a protein that changes its cellular localization in response to phosphorylation. Which mechanisms for producing complexity are exemplified by this gene? Check All That Apply DNA-level combinatorial amplification pseudogene formation alternative splicing gene duplication and divergence
Check All That Apply
DNA-level combinatorial amplification
pseudogene formation
alternative splicing
gene duplication and divergence
posttranslational modification
Transcribed Image Text:Check All That Apply DNA-level combinatorial amplification pseudogene formation alternative splicing gene duplication and divergence posttranslational modification
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