How can one gene code for more than one protein?

A coding region of a gene is comprised of several chunks of exons and introns, where the splicing process can differentially cut and reorganize these parts to create more than one protein. In other words, an RNA transcript can be spliced in a number of ways in order to produce several types of proteins since the coding sequence becomes altered after splicing.

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Academic.Tips. (2022, October 7). How can one gene code for more than one protein? https://academic.tips/question/how-can-one-gene-code-for-more-than-one-protein/

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Academic.Tips. 2022. "How can one gene code for more than one protein?" October 7, 2022. https://academic.tips/question/how-can-one-gene-code-for-more-than-one-protein/.

1. Academic.Tips. "How can one gene code for more than one protein?" October 7, 2022. https://academic.tips/question/how-can-one-gene-code-for-more-than-one-protein/.


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Academic.Tips. "How can one gene code for more than one protein?" October 7, 2022. https://academic.tips/question/how-can-one-gene-code-for-more-than-one-protein/.

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"How can one gene code for more than one protein?" Academic.Tips, 7 Oct. 2022, academic.tips/question/how-can-one-gene-code-for-more-than-one-protein/.

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