Suppose a mutation occurs in the gene encoding eukaryotic RNA polymerase 1, 2 , or 3 that renders that polymerase nonfunctional. Match each RNA polymerase with all of the cellular processes that it would disrupt. Mutation in eukaryoticRNA polymerase ImRNA translationTRNA synthesisMutation in eukaryoticRNA polymerase IItRNA synthesisAnswer Bank#rRNA processingHIMU#INILINUNUMUINUpre-mRNA synthesisHUMMUMUMIMutation in eukaryoticRNA polymerase IIIRNAi-mediated gene regulationpre-mRNA processing

Name: Suppose a mutation occurs in the gene encoding eukaryotic RNA polymera
Uploaded: 2024-03-20T06:42:55.000Z
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Description: Suppose a mutation occurs in the gene encoding eukaryotic RNA polymerase 1, 2 , or 3 that renders that polymerase nonfunctional. Match each RNA polymerase with all of the cellular processes that it would disrupt. Mutation in eukaryoticRNA polymerase

Abnormalities can vary from a single gene mutation to the addition or deletion of a whole chromosome or group of chromosomes. Genes occasionally undergo "mutations", which alter the instructions for forming the protein, causing the protein to malfunction. Such conditions are referred to as "genetic diseases". Answer:Explanation: Eukaryotic RNA polymerase I mutation: rRNA processing mRNA translation Eukaryotic RNA polymerase II mutation: rRNA processing Pre-mRNA synthesis Pre-mRNA processing because most snRNA will not be created, that play processing in splicing is required. RNA interference-mediated gene regulation (as miRNA will not be produced) Eukaryotic RNA polymerase III mutation: tRNA synthesis rRNA synthesis mRNA translation pre-mRNA processing (also disrupted because no U6 snRNA is produced) (need in splicing process). RNA interference-mediated gene regulation.