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alternative rna splicing has revealed inaccuracies in the one gene:one polypeptide hypothesis. why?,

The One Gene:One Polypeptide Hypothesis is Wrong? Alternative RNA Splicing Reveals Inaccuracies in the One Gene:One Polypeptide Theory. Why? This article discusses the challenges that researchers have faced when trying to apply the one gene:one polypeptide hypothesis, and how alternative RNA splicing has revealed inaccuracies in this theory. Here is a summary of the One Gene:One Polypeptide Hypothesis, which states that when the DNA in one gene is transcribed into RNA and then translated on ribosomes to produce protein. This hypothesis has been challenged by alternative RNA splicing, where instead of using just one strand from an mRNA molecule, alternate strands can be selected for inclusion during translation with a few exceptions.” This article argues against the notion that there are only specific genes or proteins coded for by each genetic sequence. The author suggests that the body may use more than one type of regulatory mechanism involving different types of transcription factors to generate various proteins on demand. He also claims “alternative” ways have proved this theory wrong including alternative RNA spl

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