Uploaded April 2016 | Updated September 2026, 2 hours ago
RNA Processing in eukaryotes Animation - This animation video lecture explains about the RNA processing in eukaryotes. Eukaryotes mRNAs transcribed into RNA in the nucleus product of the transcription is a pre-mRNA with the five prime Three prime parlay a tale and in most cases in chance to mature mRNA is generated by removal of entrance that mature mRNA is transported to the cytoplasm or it can be translated as we will now see alternative polyadenylation and alternative splicing are important mechanisms of gene regulation for producing different mRNAs from the same gene we will illustrate this for the human calcitonin gene in human Tulsa town in gene is expressed in the thyroid gland and in the brain of the final protein product is different in each tissue because gene expression and forced choice of both polyadenylation and intron splicing sites is returning gene consists of five axons and for entrance to alternative polyadenylation sites on the precursor mRNA PA one is next to Exxon for an PA to its next exon five in the thyroid cleavage of the transcript and polyadenylation occurs at PA won to produce a pre-mRNA with axons 123 and four in the thyroid the pre-mRNA is spliced to remove the three entrance and bring together axons 123 and four next mature mRNA is translated to produce the precursor polypeptide encoded by axons to 3 and four the precursor polypeptide is converted to the final calcitonin polypeptide by post-translational cleavage to remove the leader sequences encoded by exons two and three winning the functional polypeptide hormone encoded by Exxon for the thyroid hormone calcitonin is a circulating hormone that helps the kidney retain calcium in the local cells cleavage of the transcript and polyadenylation occurs at PA 2 to produce a pre-mRNA with axons 1234 and five in a row cells the pre-mRNA is spliced to remove all entrance as well as Exxon for thereby bringing together axons 1 to 3 and five next mature mRNA is translated to produce a precursor polypeptide encoded by axons to 3 and five precursor polypeptide is converted to the final CGRP polypeptide by post-translational cleavage to remove the leaders sequences encoded by exons two and three winning the functional polypeptide hormone encoded by Exxon five is a town in gene related protein or CGRP is found in the hypothalamus and appears to have neuro module at a growth promoting activities in some alternative polyadenylation of the calcitonin produces two different pre-mRNA molecules and alternative splicing produces two different polypeptide hormones
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Eukaryotic RNA processing is explained in this video
RNA Processing in eukaryotes Animation - This animation video lecture explains about the RNA processing in eukaryotes. Eukaryotes mRNAs transcribed into RNA in the nucleus product of the transcription is a pre-mRNA with the five prime Three prime parlay a tale and in most cases in chance to mature mRNA is generated by removal of entrance that mature mRNA is transported to the cytoplasm or it can be translated as we will now see alternative polyadenylation and alternative splicing are important mechanisms of gene regulation for producing different mRNAs from the same gene we will illustrate this for the human calcitonin gene in human Tulsa town in gene is expressed in the thyroid gland and in the brain of the final protein product is different in each tissue because gene expression and forced choice of both polyadenylation and intron splicing sites is returning gene consists of five axons and for entrance to alternative polyadenylation sites on the precursor mRNA PA one is next to Exxon for an PA to its next exon five in the thyroid cleavage of the transcript and polyadenylation occurs at PA won to produce a pre-mRNA with axons 123 and four in the thyroid the pre-mRNA is spliced to remove the three entrance and bring together axons 123 and four next mature mRNA is translated to produce the precursor polypeptide encoded by axons to 3 and four the precursor polypeptide is converted to the final calcitonin polypeptide by post-translational cleavage to remove the leader sequences encoded by exons two and three winning the functional polypeptide hormone encoded by Exxon for the thyroid hormone calcitonin is a circulating hormone that helps the kidney retain calcium in the local cells cleavage of the transcript and polyadenylation occurs at PA 2 to produce a pre-mRNA with axons 1234 and five in a row cells the pre-mRNA is spliced to remove all entrance as well as Exxon for thereby bringing together axons 1 to 3 and five next mature mRNA is translated to produce a precursor polypeptide encoded by axons to 3 and five precursor polypeptide is converted to the final CGRP polypeptide by post-translational cleavage to remove the leaders sequences encoded by exons two and three winning the functional polypeptide hormone encoded by Exxon five is a town in gene related protein or CGRP is found in the hypothalamus and appears to have neuro module at a growth promoting activities in some alternative polyadenylation of the calcitonin produces two different pre-mRNA molecules and alternative splicing produces two different polypeptide hormones
Thank You for watching our videos from Biology Animation Videos channel. This channel is created to compile animated biology lectures and videos from different animation sources. None of these videos are created by us. we just organize them and place them in YouTube for your understanding so If you want to know details about these animation please see the credit section for knowing the original content developer and please convey privilege and gratitude to them. Thank You.
Our website-
biologyanimationvideos.weebly.com
Eukaryotic RNA processing is explained in this video
