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- https://bio.libretexts.org/Courses/University_of_Arkansas_Little_Rock/Genetics_BIOL3300_(Leacock)/Genetics_Textbook/02%3A_Central_Dogma/2.02%3A_RNA_processingThe splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and jo...The splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and join the exons together to make the mature, spliced mRNA. The base sequence at the start (5' or left end, also called the splice donor or donor site) of an intron is GU while the sequence at the 3' or right end (also called the splice acceptor or acceptor site) is AG.
- https://bio.libretexts.org/Courses/University_of_Massachusetts_Boston/Bio_252_254%3A_Genetics/05%3A_SPOC_V_-_Transcription_and_mRNA_Processing/5.02%3A_RNA_processingThe splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and jo...The splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and join the exons together to make the mature, spliced mRNA. The base sequence at the start (5' or left end, also called the splice donor or donor site) of an intron is GU while the sequence at the 3' or right end (also called the splice acceptor or acceptor site) is AG.
- https://bio.libretexts.org/Courses/Clinton_College/BIO_300%3A_Introduction_to_Genetics_(Neely)/02%3A_Central_Dogma/2.02%3A_RNA_processingThe splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and jo...The splicing machinery must be able to recognize sequences that are specific to splice junctions (i.e., the end of each exon and the start of the next) in order to correctly cut out the introns and join the exons together to make the mature, spliced mRNA. The base sequence at the start (5' or left end, also called the splice donor or donor site) of an intron is GU while the sequence at the 3' or right end (also called the splice acceptor or acceptor site) is AG.
