Introns.
Plato users, C. Introns, exons
Generally there is one mRNA transcript made from each gene. There are exceptions to this.
False. In prokaryotes the transcript is immediately translated into proteins. This complex has its own technical name which escapes me for the moment. There is no modification of the gene needed as it is not leaving the nucleus the prokaryote does not have.
Amino acids are linked to make proteins as a ribosome moves along the mRNA transcript.
There are two mechanisms as related to above. Firstly, the removal of All Introns occurs - via the Spliceosome -, and then a "poly AAAAAAA" tail is attached to the [edited] mRna transcript just before its export to the cytoplasmic Ribosomes.
Plato users, C. Introns, exons
noncoding
Generally there is one mRNA transcript made from each gene. There are exceptions to this.
False. In prokaryotes the transcript is immediately translated into proteins. This complex has its own technical name which escapes me for the moment. There is no modification of the gene needed as it is not leaving the nucleus the prokaryote does not have.
Pre-mRNA. It is the mRNA that is synthesized in the nucleus of eukaryotes. After being synthesized, this mRNA is processed, so that introns, noncoding, DNA is removed.
A noncoding portion of DNA is called an intron, and is composed of codons that will eventually be removed after transcription when the final mature strand of mRNA is produced.
Amino acids are linked to make proteins as a ribosome moves along the mRNA transcript.
During mRNA processing, non-coding regions of the transcript are spliced out. These regions are called introns. Coding regions are called exons.
mRNA
transcript
There are two mechanisms as related to above. Firstly, the removal of All Introns occurs - via the Spliceosome -, and then a "poly AAAAAAA" tail is attached to the [edited] mRna transcript just before its export to the cytoplasmic Ribosomes.
false