I dont even know -.-
introns
Noncoding gene sequences control gene expression. You may also be thinking of what is called "junk DNA" which is not junk. We just do not know what all of it codes for.
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.
These nucleotide sequences are called anticodons.
genes code for all the proteins that the organism makesnoncoding sequences outside the genes provide control switches to enable/disable genes at appropriate times in the organism's lifeother noncoding sequences outside the genes may perform other functions that we do not yet understand
noncoding
Noncoding gene sequences control gene expression. You may also be thinking of what is called "junk DNA" which is not junk. We just do not know what all of it codes for.
The conservation of "junk DNA" sequences in diverse genomes suggests that they have important functions.
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.
neucleotides
These nucleotide sequences are called anticodons.
Internal noncoding regions of RNA are called introns. They are segments of an RNA molecule that interrupt the sequence of genes.
the significance of noncoding DNA to DNA identification is to drive main evoloutionary changes like the developement of unique human parts
genes code for all the proteins that the organism makesnoncoding sequences outside the genes provide control switches to enable/disable genes at appropriate times in the organism's lifeother noncoding sequences outside the genes may perform other functions that we do not yet understand
Introns.
noncoding
Anticodons
The mutation will generally have no efect