In this video, we take a look at different types of non-coding DNA, including structural DNA, functional RNA and introns. Suitable for QLD, SA, WA Atar
That was so useful thank you ,may I ask a question though? Are the noncoding region on the DNA that synthesizes the functional RNA genes? Or just slice of DNA
Coding DNA: Transcribed & Translated. 'exon' Gene = section of DNA Purpose of non-coding DNA? 'Intron' Telomere, part of structural DNA = Protective Cap. 8000 base long in Newborn. Repeatative Sequence (also in Centromere) 1500 base long in adult. Some non-coding DNA transcribe as Functional RNA.
you said non-coding DNA is "DNA which does not get translated into mRNA, and so does not code for proteins". Shouldn't it be that it doesn't get 'translated' into amino acids? Because the DNA can be 'transcribed' into mRNA.
@@BJ-xm6bi I know that's why I said "Awakened" because of the mutations,there just sitting there..waiting..I know that there is a way to awaken them but I will need some RNA to help me...
you study very discriptive and effective way
Great explanation. Kudos to creators.
A really good video, very informative, helped me a lot
Thanks for your wonderful explanation
This was just fantastic, thank you!
This was helpful and useful thank you very much.
Wow amazing explanation, thank u very much ♥️🙏
Well explained! Thank you
Thank you.. its very easy to understand and helpful
excellent DNA and RNA producing, delivering and is important.
Very good presentation
Excellent
This is what I call fabulous
Love this video
best one i’ve ever seen
Amazing video 🎉
Tanx a lot😭😭😭it was realy helpful😍😍😍
Thanks
Amazing explanation thank you sooo veerryy much
U are write Bhai.
That was so useful thank you ,may I ask a question though? Are the noncoding region on the DNA that synthesizes the functional RNA genes? Or just slice of DNA
not genes...genes ultimately form a protein
Coding DNA: Transcribed & Translated. 'exon'
Gene = section of DNA
Purpose of non-coding DNA? 'Intron'
Telomere, part of structural DNA = Protective Cap. 8000 base long in Newborn. Repeatative Sequence (also in Centromere)
1500 base long in adult.
Some non-coding DNA transcribe as Functional RNA.
Why isn’t this in your hsc course? This would have been very useful
Ask on the course comment section. Also, I don't know, guess they messed up BIG time.
"the purpose of non coding DNA is yet unknown" but what about de novo genes?
😇 very best
But telomeres and centromeres are not transcript to rna so it will not be considered genes
Are you implying that telomeres and centromeres are transcripts for DNA, thus making them not be Genes?
you said non-coding DNA is "DNA which does not get translated into mRNA, and so does not code for proteins". Shouldn't it be that it doesn't get 'translated' into amino acids? Because the DNA can be 'transcribed' into mRNA.
Yes
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The purpose of the non coding DNA is to be awakened.
Nah, it's just so that our DNA has room for genetic mutations to better adapt to our environment. That's still pretty amazing.
@@BJ-xm6bi I know that's why I said "Awakened" because of the mutations,there just sitting there..waiting..I know that there is a way to awaken them but I will need some RNA to help me...
Where magic interfaces..the non coding DNA.mystery revealed