1: Nucleic Acids Chemistry | Molecular Biology | Biochemistry | N'JOY Biochemistry

This is first video in "Molecular Biology" video lecture series. This video describes Nucleic acid chemistry.
#NJOYBiochemistry

[@Rajesh_Jambhulkar]

Excellent, great job, I m ur fan madam🎯

[@Melanophile_786]

😱😱😱🤗sirrrrrr.....

[@SaiSeva-dr9kh]

Big fan janbulkr sir❤

[@MOTHERMARYTHEROLEMODEL]

Both are Best Biochemistry teachers,Hatsoff to both of your dedication dear sir and mam.

[@prodipdebnath8638]

Why is this so underrated?! It is an excellent lecture.

[@NJOYBiochemistry]

Thank you 😊

[@MadhukarKumar-ke6gd]

Mam could you pls make video on Hydrogen bonding between Aand T, G and C . Detailed. Like what is the bond length of H bond and which position.Angle between G and pentose sugar etc. l mean a dedicated playlist. Pls❤
By the way your way of teaching is way too good ❤❤❤❤❤.😊

[@vaishali_7250]

Bestest mam❤️

[@NJOYBiochemistry]

Thank you 😊

[@zainabuzairu1413]

This video was very helpful. Thanks a lot ❤️

[@NJOYBiochemistry]

You're welcome 😊

[@Tasneemkwel]

please upload more videos!

[@Sparkofknowledge]

Excellent Man😇

[@NJOYBiochemistry]

Thank you so much 😀

[@Sasaki-303]

The way you explain is so easy to understand..thank you so much..❤

[@NJOYBiochemistry]

Welcome🎉❤

[@selfstudy1188]

Good evening madam
Do you upload nucleotide metabolism lectures

[@NJOYBiochemistry]

Not yet.. Wl do in future 🙂

[@rrrrrrrr21]

Thank you so much for ur explanation dr❤ may I ask you if do u have any website that you download your slides?

[@NJOYBiochemistry]

I make all slides🙂

[@pavangade3953]

mam no series on nucleotide chemistry ?

[@NJOYBiochemistry]

Not yet. I shall do in future👍

[@MuhammadTalha-gu2uv]

mam kindly explain in easy words.... why dna does not contain uracil?

[@NJOYBiochemistry]

The difference between cytosine and uracil is just a presence of amino group at position 4. Cytosine has amino group.. It can undergo spontaneous or chemically induced deamination(Mutation) to form Uracil(doesn't have amino group).
Now, imagine if uracil is already present in DNA, it will be difficult for dna repair mechanisms to identify which uracil was already present and which is formed by deamination of cytosine... In such case dna damage can not be repaired.
So, to avoid this confusion and to carry out dna repair properly, during evolution, uracil is lost and not present in DnA. If it is present, then it's a result of mutation.. Got it now?

[@talhamalik4562]

Thanks mam

[@shaikhzone8793]

Mam playlist complete h?

[@NJOYBiochemistry]

No

[@MuhammadTalha-gu2uv]

mam plz i did not understand this