Writing complementary DNA sequences

[@himanshusail7410]

One of the clearest and most concise explanations. Thank You!

[@rosscwilson]

Wonderful video! I will caution students and researchers that one of these "rules" is often broken. In scientific publications and software, two "paired" strands are often written together (one above the other), but *without* the 5'/3' labels. This makes it very easy to forget that the bottom strand is actually 3' → 5' and can result in confusion and accidental propagation of "reverse" sequence (without realizing it). So I recommend that you imagine the 5' / 3' label on the top strand and the 3' / 5' labels on the bottom strand to avoid confusion. Also, when copying/pasting sequence info, use the top strand as much as possible (and use software to generate the reverse-complement as needed).

[@themangatfamily]

Thank you very much. your video is really easy to understand and helpful for me. Keep it up dear

[@akasan9249]

OMG THIS MAKES MY LIFE MUCH MORE EASIER!!! THANK U VERY MUCH

[@Starkisssed111]

Straight to the point better than my instructor 😅

[@icecreamiscream8984]

Thanks sir for making it clear 🙏🏼🔥

[@berlindaantwi605]

Thank you, I was so confused about this thing 😢 thanks

[@rukayahg9671]

Thank you so much,the thing is i use to write it in wrong way because i don't flip the sequence and my teacher does not clear that thank you

[@abeerismail5115]

Very helpful thank you so much

[@DashingBanana]

LEGEND!

[@missusa3509]

thank you

[@zorammalsawma143]

Miss can you tell me the direction of these sequence CTGACG

[@ashabrunings3383]

All nucleotide sequences are written from the 5' to the 3' end. So, in your case, the sequence would be 5'-CTGACG-3'.

[@slimshady_____]

​@@ashabrunings3383Miss then how to find in mRNA

[@aayushkumar-vm9fv]

Thanks a lot for making such short and too precise video. 🫶