Translation/Protein Synthesis (updated)

The process of transcription/translation is presented in an updated manner. Cleaner animations. Shorter length. Better audio.
Teachers: You can purchase this PowerPoint from my online store. The link below will provide the details:
www.teacherspayteachers.com/P...

[@user-sm6cg3jd7z]

Neve ever wrote a comment before, but this has really inspired me to do so, 5 Stars the least to say! Best explanation!

[@venkatasubramanianr5004]

You are an amazing teacher!

[@fatamajolly6012]

excellently illustrated

[@lancevercitti3904]

I love the questions at the end of the lecture, it's very informative.😃

[@khanfamily7613]

Excellent Sir. Your format is very impressive and my students love it when I pass this knowledge to the next generation.

[@samadhankarandikar9152]

Literally more lucid and advanced💓 virtual techniques of teaching,thanks sir .you should make video from step by step like central dogma of .... And so on.🙏🇮🇳🌹

[@akmazam2713]

Excillent lecture technique. Thanks sir.

[@marianadorta5693]

Excelente explicação! Sou brasileira e faço medicina no Paraguai, seus vídeos estão me ajudando muito para uma prova de genética que tenho amanhã! Muuito obrigada :))

[@deeannscott348]

This was a beautiful video God bless you this was amazing!!!

[@epicmoments1964]

Well explained. Thanks🙏

[@danieladimitrova5636]

Great explanation, thank you

[@vinaytiwari815]

I'm from India sir your all video very nice great job sir 👍🙏

[@shraddhakasote7049]

Amazing explanation and Presentation 😃

[@cyranova24]

Am I doing something wrong if all letters can’t form into triplets or if I can’t find the AUG in a dna code?

[@abdoulazizdabo9064]

Amazing

[@DiscoverYourGreatestSelf]

Thank you. Can you do a video on how: if our bodies have "fail safe's", how can change these instructions? Or is this not possible, or do we not know this yet? Would it be the coding that needs to be changed or the matching? Another Q: could improper RNA matching be the cause for lysosome autolysis?

[@lcdp9459]

Great!! Thank you!

[@sharonwatson9744]

Very helpful video

[@sambasivaraovejendla5274]

Nice question > DNA-mRNA-Anticodon I like it!

[@abugaming5019]

great teacher

[@foundationbiologyclasses959]

thanks lot

[@SoeMyatMon-nv7nq]

Thank you

[@edu.me.hollingsworth]

Thanks!!

[@panch2oo2]

If I'm not mistaken isn't DNA helicase break the DNA 🧬 hydrogen bonds and form two strands ?? And the single strand binding protein comes and bind so that they won't reform the hydrogen bond with the nitrogenous bases and then complimentary RNA bases come and bind forming RNA strands