The lac Operon- Positive and Negative Control

Advanced view of the lac operon, including the role of the lac repressor and the role of CRP in the control of the operon.

[@hugotrojanovsky7667]

Perfect video, both as first time learning and as quick refresher before exams.

[@kurenai9535]

Great Video! I'm cramming my Biology test at 5 am and this helps me understand the lesson clearly

[@ambikabatra4681]

I cannot thank you enough for all your videos explaining operons! Hands-down the best videos on TH-cam. Super clear, succinct and amazing explanation! I wish I could give you a hug

[@shalminpohtam0999]

You are an Amazing Teacher.Thankyou for making these things simpler.

[@florperaza1583]

Great explanation, super useful! Thank you so much for this. Very well explained and I loved the table at the end. Thanks again!

[@mudhalvanm.s2897]

Really really helpful. It's been a year but it took only 7 mins to grasp the concept via the video. Thank you mam🤝

[@ngocduyinh467]

You just saved my life. Love from Vietnam.

[@ss-nu8xx]

Excellent presentation. No fluff all substance

[@wickedtomahawk9091]

you broke this down better than my professor who has been teaching the class for 20 years XD

[@teertha8228]

This video is a life saver! Thank you Nicole :)

[@midnightgaming7122]

Thankyou!
You helped me prep for my exams
For this entire year

[@user-gc5ox8rl8y]

Very helpful video. Trouble understanding the difference between positive and negative control and you cleared up my misunderstanding

[@YunChiu-kb1bf]

Super clear and helpful! Thank you so much!!

[@kashishmanchanda3544]

Such a great explanation. Thankyou very much! Stay blessed🌻

[@kattan2610]

This was so good!!!! Better than my lecturer!!!

[@sadiemyumyunovs8457]

Amaizing explanation 🎉

[@sanishanaik3168]

thanks a ton!! this was indeed helpful and the concept was very clear

[@PresidentEvil101]

Clear and concise.
Thank.
You
🙏🏻

[@randomhuman32]

amazing explanation! what a lifesaver!

[@rimelius]

Thank you very much for this amazing explanation!

[@peybak]

This was very clear. Thanks!

[@ruth6573]

wonderful breakdown, thank you!

[@sivahrudyaadluri853]

Thank you so much..this helped me a lot❤ great explanation, please keep uploading more videos😊

[@sougatchoudhury8138]

Thank you for that beautiful explanation 💞
I have an exam today and thanks to you I think I'll have a great exam 🤗
Love from India🇮🇳

[@Domokrush]

You slayed so hard thank you

[@zeynpovani]

You hit it, Thank you very much. ❤

[@rashmigd5188]

Brilliant madam....thanks a lot luv from INDIA

[@amirafouzi1082]

Thank you ♥️♥️♥️

[@rittenbrake1613]

Thank you !

[@jacktravers5049]

The binding of CRP isnt needed for transcritpion to take place, it just increases the transcription rate

[@mhilmi1125]

thankk youuuu sooo muchhh😢❤

[@ReactX446]

Ma'am this gonna help me for medical entrance..Yess I'm from India🇮🇳🇮🇳lots of love from here

[@ReactX446]

if there is any Instagram id of yours then I will surely ask some doubts.. actually I am looking for the same but I didn't get it yet

[@riyasoitkar]

Thankyou so much❤❤

[@faisalkhanzarrar2718]

amazing

[@melika6649]

Perfect👏🏻👏🏻👏🏻

[@sarahmerkle5947]

good~!!!

[@princerichard1830]

Please have you any video on arabinose operon?

[@dotdot..4060]

W video

[@arvindverma9194]

All doubts clear.....🇮🇳

[@princerichard1830]

My question is why would the presence of glucose repress lac operon and the same glucose presence can express it, on what condition is the opposite?

[@ss-nu8xx]

You understood nothing. Rewatch and keep rewatching till you understand. And then you will realize your question is incorrect

[@aduraoludehinwa102]

Yo-ho, everything sank in!😍 Many thanks for the video explainer. It's more than being helpful! 🤏