Gene regulation in Eukaryotes| Promoters | Transcription factors | Enhancers| Genetics for beginners

This is another video on series of lectures on Genetics for beginners. This video lecture explains
1. What is central dogma of molecular biology?
2. What are promoters? Types of promoters
3. What are transcription factors? Structure of transcription factors
4. How the gene is regulated in eukaryotes?
5. How mRNA processing occurs?
6. What are exons?
7. What are introns?
8. What are enhancers?
9. What are activators?
10. What is transcription initiation complex?
11. What is transcription?
12. What is translation?
Biology Lectures is a research organization with the mission of providing a free, world-class education for anyone, anywhere. We offer quizzes, questions, instructional videos, and articles on a range of academic subjects, including biology, microbiology, pharmacology, bioinformatics, immunology, biochemistry, anatomy and physiology, and many more.
Please Subscribe our channel: / biologylectures
Support us at:
Paypal: www.paypal.me/biologylectures
#Biologylectures
Please follow us on
Facebook:
/ biologylectures

[@tamimazizi9877]

Best video on transcriptional generegulation in eukaryotic cells in depth!

[@BiologyLectures]

Thank you very much.

[@dikshyapanthi7681]

Wow thanks a lot from my heart for making me understand clearly

[@BiologyLectures]

You are most welcome

[@phanindraprasadpoudel4801]

Excellent teaching method. It helped me to understand gene expression.

[@BiologyLectures]

Thank you very much.

[@fishfish20]

I was reading Bioinformatics for Beginners book by Choudhury and coming across this videos has made me understand chapter one more. 🥂

[@BiologyLectures]

Thanks a lot 😊

[@Akislamicinfo906]

This is your first video I watch.
From now I am your permanent viewer.
I subscribe with bill icon.

[@BiologyLectures]

Thanks a lot and all the best.

[@snehaldesai4423]

Crystal clear.. Thank u soo much

[@BiologyLectures]

Glad it helped. Please consider subscribing our channel for more contents like this.

[@Hari788]

Excellent explanation. Thank you

[@BiologyLectures]

You are welcome!

[@Drmk-fitminddoc]

Thank you very much. A nice explanation

[@BiologyLectures]

You are welcome!

[@elisapiahossain2859]

thank you very much professor!!

[@BiologyLectures]

You are most welcome.

[@jordanm775]

very helpful video, thank you!!

[@BiologyLectures]

You are most welcome 🙂

[@sanamehboob643]

Thnks sir , that's very helpful for me

[@BiologyLectures]

Thank you :-)

[@thelmalutterodt4473]

this video is a saviour, well understood, thanks a lot😀

[@BiologyLectures]

Thank you very much. All the best with your studies.

[@ayudashintastri1952]

Thank you very much Professor

[@BiologyLectures]

you are most welcome.

[@investincrypto2859]

Wow excellent sir keep posting more videos

[@BiologyLectures]

thank you sir

[@mythyka1988]

Thank you mate!

[@BiologyLectures]

Glad it helped

[@dakshinapanthi722]

Excellent explanation sir

[@BiologyLectures]

Thanks for liking

[@deepikaparihar25]

Nice video sir 👍 thanks 😊

[@BiologyLectures]

You are most welcome Deepika

[@samikshyaacharya1032]

Lovelyyyyyyyy thanks a lot ❤️

[@BiologyLectures]

You are most welcome.

[@juliet7618]

THANK YOU!!

[@BiologyLectures]

You're welcome!

[@radhyakrishna8035]

Brilliant explaination

[@BiologyLectures]

Thank you so much.

[@subramanyanchaithanya216]

Thank you sir

[@BiologyLectures]

Welcome

[@westwoodoralsurgerydentalgroup]

great video man!

[@BiologyLectures]

Thank you so much. Means a lot 😊

[@millatkurdimedical5325]

thanks for you

[@BiologyLectures]

Most welcome

[@Salma-yq9ii]

What would happen to the RNA m at the end of translation is it degraded or the translation cycle is repeated with the same mRNA to synthesize the same protein?

[@BiologyLectures]

Thank you very much for the nice question. . Once mRNAs enter the cytoplasm, they are translated, stored for later translation, or degraded. mRNAs that are initially translated may later be temporarily translationally repressed. All mRNAs are ultimately degraded at a defined rate

[@wajihasaleem8382]

JazakAllah sir .
Plz make more videos of first year MBBs topics

[@BiologyLectures]

As soon as possible. we will try to upload MBBS topics. Thank you.

[@shwethaashok3281]

Thankyou❤

[@BiologyLectures]

You're welcome 😊

[@funnyuniverse3015]

Sir is the dna binding proteins aready present on dna strand.if not then how it binds to dna?

[@BiologyLectures]

DNA-binding proteins are not typically already present on the DNA strand. Instead, they recognize specific DNA sequences and bind to them through a process known as molecular recognition.
DNA-binding proteins have specific domains or motifs that recognize particular DNA sequences through complementary interactions with the DNA base pairs. These domains or motifs may be present in a specific protein or as part of a larger protein complex.
Once the DNA-binding protein has located its target DNA sequence, it binds to the DNA strand through a variety of mechanisms, such as electrostatic interactions, hydrogen bonding, and van der Waals interactions. This binding can occur either through the major groove or minor groove of the DNA, depending on the specific DNA-binding protein and the DNA sequence it is binding to.
Overall, the binding of DNA-binding proteins to DNA is a complex process that involves molecular recognition and specific interactions between the protein and DNA.

[@paruprajisha9675]

Is gene regulation and expression in eukaryotes answer is same...plz reply sir

[@BiologyLectures]

No they are not the same. Gene expression refers to the process by which information from a gene is used to synthesize a functional gene product, such as a protein. It involves two main stages: transcription, where the information in DNA is transcribed into messenger RNA (mRNA), and translation, where the mRNA is translated into a specific protein.
Gene regulation, on the other hand, refers to the mechanisms and processes that control the way genes are expressed. Gene regulation can occur at various levels, including transcriptional regulation (controlling when and how often a gene is transcribed into mRNA), post-transcriptional regulation (modifying the mRNA after transcription), translational regulation (controlling the rate of protein synthesis from mRNA), and post-translational regulation (modifying the protein after it is synthesized).

[@user-wi8vb3ct6s]

Hello, thank you for this great video. I finally understand this mechanism. Would it be possible for me to use some of you diagrams? If you are willing to share them with a reference to yourself that would be amazing. I have to give a talk at a conference and this would help me a lot.

[@BiologyLectures]

You are most welcome. These pictures were created using multiple sources such as Powerpoint, Inkscape, etc. You can cite them by mentioning these sources and our channel name czcams.com/users/biologylectures Hope this helps.

[@USMANBIOLOGYWALA]

usman biology wala for biology lectures

[@kao8598]

What is complex and gene expression

[@miss_learner9623]

Thank you for the video ❤
Why are the untranslated regions included under the exons if they are not translated?

[@BiologyLectures]

Untranslated regions (UTRs) are regions of the messenger RNA (mRNA) that are not translated into protein. However, they play important roles in regulating gene expression and are therefore considered part of the gene.
The UTRs are located at the ends of the mRNA molecule, immediately upstream of the start codon and downstream of the stop codon. The UTRs contain various regulatory sequences that interact with specific proteins and RNA molecules to control mRNA stability, localization, and translation efficiency.

[@miss_learner9623]

@@BiologyLectures thank you🥹❤️

[@BiologyLectures]

@@miss_learner9623 You are most welcome.

[@EdT.-xt6yv]

All 5 mix within nanosecond

[@petrareilly7571]

unreal

[@BiologyLectures]

Thank you.