Auxin signalling

[@kalyanlohar476]

Outstanding, Excellent, Interesting and Informative lecture Sir.... Thank you Sir... Thank you 💞💞💞👌👍🙂🙂💕💚

[@RishabhKaushikbiogenesis]

Thanks a lot for your kind words 🙏

[@padalaswetha3318]

Excellent class

[@25preetibothons.13]

Very clearly explained sir ..

[@lets_start_preparing3216]

Nicely explained signalling pathway.. Looking forward for more such videos on Phytohormones..

[@everythingforjoy6560]

There is no other video on youtube to explain auxin signalling in such a fantastic way, thanks a lot sir.

[@bibiasma1486]

Amazing sir ap buhat ache se smjaya

[@bibiasma1486]

Sir keep it up

[@aamadkhan3451]

Very amazing lecturer to understand this pathway sir thanks for making this type of videos

[@muskansheba6779]

that was great sir .. it helped a alot, thank you sir

[@botanypatliputrauniversity931]

Looking forward for more videos , your way of teaching is superb , please upload more videos.

[@nusrataane1488]

World's best teacher....keep it up sir

[@RishabhKaushikbiogenesis]

It's my pleasure

[@priyadershinisingh9501]

Beautifully explained...

[@RishabhKaushikbiogenesis]

Thanks a lot

[@sheetalsen8081]

Thanku sir 🙏...concept clear..

[@kusumkaushik1848]

Nice

[@sayantansaha53]

Great explnation sir.

[@botanypatliputrauniversity931]

The bestttt lecture among all that are available on this topic . Keep it up 👍.

[@archanasharma8826]

Very nice explaination sir........ 😊👍

[@amypaul1841]

excellent explanation sir

[@vishwanathupadhyay9013]

Sir, this is one of the trickiest signalling pathways and u made it real easy. Thanks

[@RishabhKaushikbiogenesis]

Glad it helped

[@shiv6213]

Nicely explained

[@meeshasharma9224]

Very well explained. Thank you sir

[@sahabuddinsahabuddin6216]

Nice 👍

[@akashtiwari6684]

Great lecture sir🙏🏻

[@nmpb891]

Sir, I understood first time very well this topic. main point is both languages uses thanku sir 🙏 great .

[@RishabhKaushikbiogenesis]

Keep watching

[@wanisajad9854]

Well presented.......💕💕💕

[@RishabhKaushikbiogenesis]

Glad you liked it

[@sumiyaahmadsejuti1987]

This video is really helpful sir From Bangladesh 🇧🇩🇧🇩

[@RishabhKaushikbiogenesis]

Glad to hear that...keep watching

[@sumiyaahmadsejuti1987]

@@RishabhKaushikbiogenesis okay sir🌸

[@suchetavashishta37]

Thank you soo much sir looking forward for more videos of signalling 😄

[@RishabhKaushikbiogenesis]

Keep watching

[@akankshadubey1726]

Thanks sir for this amazing lecture god bless uu.I hope u upload many more lecture on plant stress physiology 💫💫

[@DebasishLenka-op4bs]

Thank you sir

[@babysucces2667]

This so helpful 😊

[@govindtomar5024]

Thanks for the lecture, but it's almost 10 months now, when u uploaded the last vdo ,kindly cover other PGR also soon , Thanks for making it easy

[@Biowithpriti]

Thanks a lot sir .... Pls provide remaining lectures of plant hormones and secondary metabolites also

[@RishabhKaushikbiogenesis]

Thanks for watching. Pls do watch my latest video on gibberellin signalling.

[@AlishaKhan-v7s]

Thanks sir

[@kumargaurav2492]

Very well explained

[@abdullahashraf3163]

Awesome..

[@sakshigoyal104]

thank u sir

[@tarannumpatel7096]

Very well explained sir.Thank you so much😊

[@RishabhKaushikbiogenesis]

Thanks a lot

[@nainasharma8460]

Good explanation sir 👍🏼

[@dimplenegi6660]

Thank you very much sir☺

[@rangitabarle9529]

Sir, can you make gibberellin signalling pathway

[@hemantsajwan5246]

Well explained it sir .

[@RishabhKaushikbiogenesis]

Keep watching

[@asiyachoudhary126]

Sir please make a video on ethylene biosynthesis

[@ashikiqbal785]

Thanku so much sir

[@Daviddsmith5312]

Nice explained sir..plz include more class on csir net life science..

[@RishabhKaushikbiogenesis]

Thanks sumit. More classes will be coming.

[@Abhi51645]

Sir, I'm from commerce background if I had a teacher like you in my school than no power in this world would have changed my decision to choose pcb in class 11th. 🙂

[@RishabhKaushikbiogenesis]

Thanks a lot.

[@siddiqamunir2920]

Why is the formation of ARF dimer compulsory? Can a single ARF promoter cannot innitiate the transcription of AUX. Gene? If can't then why?

[@RishabhKaushikbiogenesis]

Single ARF can also acheive this but the threshold amount of response required to make necessary physiological changes can only be acheived via ARF dimerisation.

[@siddiqamunir2920]

@@RishabhKaushikbiogenesis well, thank you sir ✨

[@shizasimab5592]

Sir papr.k.point of view sy dekhrn to... Kbi koi signaling ai hoti hy kbi koi... Basice formate kya hoga hormones sihnalling ka...

[@rajeshbhaderwahi]

Sor it's so good and sir please make videos on signalling pathways of all phytohormone

[@RishabhKaushikbiogenesis]

Sure

[@rimlibasumatary8683]

Sir, Can you make more videos on *Signalling pathway of cytokinin,Gibberrellin,Ethylene.

[@VirenderKumar-by3kp]

Sir I am start preparing for net but I don't understand the topics of genetics specially inversions. Please suggest me something about it...

[@zarachowdary6533]

Hlo sir.. Plz suppression mutation topic kara do plz jaldi kara dou exam ha plz plz plz plz

[@bibiasma1486]

Wow

[@sugandhajha7740]

Sir if there's any online coaching that you provide covering whole syllabus of CSIR then I will be interested to join as on KZbin I can't find more videos of yours.

[@RishabhKaushikbiogenesis]

Hi pls contact on 8287161878. For online classes Dec 2020 csir batch

[@vedikasarda4602]

Pr humne padha hai jo auxin ka receptor hai vo plasmamembrene main hota hai. Aapne to call ke andar dikhaya... please clear my doubt.

[@RishabhKaushikbiogenesis]

Auxin receptor are always intracellular or within a cell. They are not membrane bound.

[@RishabhKaushikbiogenesis]

And there is one receptor which is present on Plasma membrane but it is still not accepted In literature as a receptor. Protein name-ABP1

[@Artisticbloom1008]

Resistant nahi response

[@RishabhKaushikbiogenesis]

Hi Can you expand on what time moment it was mentioned.

[@kdsharma1146]

Lagta hai dobara se padhai karni padegi