Madam you wrote formation of epiblast and hypoblast under the heading gastrulation. However the cavity between epiblast and hypoblast is called as blastocoel which is the cavity present in blastula and not gastrula.
hi plz i have doubt you told that wnt pathwy in chick is b-catenin independent pathway .But the figure in which ur explaining it written fig. 4.34 that it is b-catenin depnednt pathway .Correct me if am wrong as i haven't read about this be4.
The energy u put in lecture madam is fabulous 🥰
In time I am not seen this type of lectures, thanks
I regret why i came here this much late
Too good Ma'am. Thank you so much 🙏
Ma'am why did the channel remove/private your animal physiology lecture and lot more videos
Mam you are the best teacher ... Thanku so much. You explained the things very smoothly...
Bhut acha pdate ho mam ap owsome
Your lecture, buildup my knowledge in dev bio
Definitely I will recommend my friend for watching your lectures
Mam ..Aap sabse achi padhati ho...... Aap video kyun upload nhi karte ?
Wrong statement in 8:43
' Marginal zone' is present between area pellucida and area opaca, not what she said.
Thank you ma'am
Thank you maam... Very excellent lecture.... Thank you 🙂👍
Productive lecture for me ,,totally understood!
Very helpful mam...mai search kar rahi thi chick pattern ka class...mujhe he lecture milgya... thank you so much mam...😊😊😊
Madam you wrote formation of epiblast and hypoblast under the heading gastrulation. However the cavity between epiblast and hypoblast is called as blastocoel which is the cavity present in blastula and not gastrula.
Thank you mam for this lecture ..I'm waiting for this from very long time 😊
Very nice presentation
Mam g establishment of body axis in mammals is ka bary ma lacture dain,🙂🙂
Great mam👍
Everything understand easily after watching this lecturare
Thnkkk u mammm..... Jitna b thnkk u boliye kam hai
what a command you have over the chapter!!! I wish i could have the same
Great mam
V.clearly discribed♥♥
Thanks for serving us..
👍 bestest
Mam if nodal is activated by cerebus in left axis then why cerebus is called an antagonist of nodal? Plz explain 🙏
Thanku mam....
Plz sir 27 video hidden he usee utube me daliye plz developmental biology ke
Nice lecture
Thank u very much mam
She teaches well but video got off after 30 mins
Very nice mam 😍😍
Mam u made it very simple
29:00 axis formation
👍
Excellent explanation.... ✌️✌️✌️
what are primary and secondary axes? bit confused
hi plz i have doubt you told that wnt pathwy in chick is b-catenin independent pathway .But the figure in which ur explaining it written fig. 4.34 that it is b-catenin depnednt pathway .Correct me if am wrong as i haven't read about this be4.
Thank you so much for this helpful video :)
neurulation in amphibians ki class kab ho gi ap bta skhti hn
Thnk u mam☺
great explanation great thanks
nyc 1 mam
Amazing mam
Please share your knowledge about cellular basis of morphogenesis and establishment of body axis
Please
Well explained
Ma'am baqi ke video private hogye h dev bio ke☹️☹️
This is tough . .
Book name
Gilbert
Ma'am can u share this ppt please? 🙏
Fzool
😖😖😷😷😷
excellent waste of time
😂😂😂
Bht confusing hai kuch b sequence Mai nahi hai meri puri notebook kharab hogyi
Waste of time
neurulation in amphibians ki class kab ho gi ap bta skhti hn
neurulation in amphibians ki class kab ho gi ap bta skhti hn
neurulation in amphibians ki class kab ho gi ap bta skhti hn