The most important thing about your lectures is that these are of short duration easy to grab concepts in less time without getting bored or zone out.❤❤❤
Mam NTF2 ka aage kya hoga...o originally cytoplasm mein rehata hai ya fir nucleus mein...or o transport kar sakta hai cyto to nucleus or nucleus to cyto..
NTF2 binds RanGDP in the cytoplasm and then ferries it into the nucleus by virtue of the fact that NTF2 can also bind FG repeats on nucleoporins similarly to NTRs (Bayliss et al., 1999). NTF2 has a much lower affinity for RanGTP than RanGDP, and thus travels empty back to the cytoplasm after its cargo (RanGDP) is converted to RanGTP by RCC1 inside the nucleus triggering its release.
NTF2 binds RanGDP in the cytoplasm and then ferries it into the nucleus by virtue of the fact that NTF2 can also bind FG repeats on nucleoporins similarly to NTRs (Bayliss et al., 1999). NTF2 has a much lower affinity for RanGTP than RanGDP, and thus travels empty back to the cytoplasm after its cargo (RanGDP) is converted to RanGTP by RCC1 inside the nucleus triggering its release.
The most important thing about your lectures is that these are of short duration easy to grab concepts in less time without getting bored or zone out.❤❤❤
I was reading books to understand the concept but getting more confused but she made cell biology so simple and easy to understand.🥺
Bhai konsa year hai
Which book u follow for cell biology?
Thank you So much Ma'am ❤️😊✨
Infact yhi topic padhne ki soch rha tha
Aur aapki video mil gyi
Thanks mam 😊
Nice explanation 👍👍
Absolutely fantastic video ....ur videos really very helpful to me💟💟
Thankyou mamm so muchhhhh....your explaination is toooo easy anyone can understand😍☺☺
Thankyou very much ma'am .. it helped me alot ..
Thank you so much mam ..😊starting my csir journey from ur vdos
All the best
Thank you so much mam 🙏🏻🙏🏻
Everything is crystal clear 😊
Mam thoda English me beak hu per aapki ek ek word samajh aata hai thankyou
Awesome explanation ..thank you ma'am.
More than obliged ma'am.... Thank you so much🥺🥺🥺🥺🥺🥺
Thank you so so so so so much for clearing our concept ❤️❤️❤️
You explained it so well thnku❤
Beautifully explained mam
Fantastic video👌👌😍💓
Well explained... explaining a little more about nuclear pore complex would have been much better 😁
Beauty with brain☺☺thanku didi
I will clear csir net after studing from your video
Thank you madam for this explanation thank you so so much
Thank you ma'am
It's clear the concept
Thank you so much you clear all my doubts
More than sufficient for csir 😊😊
You're too good ma'am
Thankyou
Mam ye lecture bahut hi gajabb tha , thank you so much ma'am, mam gate ke liye plant ka anatomy wala structure karvaye please
Tqqq so muchhh mam for thiss video its very useful for meeeee❤️❤️❤️❤️❤️❤️❤️❤️❤️
Thank you So much mam for best explain ♥️🙏
You r d best ma'am thank u so much
Bahut achha padi ho mam aap
Thnk uh..... Soo.......... Much....... Mam❤❤❤
Thank you so much ma'am
Great mam
Thank you mam sometimes I feel as if apna hoti to zoology and biochem itta easy na lagta
Ma'am crystal clear 👍
make a video on types of endocytosis(clathrin mediated )
thanku soo much ma'am ...😍😍
Thank you ma'am
Thank you so much Mam ...plz mam make a video on microfilaments and intermediate filaments plzzz
nicely Explained mam.....
Mam Nuclear matrix k v vedio daldijiaaaaaa naaaaaaaa
Thank you for ur efforts mam ☺
mam aap hamare univercity me aa jaiye cell bio pdhane
Saviour ❤
Thanku so much maam🥰🥰
Thank you so much ma'am 💞
Thank you so much 🥰
Thank u mam
Mam NTF2 ka aage kya hoga...o originally cytoplasm mein rehata hai ya fir nucleus mein...or o transport kar sakta hai cyto to nucleus or nucleus to cyto..
Mam make videos of all units post them please
Thanks for the explanation...One question.how NTF2 will export out of the nucleus ?
NTF2 binds RanGDP in the cytoplasm and then ferries it into the nucleus by virtue of the fact that NTF2 can also bind FG repeats on nucleoporins similarly to NTRs (Bayliss et al., 1999). NTF2 has a much lower affinity for RanGTP than RanGDP, and thus travels empty back to the cytoplasm after its cargo (RanGDP) is converted to RanGTP by RCC1 inside the nucleus triggering its release.
Should i completely rely on your vdo which is made on particular topic ? Is it enough or i should go for text reading also ?
Good mam
Thanks mam
Thanku. So much mam
Or ma'm cargo protein jo leucine right rich h vo export hoga ya nahi
Hi mam can u plz make vdo on protien transport through cisternae an protein transport from TGN to lysosomes.
Thanku mam
But ToM complexes needs more elobration this is too much short regarding ToM complexses
Good ma'am
Ma'm cargo protein jo lysine rich h vo import hoga
Tysm🌹🥰
Thanks 😘
Kya aap cytochrome p450 ke upper lecture bana doge please ☺️
there is no binding of nes and nls?
Thank you so much mam
❤️🥰
Thanku mam
I like your explanations.. Thank you 🙏
Seeda path finder 😊
NTF2 fir outside of nucleus nhi jaa sakta na
Mam lysosome and peroxisome protein transport please.
Itne sare factors kaise yad rakhte ho maam🙏😨
what about nxf1, crm1 in export
Mam how is NTF-2 recycled to cytoplasm?
NTF2 binds RanGDP in the cytoplasm and then ferries it into the nucleus by virtue of the fact that NTF2 can also bind FG repeats on nucleoporins similarly to NTRs (Bayliss et al., 1999). NTF2 has a much lower affinity for RanGTP than RanGDP, and thus travels empty back to the cytoplasm after its cargo (RanGDP) is converted to RanGTP by RCC1 inside the nucleus triggering its release.
where are you live ? I mean in which city?
Mam ecology unit pe revision lectures lijiye
Hairstyle again changed😏
Bakwas 👎
Thank you so much ma'am ❤️😊
Thank you so much mam❤❤❤❤❤
Thank you very much mam
Thanku mam
Thank you so much mam