Thanks a lot! Glad to hear that it helped you.!! Kindly see this review for all details regarding ATP synthesis with experiments. Boyer PD. A research journey with ATP synthase. J. Biol. Chem. 2002;277:39045-39061
Ma'am PQ require 2electron to form PQH2 but due to Q cycle only 1 electron will be passed to plastocyanin and to P700 so another electron hole of P700 is not filled then so how come it is a cyclic phosphorylation .please reply
Excellently explained!!
Glad you think so!
Ur way of teaching is awesome 🤗🥰
Glad you liked it
Just awesome... well defined.. So informative 💐💛🙏
Thanks a ton
Beautifully explained cyclic n non cyclic photophosphophorylation 👌👌🙏
Thank you 😊
Very nice lecture 😊 thank you ☺️ mam
Your appreciation means a lot for us.. Keep watching n sharing😊
Beautiful clear explanation 🥰
Glad it was helpful!
Thanku mam 😘
Thank u too💗😊
Nice mam 😘
Thank u too💗😊
Antimycin is inhibitor of QCycle electron transfer from PQH2to Cytb6f will be inhibited then why antimycin is not blocking this hole reaction.
In comment u can see
Love the session ❤❤❤
Thank you so much!!
Thank u so much mam for giving us such informative wonderful lecture 😍
Thanks for liking
Ma'am, thank you for such nice explanatory lecture. Can you please explain how Boyen checked the ATP synthesizing activity of CF1 particle?
Thanks a lot! Glad to hear that it helped you.!! Kindly see this review for all details regarding ATP synthesis with experiments. Boyer PD. A research journey with ATP synthase. J. Biol. Chem. 2002;277:39045-39061
@@VigyanSarovar Thank you very much Ma'am. It is really helpful. Thank you once again for such amazing lectures.
well defined
Ma'am PQ require 2electron to form PQH2 but due to Q cycle only 1 electron will be passed to plastocyanin and to P700 so another electron hole of P700 is not filled then so how come it is a cyclic phosphorylation .please reply
This is due to Q cycle n quinone property...Thanks so much for watching!!
Please answer my question
Thanks!!