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Very well explained - even to the little things such as why Triose Phosphate gains an additional inorganic phosphate group during the third (oxidation) step of Glycolysis. Thank you very much for the video
Finally the link reaction, krebs cycle and ETC and chemiosmosis all make sense. Thank you so much Team OSC and Ms. Cheryl Hickman! these videos are perfection. I'm so grateful to you.
THANK YOUUU SO MUCH for publishing contents to help me ace my final exams for biology HL! just a quick input: it would be much beneficial and helpful if you would separate each units into chapters (where u divide the video based on timestamps)! thank you once again
Would love to have these amazing spec by spec recourses for chemistry as for the new syllabus there is very little recourses out compared to biology which have alot
im very confused how oxidation in glycolysis results in the gain of hydrogen atoms for NAD, wouldn't that mean it is reduced as you said?? or is the 3C sugar oxidised and the NAD reduced??
I've spent the last 3 months trying to understand glycolysis... watched this video once and everything suddenly makes sense 🥹 thank you so much I love you WAHHH
6:34, you have stated for bonding reasons phosphorylation happens without the involvement of ATP as inorganic phosphates get attached. How? What was the bonding reason? Please offer insights? At the outset I wish to thank you for this beautiful video.
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Very well explained - even to the little things such as why Triose Phosphate gains an additional inorganic phosphate group during the third (oxidation) step of Glycolysis. Thank you very much for the video
You are so welcome! :)
you are single-handedly saving my predicted grade fr
So glad we can help :)
Finally the link reaction, krebs cycle and ETC and chemiosmosis all make sense. Thank you so much Team OSC and Ms. Cheryl Hickman! these videos are perfection. I'm so grateful to you.
So glad you can benefit from Cheryl's videos!
The explanations are all so good and clear!!!
Glad to hear that!
I will definitely pass biology in M25 .Thank you so much
Thank you so much my teacher literally refuses to cover this topic
I love you, thank you so much
You are so very welcome :)
Thank you so much, such a live saver!
So happy that we can help you! Cheers, Mitch
THANK YOUUU SO MUCH for publishing contents to help me ace my final exams for biology HL! just a quick input: it would be much beneficial and helpful if you would separate each units into chapters (where u divide the video based on timestamps)! thank you once again
happy to help!
THANK YOU SOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO
You're sooooooo welcome! :)
U literally saved my life ❤
Glad you're still alive then :)
Would love to have these amazing spec by spec recourses for chemistry as for the new syllabus there is very little recourses out compared to biology which have alot
that is true, we're working on Chemistry now. Will not be ready for a few months though.
@@siriusrevisionHi, still loving and using your biology videos. Do you think the chemistry videos will be complete before the 2025 exams ?
Ur Amazing
im very confused how oxidation in glycolysis results in the gain of hydrogen atoms for NAD, wouldn't that mean it is reduced as you said?? or is the 3C sugar oxidised and the NAD reduced??
wait i have just realised how you explained REDOX reactions worked so I'm going to assume the latter
you saved me !!!! T-T Thank you so much
So happy to help!
I've spent the last 3 months trying to understand glycolysis... watched this video once and everything suddenly makes sense 🥹 thank you so much I love you WAHHH
Good for you, well done!
6:34, you have stated for bonding reasons phosphorylation happens without the involvement of ATP as inorganic phosphates get attached. How? What was the bonding reason? Please offer insights? At the outset I wish to thank you for this beautiful video.