promotion smh

Thanks, Val! Please feel free to share!

will do!

Thanks, Nyxia! Glad it was useful. I actually made an updated version of this where you CAN'T hear my students squealing in the background and all the graphics are much tidier. It's linked here. kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html&ab_channel=BOGObiology Sending love from Boston! -BOGO

Bro I’m learning this in sophomore biology 1

Thanks, Leanna! Sending love from Boston! -BOGO

I actually used to have my students figure out "equations" for these using little icons to keep track of everything. There's also a new (better) version of this video at kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html that has a whole grid to help you keep track of the ATPs, NADHs, and FADH2s . Take care and sending love from Boston! -BOGO

It is located in the cytoplasm

No, THIS is the best video for aerobic cellular respiration! kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html But you're welcome ; )

Thanks, Mansee! I keep meaning to make a newer version of this video (I made this in my tiny, noisy teacher's office between classes!) Someday maybe I'll have time!

Thanks, Nandini! I actually made a new version, which is linked here kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html&ab_channel=BOGObiology It's tidier and has better graphics.

Hello again! Glad you found the more recent version of this video; this is the original one I made quickly in between classes, which is why it's so messy. (No mnemonics here haha) Take care!

You're welcome, Parth! So glad to hear it was helpful. Sending love and best wishes from boston! -BOGO

Thanks, Michael! I'm working hard on an updated video that will have better diagrams and a more comprehensive approach. If only there were more hours in the day!! Sending best wishes from Boston! -BOGO

@@BOGObiology Well your videos are awesome!! They're helping me out tremendously with my course curriculum. Keep them coming.

@@mtalbert1000 Thanks! That makes me super happy. Out of curiosity, are you in high school or at university, what courses are you taking, and where are you writing from?

@@BOGObiology I'm actually writing from the Land of Enchantment/New Mexico. I retired from law enforcement and started a new career in health care. I'm currently taking chemistry and anatomy/physiology. I actually graduated from college back in 1994. Also science was not my favorite subject. Therefore your videos are instrumental and easy to understand. I need all the assistance I can get. Ha

@@mtalbert1000 Sounds like a really interesting journey! I worked in emergency services as a medic for a number of years and also taught in juvenile hall before moving to teaching at a regular school. I learned a TON about negotiation, nonviolent de-escalation, and how to evaluate a scenario from a couple of older cops who were willing to share what they knew. It really is an art and it definitely saved my bacon a number of times! I've never been to New Mexico, but I love the southwest and Carlsbad caverns are on my bucket list! Maybe someday...

Hi Kamali; ATP is a molecule that stores energy in its bonds. It works like a universally sized battery; lots of different types of cells can use its power to do helpful things. Cellular respiration recharges the ATP battery, and other cellular activities (e.g. muscle contractions, pumping things etc) deplete it. I actually made a new, better version of this video which explains better: kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html Sending best wishes from boston! -BOGO

Thanks, Talha! So happy to hear it was helpful! I actually made a new (better) version this year, which is linked here. kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html Good luck studying and sending you love and best wishes from Boston! -BOGO

Best wishes for you too...mam

Thanks Nagadevi! This is the updated video: kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html

38 is the perfect, ideal scenario. In reality the ETC isn't perfectly efficient. Membranes are leaky and protons are sneaky little buggers. Sometimes when the membrane isn't paying close attention, they'll slip through without passing through ATP synthase. Hope that helps!

Hi! This is an older video and it doesn't actually show the end of the process! (I made the original in 2 parts for my students) You can see the newer version here: kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html Hint: Look at 1:16 of this video. The reagents are on the left and the outputs on the right. How much glucose and oxygen do you see coming out of the mitochondria at the end of respiration?

It's actually the reverse! Think about an apple tree and a human. The apple tree takes sunlight, does photosynthesis magic and converts that energy into glucose. Humans, however, won't make any glucose no matter how long they sit in the sun. All we can do is take glucose that something else made and convert its energy into ATP energy for our cells to use. Hope this helps; I made a couple other videos on the details of photosynthesis if you need it. (Try this one, it's the most basic: kzfaq.info/get/bejne/rtOWm66T0rfMoWQ.html&ab_channel=BOGObiology)

I think they mean a net of 1 NADH? I'm not sure the source Google is getting it from is right, considering there are 4 NADH by the time the Kreb Cycle starts.

Glad to hear that! Love, Bogo

"Take glucose, add oxygen, then a miracle happens, and ATP is recharged". OK, ok. That was rude of me. Here, this is the updated version of the video, which should help. kzfaq.info/get/bejne/aMWTmKukq9Owhp8.html

Thanks, Noam!

Thanks, bts! I'm actually working on an updated, more detailed version as we speak. I wanted cleaner drawings and better sound! Sending best wishes from Boston! -BOGO