I'm so happy the videos are helpful! You're the one taking the time to watch them and study them though, so you're the reason you're passing! Be proud of your hard work. Not everyone takes the time to find materials to help them learn. You must be a good student. :)
Just commenting to let you know you it’s 1:19am and I just found you on TH-cam and I could not me more thankful. The way you taught throughout the video made everything my online professor rumbles through, make sense…ty
Hi... Thanks for watching! I'm so happy to hear that the video is helpful. I have absolutely everything recorded. If you are looking for APII materials, head to the anatomy and physiology II playlists (one for lecture and one for lab). :)
This video is a great help for me especially since all of the models are on one video. Thank you for being so precise and pointing everything out I love your videos they really help!
The best well explained video I’ve came across ❤️ Our last lab for the term is on the respiratory system and I was dreading it 😫!!! but you explain the features in a way I can understand and not feel overwhelmed😔❤️ I feel a bit more prepared to Ace !! This test 🎉🎉Thank you so much 😢
Become a member of my Patreon page. Becoming a Patron for $5 a month gives you exclusive access to study guides and practice exams to help you prepare for your A and P I and A and P II exams! It also helps me continue to make new content available to you! You can join at www.patreon.com/bePatron?u=48292887
I do have a couple videos that cover respiratory, but they are using the same models so I show the same structures, the videos are just a bit older. What structures are you looking to learn that aren't covered in the first ,30 minutes of the video? Maybe I can point you on the right direction.
I have all of my lectures from class posted too. For a full explanation, check out my lecture video (anatomy and physiology II lecture playlist). The quick version is that the alveoli have VERY thin walls and they are covered with a bunch of blood capillaries. The air is pulled down into the alveoli and the oxygen crosses from the air in the alveoli into the blood in the capillaries that are surrounding them. The CO2 crosses in the opposite direction (from the blood to the air).
Second part of my response: the reason the gasse are able to be exchanged between the air in the alveoli and the blood in the capillaries is because the distance between the two substances is very short. The alveoli have thin walls and the capillaries have thin walls. They capillaries are right up against the alveoli so really you just have two cells up against each other separating the air and the blood. Also, oxygen and co2are both lipid soluble so they are able to cross through the plasma membranes of the cells. The gasses just diffuse straight through the wall of the alveolus and the wall of the capillary.
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Yall this woman is the reason I’m passing my classes in school🙌🏾🙌🏾 You’re a blessing! Thank you❤
I'm so happy the videos are helpful! You're the one taking the time to watch them and study them though, so you're the reason you're passing! Be proud of your hard work. Not everyone takes the time to find materials to help them learn. You must be a good student. :)
I’m so thankful that I have found this video for my anatomy 2 ..it helped me a lot ...God bless u professor 😍
Just commenting to let you know you it’s 1:19am and I just found you on TH-cam and I could not me more thankful. The way you taught throughout the video made everything my online professor rumbles through, make sense…ty
Hi... Thanks for watching! I'm so happy to hear that the video is helpful. I have absolutely everything recorded. If you are looking for APII materials, head to the anatomy and physiology II playlists (one for lecture and one for lab). :)
Look at her , this is a gem teaching us. Be thankful🙏
Best 40mins spent today.
Thank you so much Ma'am
I love you and God bless you ❤️
I reviewed using your videos. I'm sure that's why I got a 92 on my lab practical. THANK YOU!
Nice job!!!!!
You are a lifesaver. I read the textbook, then watch your videos to make it make sense.
Thank You so much for being so detailed, this is very helpful! You are appreciated 🤗
Thanks so much! I'm glad it's helpful. Good luck with the rest of your semester!!
This video is a great help for me especially since all of the models are on one video. Thank you for being so precise and pointing everything out I love your videos they really help!
Awesome! I'm glad it's helpful. Good luck on your exam and thanks for watching and commenting! 💜
Thanks for putting lot of efforts in making these videos. Both audio and video qualities are very good.
your energy gives energy... thanks a lot madam
THANK YOU SO MUCH FOR INFORMATIVE LECTURER.. ...MY GREAT INSTRUCTOR , AM FOND OF YOU..
Wish I would've found your videos earlier, they're great! Thank you!
The best well explained video I’ve came across ❤️ Our last lab for the term is on the respiratory system and I was dreading it 😫!!! but you explain the features in a way I can understand and not feel overwhelmed😔❤️ I feel a bit more prepared to Ace !! This test 🎉🎉Thank you so much 😢
Thanks alot very happy to be on ur page 🙏🏿 really wanna be ur friend
I loved your video. You are a great Professoror. Thank you so much!
Awesome! Thanks for watching. :)
Very detail that I ever see, thanks so much Prof.
I really like the way you explain it, very detailed.. thank you!
I cant tell you how much this helped! You explained with such detail.
I'm so happy to hear that! Good luck with your lab exam!
Always perfect and simple in the same time .
Thank you!
Thank you very much, much appreciated
This video is really helpful and criminally underrated... anyways, thank you so much for teaching us so beautifully 💝
Thanks for watching! 💜
Ur really good at this thing I am so proud to start following u up
Thank you so much for such a good info
I really appreciate you for such a beautiful video that you make for the medical students 🥰
Become a member of my Patreon page. Becoming a Patron for $5 a month gives you exclusive access to study guides and practice exams to help you prepare for your A and P I and A and P II exams! It also helps me continue to make new content available to you! You can join at www.patreon.com/bePatron?u=48292887
Do you have questions to practise for end of semester for a n p 1. please guide i need to pass this semester. Been studying really hard.
The best videos! Thank you, thank you, thank you!
Great video!
omg you are amazing !! This is so helpful for my practical!
Let me just say I love your voice as well.
Thank you so much
Great video
Seriously thank u so muchhhh!!!
Thank you so much 🙏🤗🌹
Awesome
Thanks so much professor
شكرا جزيلا
Can you make a video of the Lung Volume and capacities? Thanks
good job
Hi thank you so much it was great but at 31 minute the video will jump to lower part how can i watch upper respirartory tract taught by you please?
I do have a couple videos that cover respiratory, but they are using the same models so I show the same structures, the videos are just a bit older. What structures are you looking to learn that aren't covered in the first ,30 minutes of the video? Maybe I can point you on the right direction.
Thanks. But I didn't understand well how gaseous exchange takes place in the alveoli. May you please help me about that?
I have all of my lectures from class posted too. For a full explanation, check out my lecture video (anatomy and physiology II lecture playlist). The quick version is that the alveoli have VERY thin walls and they are covered with a bunch of blood capillaries. The air is pulled down into the alveoli and the oxygen crosses from the air in the alveoli into the blood in the capillaries that are surrounding them. The CO2 crosses in the opposite direction (from the blood to the air).
Second part of my response: the reason the gasse are able to be exchanged between the air in the alveoli and the blood in the capillaries is because the distance between the two substances is very short. The alveoli have thin walls and the capillaries have thin walls. They capillaries are right up against the alveoli so really you just have two cells up against each other separating the air and the blood. Also, oxygen and co2are both lipid soluble so they are able to cross through the plasma membranes of the cells. The gasses just diffuse straight through the wall of the alveolus and the wall of the capillary.
🥰
Love you beutiful!
EPIGENITICS (AND OR NOT) STEM CELL DEPOSITS ; DUE DEVS
Thanks so just wish I have ur watsap number