Everything you need to know on Acid-Base Disorders: th-cam.com/play/PLf5bMa9_tvRjj4NDR0eq6M6TqKiZQZChX.html Playlist containing all of our videos to date on topics in Critical Care Medicine: th-cam.com/play/PLf5bMa9_tvRiZ85NNUGwk91YpqDWdIGvA.html 5 Minute ECG Videos: th-cam.com/play/PLf5bMa9_tvRisUhHX_V5UdQjNk5hhkOuO.html Playlist containing all of our videos to date on topics in Cardiology: th-cam.com/play/PLf5bMa9_tvRh2JoODgpLapjGDYXSW1q0h.html Playlist containing all of our COVID-19 educational videos to date: th-cam.com/play/PLf5bMa9_tvRjDwCpaD06b6fMOt1FEBki1.html Playlist with our Medical, Science, and Healthcare News videos: th-cam.com/play/PLf5bMa9_tvRhsj4rBQzF7YOtboBoHL2u9.html If you enjoy the content and feel inclined, here are some ways in which you can support us! Funds will go towards purchasing better equipment/software, dedicating more time to the channel, and continuing to strive towards taking this channel to the next level! PayPal: www.paypal.com/donate?hosted_button_id=UQN2JGSYSQJEG Buy Us A Coffee: A cool site where you can donate a few dollars to a Creator of your choosing as a tip! www.buymeacoffee.com/WBDR TH-cam Membership tab: It has a “Join” button at the top right corner of our Channel’s home page. We appreciate you! Become a WBDR Patreon Patron: Get exclusive perks, merchandise, and more! www.patreon.com/WBDR We love to get involved in the #FOAMed world through Twitter as well. Come check us out, we would love to hear from you! @WhiteBoardDoct1 twitter.com/WhiteBoardDoct1
Good afternoon, and thank you for your lectures. I work in the field of chronic wound management, utilizing various modalities to address hypoxic conditions in wound environments and improve vascular perfusion. Over 90% of our patient population consists of individuals with diabetes, suffering from diabetic foot ulcers (DFUs) or venous leg ulcers (VLUs). I would be interested in discussing, possibly in a lecture or another form of communication, the pathophysiological mechanisms by which diabetes leads to vascular damage. This damage results in impaired blood flow, inadequate nutrient delivery, and reduced oxygen supply to wound sites, ultimately hindering the wound healing process.
@@WhiteboardMedicine Awesome. For me I think it reflects more of who you are and your personality expressed in your lectures. Hopefully it encourages more to stick around and listen to the rest as you provide excellent information that laymen as well as medical professionals can benefit from. Really appreciate you spending the time to bring us such educational information. 🤗
I was about to comment that too, so putting it here. I like both. Avatar is more noticable this way. New mentions content as well so that's better for new to the channel.
@@sheryl3268 Thanks Sheryl! Have a little more time this month than is typical for me, so figured I'd spend some time trying to improve the channel! Appreciate you all! If you have any other ideas, always let us know!
There's not a ton of hemoglobin in 1 rbc , there's 4 quadrants of hemoglobin or 4 ends each end bond with 1 oxygen molecule having 4 oxygen molecules in line with the 4 quadrants of the body or having the identical map of the circulatory system, the hemoglobin is organized chromosomes. The oxygen(less carbon) saturation in bloodstream specifically the plasma depends on the amount of oxygen in the rbc's or the volume of rbc's in relation to the volume of oxygen in plasma, the amount of oxygen in plasma is regulated by the bronchials. Rbc's repell rbc's and collect oxygen, oxygen is stripped from the rbc's through osmotic pressure, mucus covers the alveoli to prevent diffusion of oxygen. If the 2 oxygen molecules are stripped from the carbon molecule bond? Possible the bond to the hemoglobin could be held together by the 1 carbon molecule but that would show 8 oxygen molecules in 1 rbc considering the o2 is broken up releasing the 2 oxygen molecules from 1 carbon molecule, o2 broken up leaves 4 carbon molecules to 8 oxygen molecules, all considering the amount of o2 in the volume of rbc's in the efferent path of the system regulated by the r.atrium considering it's the final destination in circulation to the lungs and the saturation level of the efferent path with the volume of serem fed into lungs. What is dissolved oxygen or would that mean oxygen without a covalent or ionic bond?
Good afternoon, and thank you for your lectures. I work in the field of chronic wound management, utilizing various modalities to address hypoxic conditions in wound environments and improve vascular perfusion. Over 90% of our patient population consists of individuals with diabetes, suffering from diabetic foot ulcers (DFUs) or venous leg ulcers (VLUs). I would be interested in discussing, possibly in a lecture or another form of communication, the pathophysiological mechanisms by which diabetes leads to vascular damage. This damage results in impaired blood flow, inadequate nutrient delivery, and reduced oxygen supply to wound sites, ultimately hindering the wound healing process.
Everything you need to know on Acid-Base Disorders:
th-cam.com/play/PLf5bMa9_tvRjj4NDR0eq6M6TqKiZQZChX.html
Playlist containing all of our videos to date on topics in Critical Care Medicine:
th-cam.com/play/PLf5bMa9_tvRiZ85NNUGwk91YpqDWdIGvA.html
5 Minute ECG Videos:
th-cam.com/play/PLf5bMa9_tvRisUhHX_V5UdQjNk5hhkOuO.html
Playlist containing all of our videos to date on topics in Cardiology:
th-cam.com/play/PLf5bMa9_tvRh2JoODgpLapjGDYXSW1q0h.html
Playlist containing all of our COVID-19 educational videos to date:
th-cam.com/play/PLf5bMa9_tvRjDwCpaD06b6fMOt1FEBki1.html
Playlist with our Medical, Science, and Healthcare News videos:
th-cam.com/play/PLf5bMa9_tvRhsj4rBQzF7YOtboBoHL2u9.html
If you enjoy the content and feel inclined, here are some ways in which you can support us! Funds will go towards purchasing better equipment/software, dedicating more time to the channel, and continuing to strive towards taking this channel to the next level!
PayPal:
www.paypal.com/donate?hosted_button_id=UQN2JGSYSQJEG
Buy Us A Coffee:
A cool site where you can donate a few dollars to a Creator of your choosing as a tip!
www.buymeacoffee.com/WBDR
TH-cam Membership tab:
It has a “Join” button at the top right corner of our Channel’s home page. We appreciate you!
Become a WBDR Patreon Patron:
Get exclusive perks, merchandise, and more! www.patreon.com/WBDR
We love to get involved in the #FOAMed world through Twitter as well. Come check us out, we would love to hear from you!
@WhiteBoardDoct1 twitter.com/WhiteBoardDoct1
Good afternoon, and thank you for your lectures. I work in the field of chronic wound management, utilizing various modalities to address hypoxic conditions in wound environments and improve vascular perfusion. Over 90% of our patient population consists of individuals with diabetes, suffering from diabetic foot ulcers (DFUs) or venous leg ulcers (VLUs). I would be interested in discussing, possibly in a lecture or another form of communication, the pathophysiological mechanisms by which diabetes leads to vascular damage. This damage results in impaired blood flow, inadequate nutrient delivery, and reduced oxygen supply to wound sites, ultimately hindering the wound healing process.
Perfect timing. Dad has C.O.P.D coming home to roost. Thanks.
Glad it was applicable! Thanks for commenting!
Amazing
Appreciate the kind words! Thanks for checking out the video!
Really like the new introduction. Much more up beat and welcoming vs stiff shirt monotone😉😁
Thank you very much! You’re the first to comment on it!
@@WhiteboardMedicine Awesome. For me I think it reflects more of who you are and your personality expressed in your lectures. Hopefully it encourages more to stick around and listen to the rest as you provide excellent information that laymen as well as medical professionals can benefit from. Really appreciate you spending the time to bring us such educational information. 🤗
I was about to comment that too, so putting it here. I like both. Avatar is more noticable this way. New mentions content as well so that's better for new to the channel.
@@sheryl3268 Thanks Sheryl! Have a little more time this month than is typical for me, so figured I'd spend some time trying to improve the channel! Appreciate you all! If you have any other ideas, always let us know!
There's not a ton of hemoglobin in 1 rbc , there's 4 quadrants of hemoglobin or 4 ends each end bond with 1 oxygen molecule having 4 oxygen molecules in line with the 4 quadrants of the body or having the identical map of the circulatory system, the hemoglobin is organized chromosomes. The oxygen(less carbon) saturation in bloodstream specifically the plasma depends on the amount of oxygen in the rbc's or the volume of rbc's in relation to the volume of oxygen in plasma, the amount of oxygen in plasma is regulated by the bronchials. Rbc's repell rbc's and collect oxygen, oxygen is stripped from the rbc's through osmotic pressure, mucus covers the alveoli to prevent diffusion of oxygen. If the 2 oxygen molecules are stripped from the carbon molecule bond? Possible the bond to the hemoglobin could be held together by the 1 carbon molecule but that would show 8 oxygen molecules in 1 rbc considering the o2 is broken up releasing the 2 oxygen molecules from 1 carbon molecule, o2 broken up leaves 4 carbon molecules to 8 oxygen molecules, all considering the amount of o2 in the volume of rbc's in the efferent path of the system regulated by the r.atrium considering it's the final destination in circulation to the lungs and the saturation level of the efferent path with the volume of serem fed into lungs. What is dissolved oxygen or would that mean oxygen without a covalent or ionic bond?
Possible afferent transparent vessels supporting csf
Good afternoon, and thank you for your lectures. I work in the field of chronic wound management, utilizing various modalities to address hypoxic conditions in wound environments and improve vascular perfusion. Over 90% of our patient population consists of individuals with diabetes, suffering from diabetic foot ulcers (DFUs) or venous leg ulcers (VLUs). I would be interested in discussing, possibly in a lecture or another form of communication, the pathophysiological mechanisms by which diabetes leads to vascular damage. This damage results in impaired blood flow, inadequate nutrient delivery, and reduced oxygen supply to wound sites, ultimately hindering the wound healing process.