Burn Injuries
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- เผยแพร่เมื่อ 28 มิ.ย. 2024
- This video explains the pathophysiology, causes, signs and symptoms and treatment of patients with anaphylaxis and anaphylactic shock.
Please also refer to my other videos in the critical care playlist:
• CRITICAL CARE
Spinal Shock, Neurogenic Shock, Autonomic Hyperreflexia:
• Hypovolemic Shock
Hypovolemic Shock:
• Hypovolemic Shock
Multiple Organ Dysfunction Syndrome (MODS):
• Multiple Organ Dysfunc...
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I just discovered you and this is all i need for my exam 3! This is what all we covered in burns thank you! thank you!! I will subscrive for sure!
Hi May Love, thank you for your feedback! I am glad you found the video helpful & thanks for the subscription. Please spread the word about my channel to anyone who may benefit. Also check out my IG for latest news, quizzes etc.
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Great video as always! One question I have is about the parkland formula. In my class we learned that the 4ml is used for electrical burns only. For thermal or chemical burns we would use 2ml in this formula.
Hi Natali, thanks for watching. I honestly never heard of the distinguishing between electrical, thermal, and chemical burns in terms of fluid resuscitation. Here's what I found on uptodate.com:
"Either the Parkland or the modified Brooke formula is a reasonable starting point for determining fluid requirements in adult patients. The Parkland (also known as Baxter) formula is the most widely used guide to initial resuscitation fluid needs in the burn patient, although some studies have questioned its accuracy [37,38]. According to this formula, the fluid requirement during the initial 24 hours of treatment is 4 mL/kg of body weight for each percent of TBSA burned, given IV (calculator 1) [21]. Superficial (epidermal) burns (table 2) are excluded from this calculation. One-half of the calculated fluid need is given in the first eight hours, and the remaining half is given over the subsequent 16 hours. The rate of infusion for IV resuscitation fluid should be as constant as possible; sharp decreases in infusion rates can lead to vascular collapse and an increase in edema [32].
One alternative to Parkland is the modified Brooke formula, according to which the fluid requirement during the initial 24 hours of treatment is 2 mL/kg of body weight for each percent of TBSA burned, given IV. According to one retrospective review, use of the modified Brooke formula may reduce the total volume used in fluid resuscitation without causing harm." (www.uptodate.com/contents/emergency-care-of-moderate-and-severe-thermal-burns-in-adults/print#H10)
Please check with your instructor about why there are differences.
Good luck in your studies!
Concept well explained. Thank You
Glad it was helpful!
I like the vid and subscribed. I hope you get a mic for your amazing future videos. Thank you
Thank you for your feedback! I have already acquired a microphone for better sound quality. Check out my latest videos for improved audio.
Thanks for subscribing and watching! ☺️
Please spread the word!
@@NursingSchoolExplained You are awesome. Thank you for the nice reply. You will keep getting more likes from me in the future.
Your handwriting is so beautiful
Thank you!
Also i am very visual and i do the same where i write everything in one big board!!thank you!!
You are welcome!
Thank u
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