Diabetic Ketoacidosis (Diabetes Type I) Management Summary
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great video! would love to see some vids on electrolyte imbalances
Thank you Armando, this is a clear explanation. Have you done a video for Hyperglycemic Hyperosmolar Nonketotic Coma? Another (unrelated) video that I would like to suggest is about autonomic dysreflexia. I find your videos helpful and use them in my teaching in paramedic class. Keep up the good work.
I’d advise you to do a VBG when checking the metabolic state of a patient as it makes more sense, perform an ABG when assessing for gaseous exchange or when suspecting respiratory acidosis or alkalosis.
Metabolic state- VBG
Respiratory state- ABG
I love your videos, you have such a talent for explaining and illustrating thanks so much for sharing.
Amazing as usual. 🙂
Hey, a great video I enjoyed the content. As a type 2 I find it is always good to keep learning. I have found these natural diabetic support management capsules to be a great help in stabilizing my BS levels…. They really work wonders.
ceracare-health
How do you perform this quickly in a home setting, when the patient often fluctuates in blood glucose levels? sometimes its hard to tell exactly what is going on because the patient has a history of being very unstable in the diabetes.
Sir , i request you to explain n- linked glycosylation and o- linked also .thank you
Excellent lecture and interesting… Thank u sir… plz upload more sir…
Outstanding!
I thought calcium was part of the protocol for (HYPER)kalemia not Hypokalemia.
Pls make Videos on Electrolyte imbalances.. Metabolic Acidosis.. Alkalosis.. Respiratory Acidosis.. Alkalosis..pls sir??
amazing !!!
Rowan Bawazir pakka in dka @aramando
Thank you this explanation really understandable and the drawing too
great video , thank u so much for all your videos .
you say that sometimes we give calcium gluconate to protect the heart from hypokalemia induced arrythmias
I think you mean *hyperkalemia induced arrythmias instead of *hypokalemia
Am I right ?
@avni sharma The administration of insulin depletes circulatory potassium I believe
“K” can be a killer. Both Hyper and hypokalaemia can trigger arrhythmias.
Hypokalaemia can prolong QT interval and even lead to TDP.
On the other hand you can get the peaked T waves, widening of QRS and lead to blocks, VT, etc.
initially the body goes in hyperkalemic state but then due to osmotic diuresis, gradually the total body potassium gets lowered resulting in hypokalemic state.
Hypokalemia can induce arrhythmias also
Well Low Potassium (hypokalemia) is common in patients with DKA
Very nice explanation… thank you.
Every time he says “inshulin” ??
Sean Connery over here narrating DKA
??
I can’t unhear it now!
Love your videos! I love studying diseases too and do it in my free time when I’m not studying or I use your videos to connect or get extra information I want!
The funny kind of idea about the pronunciation is it gives away the fact that he who is doing the video could be type 1 diabetic! ??
I loveee the penmanship & artistic skills
It really helps