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Synthesis Med Ed
United States
Registrace 30. 12. 2016
Bite-Size Biochem: How Fats Become Energy
A quick lesson covering how fatty acids and triglycerides are made and broken down.
zhlédnutí: 716
Video
ABGs: A Tale of Two Systems
zhlédnutí 444Před 2 lety
The ABG printout is not a single set of values but instead represents the state two separate physiologic systems.
Bite-Size Biochem: Acetyl CoA and the TCA Cycle
zhlédnutí 23KPřed 2 lety
Understanding acetyl-CoA is crucial to understanding the TCA cycle, fatty acid oxidation, and ketosis - and these concepts are crucial to understanding the pathophysiology and management of DKA. The basics matter!
Drug Concentration as a Percentage or Ratio
zhlédnutí 16KPřed 3 lety
Tutorial on how to understand a medication's concentration when it is provided as a percentage or as a ratio. Target Audience: EMT/Paramedic Students, Nursing Students, & Med Students.
I can't understand acid-base disorders and metabolic acidosis! Help!
zhlédnutí 1,1KPřed 3 lety
A simplified explanation of the anion gap and how to utilize it to determine the cause of a metabolic acidosis. Correction at 13:16: "decreased transit time" Dinh et al. (2006): www.ncbi.nlm.nih.gov/pmc/articles/PMC2564167/ Brubaker et al. (2020): www.ncbi.nlm.nih.gov/books/NBK448090/ Life in the Fast Lane: litfl.com/normal-anion-gap-metabolic-acidosis/
Drug Calculations Made Ridiculously Easy
zhlédnutí 244KPřed 4 lety
Dimensional Analysis is an easy to remember method for performing drug calculations.
The pH Scale Explained Clearly
zhlédnutí 795Před 4 lety
Recommended for Nurses, Paramedics, and other Clinicians who are learning to interpret Arterial Blood Gas (ABG) analyses.
Hemodynamics of Shock - Part 2
zhlédnutí 1,2KPřed 4 lety
Contents: 00:47 Cardiac Contractility 01:05 Cardiogenic Shock 01:24 Cardiac Preload 02:27 Frank-Starling Curve 03:22 Hypovolemic/hemorrhagic Shock 03:57 Effects of Distributive Shock 04:36 Obstructive Shock 06:17 Ventricular Filling Time 06:54 Central Venous Pressure 07:50 Stroke Volume Variation 10:33 Inferior Vena Cava Ultrasound 12:27 Effects of Positive Pressure Ventilation
Hemodynamics of Shock - Part 1
zhlédnutí 2,5KPřed 4 lety
Part 1 of a multi-part series reviewing the hemodynamic principles pertinent both to understanding and managing different forms of shock. Contents of Part 1: 00:42: Cardiovascular System Overview 02:00 Mean Arterial Pressure 02:31 MAP Equation 02:55 MAP Components 03:15 Systemic Vascular Resistance 03:53 Distributive Shock 04:42 Types of Distributive Shock 05:44 Components of Cardiac Output 06:...
Think Fast: What is the location of this STEMI???
zhlédnutí 2,8KPřed 4 lety
Learn how to correlate EKG leads to their respective anatomic areas of the heart and how to identify the location being affected by a STEMI.
Estimating Ejection Fraction with Point of Care Echo
zhlédnutí 352KPřed 7 lety
A video tutorial aimed towards Emergency Medicine Resident Physicians which demonstrates three methods for estimating LV EF at the bedside.
Awesome presentation! Thank you.
Best video I've ever watched on drug calculations. No doubt will use these skills throughout my future career. Thank you
Clear and concise, just the type of video I was looking for
Great video. Brilliant explanation 🎉😊
Super demo re ally
Thanks
Nope I couldnt follow. I need dosage for dummies.
wow thank you so much!
Nice 👏
Tnx
Very useful information Thank you
Woww, thanks alot. What is this method called? ☺️
Perfect
That was incredibly enlightening
That is a really fantastic way of teaching. This professor made it very easy. Dear viewers from the pharmacy and medical fraternity you can watch the following lecture related to Dose calculation. czcams.com/video/QUF-IJ6v6Rg/video.htmlsi=UNREDHN9KNvQt9sY czcams.com/video/0jLSaqc5lF8/video.htmlsi=a6yblIfAebSkpSpE czcams.com/video/U5l5YgNwys0/video.htmlsi=BgljXDonIS5k_qHM
This is an awesome collection.
Please more Need more
Keep calm and eat a molecule 0:25
Best One
Please make more of these beta sized videos
10/10 vid, thanks man
Please make more of this series!
thank you! i have an exam tomorrow and i was really struggling with this topic
Good luck on your exam!
Thank you so much for this.
Amazing presentation 👌🏾 Thank you!
excellent thanks
great video, very helpful and i love the idea of bite sized bio-chem. i request you to continue this series as it will be very helpful to a lot of people
Wao
Awesome video! Thanks for really breaking it down...
Please it's to small. I can't see Please work on that. But it's a great explanation.
thank you from India . please make more videos like this
Thank you very much. I spent the better part of this year thinking CoA is the important bit, this video cleared my doubts. Thanks again.
Glad it helped. Remember, the same concept applies to other CoA molecules like succinyl-CoA, malonyl-CoA, and HMG-CoA.
Thank you 🙏🏽
Great explanation, thank you!
I really appreciate your solutions...very helpful
And my dog weighs 95 lb and his medicine is 2.5 mg how many pills will that be for a 95 lb dog walk around
Thank you. From Morocco
Thanks a dozen truly helpful ✔
this is so didactic I actually liked learning it!! hahaha
For the second question, since we’re looking for ml/hr does that mean we’re looking for the infusion rate? The video has really helped understand the basics, thank you so much
Correct.
Nice 👏
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Thankyou so much!
Can you do one for SAM for transferring methyl group and phosphate group
It's difficult to cover SAM and methyl transfers without also discussing the Folate/B12 cycles which are connected pathways. It might take a while to put that together.
Excellent thank you!
Thanks for this
❤️❤️
Thank you. My worst nightmare is the calculations. This video is going to be very helpful. 💯
Good Information. I am from India. Recently (a week ago) I underwent 2d echo test and it gave an EF :61%.
Thank you
Thank U but it's a simple mathematics