Mean Arterial Pressure Vz Total Peripheral Resistance

MAP VZ TPR

[@HH-ib8lm]

Brilliant way of explaining MAP and TPR! Touché !!!

[@lianafakas2961]

Thank you so much for that explanation! I have a much better understanding of this material after watching this!

[@joanmunn3238]

Thank you for demonstration and explanation. Was listening to my lecture and just need a clearer explanation of MAP and this was exactly what I needed!

[@elvinseudieu3738]

I do really like you approach in breaking down the concept. Very lucid indeed!!!

[@ryankruskamp8973]

So awesome! Thanks so much. You are a great teacher.

[@jayminmakadia]

thank u so much, cleared my lots of concepts by this video n by many more of ur videos, thanks a lot, god bless u, kip spreading knowledge.

[@ileanalopezhernandez4990]

Excellent! Thanks you!

[@ijeomangoka597]

Thanks so much. This makes so much sense now

[@samoha99]

thank u so much....i spend along time confused about the relation ship between the TPR and the bp...and u explained so nice

[@walidragab2114]

Thank you so much. A great video💜

[@mcolom7819]

You are awesome !

[@fashionfruit99]

Thank you so much for this video!!!!!

[@ManuelGutierrez-zb5xm]

Wow thank you so much this really did help! If I may constructively criticize however the question is wrong in a subtle sense. If you ask what decrease is responsible for a slight increase, the answer cannot be TPR. The reason is because although I understand that you are trying to ask why it didn't increase more, what you really are asking is what made MAP increase slightly. A decrease in TPR would not explain any increase in MAP (even if slight) as they are directly related (as you kindly showed us). It is only a matter of wording but it was kind of confusing (hope I don't get this kind of wording in the step :/

[@IbironkeOtusile]

Thank you SO much!

[@lilac819]

So helpful! thank you!

[@LoveMedicine100]

My pleasure....glad it helped...

[@sushi1998]

Soooo helpful!!! Thank you so much :)

[@C0C0PR]

Superb video. Thank you so much.

[@Sam_1964]

Excellent presentation

[@user-mk8bl1uc8x]

Finally understand the diff between TPR and MAP! Thank you! However the equation in the end confused me. How can Dec TPR inc MAP?

[@alisharifi3]

Thanks for your helpful videos - God bless.

[@anandsingh4071]

excellent....i want to hug u...thanks for this super explaination...

[@Roshanrahim2000]

Thank you so much. Life makes more sense now :p

[@delaramziaee873]

Thank you so much. You solve my problem 🥹

[@conan1341]

Thank you so much

[@milkyanimates4648]

sooooo much clearer!!!thanks

[@maryamtabarestani3280]

that was good for me,thanks

[@newlife5718]

Thanks. :)

[@fatimaahmed340]

dynamic bout of excercise is known to decrease peripheral resistance in hypertensive patients to a greater extent than in normotensive patients. the effects of the exercise can be seen up to 30 minutes after ending the activity. in diabetic patients this decrease in peripheral resistance is less pronounced due to the arteriosclerotic changes developing

[@LQBify]

This is great. Currently in residency and still enjoy watching these videos. Been seeing them since Step 1.

[@gayathrikumar411]

great clarity

[@SpChilla]

You are legend

[@mst.fatamajalee9118]

Very good lecture .

[@thornellmitchell9516]

Awesome

[@TheAmyk01]

thankyou!!!!!!!!!!!!

[@retajjar1809]

i lonve method انا حبيت هذا هلباااااااااااااا وفهمت كثير

[@abeerhassan9947]

thank u so much..its great video but the equation confused me a little cause u wrote that the MRP increase as the TPR decrease

[@cardinalnest6272]

The relationship between MAP & TPR is best explained by: MAP = CO x TPR. If TPR Increases/decreases, then MAP must also increase/decrease, and vice versa (linear relationship).

[@adams7839]

+Cardinal Nest lol she clearly just explained that that's not the case...You can have an increase in MAP by an increase in CO alone and that wouldn't increase TPR at all! Did you not watch the video?

[@Smita1505]

I didn't understand the solution of the asked Q. As I understand that MAP increases then TPR should alse be increased .

[@jamesgetogo4137]

nice helpful

[@2011not1984]

what is the difference between artrial resistance and venous return

[@nunheadamerican6179]

at 4:16 --- if there was a blockage that reduced blood flood through an artery why doesnt blood pressure increase tot he point where the blood vessel would rupture? It seems like blood pressure mains generally maintain its high level when if the blood is backing up it should increase dramatically rather quickly? For example If you block off a hose eventually the hose explodes or breaks free of the pump. Wouldn't the heart slow down to maintain constant blood flow at a set pressure, even if that pressure seems high? help

[@jojimthebha3327]

Lets say you measure and patient has BP 180/170 would you take it town and record or think something wrong with measuring? If you think its wrong, what no. Difference then is adequate difference between systole and diastole that will make you take it to record.

[@fareenakhan2319]

Thank uuuu soooo much ❤❤❤helped me aloott

[@martinmatko6401]

What is the role of CCSVI Venous Hypertension and proper/improved Blood flow? #CCSVI

[@freshnesss7043]

How are you? YOu don''t post videos anymore? Done with residency? What are you upto?

[@geezeweezebabypls]

nandri

[@Omah_cheryl]

What percent does the TPR change?

[@snorlaxcom]

sic deets on the explanation

[@rohansarkar7079]

Pls explain how the formula map=2/3of Dp+1/3of Sp comes

[@tomcruise9317]

Current of injury,st elevation explain plz

[@alotmaple6865]

if MAP decreases, TPR increases? Why

[@iloveu975]

+alot maple no, if map increases so does TPR and vice versa. But the question is why does blood pressure on rise slightly and that's because TPR is still high but not very high due to homeostasis to maintain pressure

[@sahilkakar2376]

basically, the example she has given in in exercise. during exercise there is vasodilation of arteries (to increase blood flow to skeletal muscle etc etc) because of vasodilation there is a decrease in TPR but because of inc in HR and SV the CO will increase and therefore there is a controlled rise in MAP. However, in static exercises e.g. weightlifting - BP's of 480/350 have been noted (only lasting for a few seconds). This is because there is no vasodilation in static exercises.

[@mahnoorrehman8579]

@sahil kakar bro I must say vasoconstriction increase bp not vasodilation during exercise there is Sympathetic nervous system not parasymaphathetic & other concepts are right bcoz vasodilation can cause decrease TRP 👌🏻

[@andynikola1574]

wat a waste of time

[@FoodieWithCamera27]

Thank you so much