Question

Trace a red blood cell from the left ventricle to the left thumb and back to the left ventricle?

Answer 1

da faq

Answer 2

whats the Q

Answer 3

thats a statement with a ? at the end of it

Answer 4

did you want a diagram?

Answer 5

I need to give the "map" of the rbc. journey

Answer 6

righttttttttttttttttttttt

Answer 7

not detailed just a list

Answer 8

RBC leaves the left ventricle and then passes through the aortic semi lunar valve into the aorta. This then branches from the aortic arch into the brachiocephalic trunk, then into the right subclavian artery passing under the collarbone. It then branches off into the right axillary artery, then the brachial then the radial artery. It then enters the venous circulation that drains the deoxygenated RBC back into the vena cava

Answer 9

yeah okay scratch that

Answer 10

i'm wrong

Answer 11

umm i dunno

Answer 12

i guess you need a map of all the veins and arteries from the heart to the thumb

Answer 13

ha. okay

Answer 14

just he path the rbc take through this procrss

Answer 15

ummm south east and then a little to the east (thumb) and then north west back to the heart???

Answer 16

lol i dunno man

Answer 17

Hmm...click \(\to\) \(\large\sf\color{red}{\underline{\href{ /code-of-conduct}{code~of~conduct}}}\) Where Did You Reach ? Read It !!

@PRAETORIAN.10
Instead of wasting @morgan112 valuable time you could have said straight away you don't Know ! Don't say stories and waste time.
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@morgan112 \(Read~And~Note~down~what~you~needed~!\) as This site doesnot appreciate direct answers....... \(\ddot\smile\)

Alright,, RBC > aortic semi lunar valve into the aorta.> then branches from the aortic arch> brachiocephalic trunk> right subclavian artery > right axillary artery>brachial> the radial artery. > venous circulation that drains the deoxygenated RBC back> vena cava (radial vein -> brachial vein -> subclavian vein -> superior vena cava), draining into the right atria of the heart.

It then gets pumped into the (right ventricle >passing through the tricuspid atrialventricular valve> via the pulmonary semilunar valve > pulmonary artery > lungs.

(pulmonary artery brances into arterioles, then again into capillaries, where it offloads carbon dioxide and picks up fresh oxygen).

It then drains back into the pulmonary venules > pulmonary veins > drain back into the left atria > passing via the bicuspid (mitral) valve > left ventricle> ready to be sent out again!

\(Hope~it~helps~!!\) Don't Forget, \(Appreciate~the~Best~Answer\) with a click on \(\color{purple}{"Best Response"}\) Button Too !

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Answer 18

\(Close~the~question~Too~!!\)