Thank you for the wonderful video, i could say just in time because yesterday this video was uploaded and today i have a test on this topic. Thank you very much for thisss 😄😄😄❣
Thank you, although it was a lot of information to take in, I’m sure I’ll be able to remember it once I rewatch your videos and revise the content ❤ thanks again
Brother, I am Indian student studying in Grodno State Medical University in Belarus. I find your videos so helpful and very easy to Understand. But I had one doubt, your explanation and words used goes line by line same with the textbook used in my university. So I am just curious to know if you are from any neighbouring European country where the same textbook is used😅
You helped me a lot also, so first of all - thank you. However, on one place you were not so clear and made a mistake. On 9:00 you said: "The next artery is the Inferior vesical artery, in male, which supplies fundus of the urinary bladder, and the prostate and seminal vesical and than in female this artery is called a Vaginal artery, which suplies anterior wall of the vagina.." Then I questioned myself what is the artery for the lower part of the urinary bladder in females. After books and google, here is the answer: Females also have the Inferior vesical artery. Vaginal artery is a branch of the Uterine artery or another branch of the Intern Iliac artery (11th). Since I cleared this out, I just want to help to other listeners also. Best regards and thank you once again on this video.
Thank you very much! I've put histology a little to the side for now, but I'm glad you're showing interest. I might consider them again in the future :) All the best with your studies!
The heart pumps the blood all over the body to organs and muscles so imagine if we conect a water pipe into those artries and start pumping the water into those artries so the body gets blowing up like baloon ????
@@aliqadri4672 No it won't blow up like a baloon 😅 Generalized edema might happen, though. The outcome depends on the tonicity of the water, amount of water that's pumped in and the size of the vessel you chose to pump it into. Most probably mass hemorrhage and organ failure is likely to happen the way you described it
