I've been searching for an understandable tutorial on the urinary system.Thank you, thank you, thank you. The way you've broken it into small understandable sections is phenomenal you're a great teacher❤
You are very much welcome @Blue Water Gypsy. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
Finally, I can use your videos for clients to fully appreciate the mechanisms connections to nutrition, physical and emotional stressors, and the sleep/rest/meditation connections!!!
Thank you very much, Soby. I appreciate the compliment. My main goal here is to be helpful. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
I'm so glad this was helpful for you, @DavidMartinez-de5qy. My goal is to make biology as clear as possible. If you want more explanations like this, make sure to subscribe - I have a ton more on the way!
Thanks! Was looking up a few medical terms used in the notes from my recent blood labs. This word came up & a Glomer... word appeared. This interestingly informed me enough to 'get it' about the current function rate of my kidneys! Now I can later view other videos on this topic & see whether I've changes to make. So I subbed to you, & will tell others. This little old lady loves learning new things. Exercising the brain is an important way to maintain its power, like exercising muscles to gain strength. :-)
That's great Carolyn. I'm glad that I can provide some insight for you. Thank you so much for subscribing and for spreading the word. I really do appreciate that.
I'm so glad you found it helpful, Paul. You are welcome. And I appreciate the compliment. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Thanks, Nkareng. Glad to hear you're finding value in the videos. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works.
You are very much welcome Lungowe. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
I'm so glad you found it helpful, @NIXEN77. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Wow, I'm so glad you found it helpful, %name. You are so welcome. I'm just trying to be helpful with these videos so I'm glad it's working 😉. Btw, if you aren't already subscribed, I highly recommend it. I have a lot more great stuff coming and if you like this, you'll like those too.
I love how passionate you are about teaching - it makes it so much easier!!! I understand the concepts of this, but I have a question....how do you control the diameter of the specific vessels? As in, how can you choose "I want to constrict the (x), but not the (x)? 🤨
Hi Bridget. Glad you're finding value in the content. With regards to your question - I'm honestly not sure if that's possible, besides locally regulating the hormones that interact with the constriction of blood vessels (things like angiotensin, renin, etc).
You are very much welcome @FlamingCheetos Gaming. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
Thanks, Marc. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works.
Hi Minahil, The area of the efferent arteriole is regulated mainly by hormones like angiotensin II, which constricts it to increase glomerular pressure, and by other factors like nitric oxide and prostaglandins that can cause dilation. And as I mention in the video, if you affect the area of the efferent arteriole, you affect the GFR. Hope that helps.
What if you only have one kidney? Is there a difference between the right and left kidneys? I donated one (left) 4 years ago and my GFR is between 60 and 70 percent.
Actually there will be no difference but the one kidney will have a little pressure on it by filtration of urine and osmoregulation as you donated the other kidney but you are healthy and fine. Don't worry 😀
I'm so glad you found it helpful, Directionerforever123. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
I'm so glad you found it helpful, Jessica. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
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I hate I found this so late in the semester! You have been so helpful in preparing for my last exam before my finals!
Well, better late than never. I'm glad you found it 😃
Your clear and simple illustrations helped me understand the intricate process that occurs in the nephron of the kidney.
This 5 minute video made me learn more than the hours I spent on reading. Thank you, keep it coming!
Yayyy. Glad to hear it. Make sure to subscribe and stay tuned for many more of these kinds of videos.
1 day before exams
What a life saver! I like how you explain these concepts, so simply . This is the first time I've understood this. Thank you so much.
Yayyyy, I'm so glad to hear that Fenny. Make sure to subscribe for more.
You might help alot for me to obtain a better understanding on my human phisiology ,,,lem applaud you here
I've been searching for an understandable tutorial on the urinary system.Thank you, thank you, thank you. The way you've broken it into small understandable sections is phenomenal you're a great teacher❤
You are very much welcome @Blue Water Gypsy. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
Finally, I can use your videos for clients to fully appreciate the mechanisms connections to nutrition, physical and emotional stressors, and the sleep/rest/meditation connections!!!
Great explanation on renal arterioles and their influence on the gfr!
Thank you very much, Soby. I appreciate the compliment. My main goal here is to be helpful. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
you are such a great teacher ! ❤️❤️
Best regards , from IRAQ
You make it all so simple! I finally feel confident that I know what I'm supposed to! Thank you so much!!😃
That's so great to hear. All the best, Julia.
Great metaphor used in the video! Made it so much easier to picture in my head (:
I'm so glad this was helpful for you, @DavidMartinez-de5qy. My goal is to make biology as clear as possible. If you want more explanations like this, make sure to subscribe - I have a ton more on the way!
thank you so much it saves me from thinking too much
Yay. Glad to help. Make sure to subscribe for more like this 😉
Thanks! Was looking up a few medical terms used in the notes from my recent blood labs. This word came up & a Glomer... word appeared. This interestingly informed me enough to 'get it' about the current function rate of my kidneys! Now I can later view other videos on this topic & see whether I've changes to make. So I subbed to you, & will tell others.
This little old lady loves learning new things. Exercising the brain is an important way to maintain its power, like exercising muscles to gain strength. :-)
That's great Carolyn. I'm glad that I can provide some insight for you. Thank you so much for subscribing and for spreading the word. I really do appreciate that.
you always make bio seems easier, thank you so much!
You are very much welcome
very informative, thank you. i was hopping that we were going to go to the auto regulation
I need to cover that in another video. That's a good topic.
Loved how you explained this, thank you! :)
You are amazing, I struggle with my understanding, Watching you makes complete sense😀thank you 🌹
Yayyy. Glad to hear it, Rebecca.
watched every video on bladder system. Thank you. You are really good at this!!
I'm so glad you found it helpful, Paul. You are welcome. And I appreciate the compliment. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Awesome!!!! I'm posting these utubes for my nursing students so they can learn even more
Glad to hear it, Tamara. Glad it's helpful.
you are the goat for this thank you so much! wish me luck on my quiz today :)
You are very much welcome. Hope the quiz went well, Jeanette 👍🏾
wow, i like your videos, they are clear ,simple and straight to the point
Thanks, Nkareng. Glad to hear you're finding value in the videos. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works.
Thank you so much. This is well simplified. Just seeing it now.
You are very much welcome Lungowe. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
Thanks alot! For clearing my doubt
I'm so glad you found it helpful, @NIXEN77. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Thank you … this is very easy to understand 😅
Wow, I'm so glad you found it helpful, %name. You are so welcome. I'm just trying to be helpful with these videos so I'm glad it's working 😉. Btw, if you aren't already subscribed, I highly recommend it. I have a lot more great stuff coming and if you like this, you'll like those too.
Thank you so much .
You’re welcome, Karen 👍🏽
Thank you 😊 so much sir.
You are very much welcome, Rana. Make sure to subscribe for more.
Thank you
I love how passionate you are about teaching - it makes it so much easier!!! I understand the concepts of this, but I have a question....how do you control the diameter of the specific vessels? As in, how can you choose "I want to constrict the (x), but not the (x)? 🤨
Hi Bridget. Glad you're finding value in the content. With regards to your question - I'm honestly not sure if that's possible, besides locally regulating the hormones that interact with the constriction of blood vessels (things like angiotensin, renin, etc).
@@InteractiveBiology Thanks for getting back to me. Yeah, I understand concepts but sometimes I get stuck with "okay, but how do you do that?!?" 😜
Yep, I hear ya.
Thank you so much sir u helped at the last moment hats off❤❤
You are very much welcome @FlamingCheetos Gaming. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works 👍🏽.
Awesome lecture.
Thanks, Marc. Glad you got value from it. Make sure to subscribe to the channel, because I have a lot more content like this coming to help you understand how the human body works.
yes makes sense!
Glad to hear it 👍🏾. Make sure to subscribe for more sense 🤣
Good
Omg i understood this so well
Yayyyy 🙌🏾. Glad you understood it. Make sure to subscribe for more.
What is responsible for increasing or decreasing area of efferent arteriole?
Hi Minahil,
The area of the efferent arteriole is regulated mainly by hormones like angiotensin II, which constricts it to increase glomerular pressure, and by other factors like nitric oxide and prostaglandins that can cause dilation. And as I mention in the video, if you affect the area of the efferent arteriole, you affect the GFR.
Hope that helps.
Thank you… keep on doing good 👍
You're welcome. I will try my best, Dennis. Glad you're finding value in it.
Great video 💯💯
What if you only have one kidney? Is there a difference between the right and left kidneys? I donated one (left) 4 years ago and my GFR is between 60 and 70 percent.
Actually there will be no difference but the one kidney will have a little pressure on it by filtration of urine and osmoregulation as you donated the other kidney but you are healthy and fine. Don't worry 😀
Thank you for this omg
I'm so glad you found it helpful, Directionerforever123. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Thank youuuuuu!!!!!!!
I'm so glad you found it helpful, Jessica. You are welcome. If you haven't already, make sure to subscribe to the channel because I have a lot more content like this coming to help you understand how the human body works.
Good job. Pls I did my EGFR and I have 99ml/min/1.73 pls I do not understand do I need to worry about anything
Any videos on the RAAS system?
Oooo, good suggestion, Lyndsey. I'll add it to my list, Lyndsey. I haven't covered it as yet, but it's a fun one that can be very helpful. Stay tuned.
Waaaw
I hope that's a good thing 😃
Huh, 7.8k views no likes???
i love u
Thank you so muuch
You are very much welcome.