Anytime i don't understand any lecture i come to watch the video which gives me the detailed understandings of what my lecturer failed to explained within my hours of stay in the lecture theater. Your videos are very helpful.
It is awesome I can't expect within short time you explain everything I like it and I hope your channel became popular channel name is super BLACK SIRIUS
Instead of increase, use word decrease and your query will be solved. Because she said, it will never decrease B.P. Beta 1 receptors r in the heart, so by stimulating beta 1, B.P will not be decreased.
Sympathomimetics are those agents which act on all the receptors of the sympathetic nervouc system that includes alpha one, alpha two, beta one, beta two and dopamine receptors. If you say that it will activate alpha two receptors and thus negative feedback will inhibit further norepinephrine release, then you can say the same about normal norepinephrine release during a normal sympathetic response. By that, I mean that let’s forget about the alpha two agonist and just say that we simply have a normal physiological sympathetic response, even then, there will be functional alpha two receptors on the presynaptic neurons. That means that you shouldn’t focus on it like that. You should only think that sympathomimetic drugs are those which act on the sympathetic NS receptors regardless of where they are present because these receptors have different functions even in normal physiological response. Don’t just think about it in terms of fight or flight response because different receptors have different functions It'll be better if you call them Adrenergic Receptor Agonists and then you can figure out their uses by thinking what receptors have what function normally I hope that explains your concern
@@MedMadeSiriuslyeasy thank u sir 💗yesterday we learnt our first lecture in pharmacology,im 2nd year med student,and today i asked about this to my doctor she had the same answe of urs 💗
Anytime i don't understand any lecture i come to watch the video which gives me the detailed understandings of what my lecturer failed to explained within my hours of stay in the lecture theater. Your videos are very helpful.
Foreign
It is awesome I can't expect within short time you explain everything I like it and I hope your channel became popular channel name is super BLACK SIRIUS
Thank u 🥰🥰🥰 plz make a vedio on yourself someday tell us about your self we would love to watch it
Really helpful. Helped me top my CA exams.
I’m glad 🤣
Chartered accountant exams?
This video has really helped me a lot ....thank you so much
Thankyou Mamm last day preparation for my sessional exam....❤🙏
Ma'am ur vids r very helpful ...!!thank you so much ,and especially ads free
Nice explanation mam..Helpful for last min preparations.
Help full for pharmacy gpat exam
Very helpful video
Tq so much mam for such amazing lecture
Ur videos are helpful.. Also pls make a video on non steroidal anti inflammatory drugs(NSAIDS)
Really helpful as Short notes mdm
Nice lecture mam👏👏
I love you mam... U r so sweet tutor
Great video
Guess I am a year later to thank you😂😂
which book is use for this lecture
Norepinephrine acts ona1a2andb1 so it never increase blood pressure you said why????u
Instead of increase, use word decrease and your query will be solved.
Because she said, it will never decrease B.P.
Beta 1 receptors r in the heart, so by stimulating beta 1, B.P will not be decreased.
I don’t understand a point ! Alpha 2 is minimizing sympathetic so how it’s classified as a sympathomimitic drug
Same question
Sympathomimetics are those agents which act on all the receptors of the sympathetic nervouc system that includes alpha one, alpha two, beta one, beta two and dopamine receptors.
If you say that it will activate alpha two receptors and thus negative feedback will inhibit further norepinephrine release, then you can say the same about normal norepinephrine release during a normal sympathetic response. By that, I mean that let’s forget about the alpha two agonist and just say that we simply have a normal physiological sympathetic response, even then, there will be functional alpha two receptors on the presynaptic neurons.
That means that you shouldn’t focus on it like that. You should only think that sympathomimetic drugs are those which act on the sympathetic NS receptors regardless of where they are present because these receptors have different functions even in normal physiological response.
Don’t just think about it in terms of fight or flight response because different receptors have different functions
It'll be better if you call them Adrenergic Receptor Agonists
and then you can figure out their uses by thinking what receptors have what function normally
I hope that explains your concern
Thankyou so much for making it clear!♥
@@MedMadeSiriuslyeasy thank u sir 💗yesterday we learnt our first lecture in pharmacology,im 2nd year med student,and today i asked about this to my doctor she had the same answe of urs 💗
You’re welcome. ⭐️
Thanks 🙏
0:10 0:12 0:13 0:14
❤️❤️❤️❤️
Can I get these notes.
You can find them on the website. Link is in the channel description
@@MedMadeSiriuslyeasy ok thnku