Thank you-thank you-thank you!!! I have been listening to a professor drone on for 3 weeks, bouncing all over the place, about these topics. You just cleared up 9 hours of his lectures in 2 videos that are fewer than 15 minutes long. I wish I could hug you right now, I am so grateful.
This video is unbelievably helpful. I studied those topics for about 4 hours, and a 15 minute video has taught me way more. I am so relieved. I need to give this guy a donation lol.
I clicked on this video so I might learn how my cat absorbs insulin. I came away learning so much more. I'm a dumb grunt. And even I understood what you where saying. You're a great teacher!
You are better than my Lecturer in the University of Greenwich who is 60 years old and who cant teach anything as well and perfected to go in as you do. Thumbs UP!!! :D
I have a Ph.D. in analytical chemistry, and my weakest point (in terms of career goals) is lack of knowledge regarding drug metabolism. Having worked in R&D at two contract labs, I am a pretty good plasma extraction and instrument method guy. But, without an understanding of how the drugs were being metabolized, I was severely limited. Thanks to you, I am actually starting to understand this stuff.
Thank you! Thank you! Thank you! Pharmacology in PA programs move very quickly, and the lecturers seem to have a difficult time explaining these topics to us in a language we understand. Keep them coming, for the sake of my future patients! ;)
Honestly, the video series is awesome. I struggled so much with this material when I was reading and listening to my professor's lectures but this not only explains all the different parts to metabolism but also put everything in perspective rather than just throwing words at us. Thank you sooo much!
Thank you for this video. My teacher posted it on Blackboard Learn and it helped me understand this topic. I am looking forward to learning pharmacology.
Chioma: MY plan is to do the same thing. I'm an Instructor of Criminal Justice at a community college, and this video is going to be an excellent tool for my students in understanding how drugs enter-move-leave the body.
Thank you. Thank you so much. I am in a self-paced online program and although it is great for my work schedule, essentially teaching myself some of these more complex topics is incredibly difficult at times. You just made something a little easier for me, and I can't thank you enough.
as a matter of fact most pharmacology-books just "steal" their stuff from other books. This "drug-motion" explanation is really a unique self-explaining method. perfekt for memorizing !
The dose response curve is a relative curve where the Y axis can be set from 0.0 - 1.0 as a the response. The full agonist defines the maximal response at 1.0. Partial agonists, though they may bind to sites as effectively as full agonists, do not always activate the drug target to its active state and can simply occupy that receptor location. Hence, on the dose response curve the partial agonist has a maximal response lower than the max. The overall shape is the same, it just hits a lower max.
Dr. Areo, Superb series. Studying for job interview and needed to re-familiarize myself with DMPK concepts. This was a great painless place to relax... a break from reading the texts! Dr. Jim
This is just amazing!!! Mwuah! I could just watch these videos, pair them with my notes fromnlectures and write my exams with full assurance of distinction. Thanks a lot!
+Nanateng hi there, I was looking for a group that discuss pharmacokintics principles and willing to share their knowledge. I am also struggling with understanding basic PK. Could you please let me know if I can join your group??
Great explanation, it has helped me a lot to understand PK. I just started my BTEC in Pharmaceutical Science. I will watch the other videos you made... Thanks a million.:)
I've been looking for something to supplement my notes because I don't learn when I memorize. This was a nice breakdown of this topic. I also like the questions at the end. Thank you so much! Looking forward to future posts.
Veery Useful! from a 1st year Anesthesiology resident this is great for my pharmacology module. Thanks a lot! I hope you consider doing these kind of lessons for TIVA, opioids or anesthetic gas hehe =) Cheers
Can you do a lecture on Plasma Protein Binding of Drugs, How it affects plasma concentration of Drugs & clinically significant implications of plasma Protein Binding.
OK let's think of two local anaesthetics, Lidocaine and Levobupivacaine. Levobupivacaine is 95% protein bound and lidocaine is far less than this. This means that the fraction available to work in the tissue is far less. It is part of the reasons (not completely as the pka and concentration is also important) why levobupivacaine takes longer to act but also why it lasts for a longer time. As the levobupivacaine is metabolised, more is released from the protein which is Then able to exert its effect. There are other considerations as drugs may bind to the same protein so giving one drug may cause another to release and get to toxic levels. Also why does often are readuced in liver failure as the liver makes so many proteins
Thanksss Alooot sir ! This videos helped me a lot in my exam you summed up everything I needed to know in these videos. And you have a brilliant way of delivering an information
Sir i have a doubt Sir what if we inject aur drug directly into the the blood stream in that case your definition of absorption is not applicable Coz it is already is in the systemic circulation
Seema Sharma true, an IV drug isn't absorbed because it doesn't really involve too compartments, the compartment from which drug is transported by absorption (which depends upon permeation), and final compartment (circulation)
Could you (or someone else) tell me how the elimination/metabolisation rate change if you first take a drug 400 mg once a day, and then change to taking it 200 mg twice a day instead. ^ In this case, I understand that the steady state will be the same, but will the elimination also be the same?
sebbe91 I think because this is the same amount of drug daily the elimination would be the same overally but the steady state would be different because by the time the other dose is taken later on the other 200mg might have been past the steady state stage and has started or already been eliminated by the body
Me fascino. (y) pero en verdad me encantaría que lo pudieran hacer en español, se me complica un poco, ir escuchando en ingles :D pero de ahí muy bien, muchas gracias.
+YokaiTetsuiga Polar or nonpolar are not like a toggle (on/off) switch. It is more of a gradient. Making small changes to a molecule may affect its degree of polarity. Increasing or decreasing the polarity of a molecule will impact how it behaves with regard to diffusion across membranes, etc.
Thank you-thank you-thank you!!! I have been listening to a professor drone on for 3 weeks, bouncing all over the place, about these topics. You just cleared up 9 hours of his lectures in 2 videos that are fewer than 15 minutes long. I wish I could hug you right now, I am so grateful.
This video is unbelievably helpful. I studied those topics for about 4 hours, and a 15 minute video has taught me way more. I am so relieved. I need to give this guy a donation lol.
if only every med school professor could teach half as good as you do.. A man can dream
And if only every viewer could comment just as you did, the world would have been far a better place to live 💓
I clicked on this video so I might learn how my cat absorbs insulin. I came away learning so much more. I'm a dumb grunt. And even I understood what you where saying. You're a great teacher!
You are better than my Lecturer in the University of Greenwich who is 60 years old and who cant teach anything as well and perfected to go in as you do. Thumbs UP!!! :D
I have a Ph.D. in analytical chemistry, and my weakest point (in terms of career goals) is lack of knowledge regarding drug metabolism. Having worked in R&D at two contract labs, I am a pretty good plasma extraction and instrument method guy. But, without an understanding of how the drugs were being metabolized, I was severely limited. Thanks to you, I am actually starting to understand this stuff.
you are literally making pharmacology easier, please continue this gold material, thanks a lot
You are unbelievable. I wish you could give a lecture to other professors on how to teach subjects in school!! Hands off to you!
Incorporating your lecture series into my Pharmacology 1 course for PA students. Great stuff!
Thank you! Thank you! Thank you! Pharmacology in PA programs move very quickly, and the lecturers seem to have a difficult time explaining these topics to us in a language we understand. Keep them coming, for the sake of my future patients! ;)
Honestly, the video series is awesome. I struggled so much with this material when I was reading and listening to my professor's lectures but this not only explains all the different parts to metabolism but also put everything in perspective rather than just throwing words at us. Thank you sooo much!
Thank you for this video. My teacher posted it on Blackboard Learn and it helped me understand this topic. I am looking forward to learning pharmacology.
Chioma: MY plan is to do the same thing. I'm an Instructor of Criminal Justice at a community college, and this video is going to be an excellent tool for my students in understanding how drugs enter-move-leave the body.
I teach EMS. Thanks for showing me a different way to explain this to my students. Many EMS text books fail this subject.
This video is great! Better than what I'm taught in class... You're doing great Sir
I must say. He is a very good lecturer.
Thank you. Thank you so much. I am in a self-paced online program and although it is great for my work schedule, essentially teaching myself some of these more complex topics is incredibly difficult at times. You just made something a little easier for me, and I can't thank you enough.
as a matter of fact most pharmacology-books just "steal" their stuff from other books. This "drug-motion" explanation is really a unique self-explaining method. perfekt for memorizing !
The dose response curve is a relative curve where the Y axis can be set from 0.0 - 1.0 as a the response. The full agonist defines the maximal response at 1.0. Partial agonists, though they may bind to sites as effectively as full agonists, do not always activate the drug target to its active state and can simply occupy that receptor location. Hence, on the dose response curve the partial agonist has a maximal response lower than the max. The overall shape is the same, it just hits a lower max.
you are the best professor i ve ever had. thank you
Dr. Areo,
Superb series. Studying for job interview and needed to re-familiarize myself with DMPK concepts. This was a great painless place to relax... a break from reading the texts!
Dr. Jim
better lecture than what I got on class :)
This is just amazing!!! Mwuah! I could just watch these videos, pair them with my notes fromnlectures and write my exams with full assurance of distinction. Thanks a lot!
+kukua parker which school are in ?
+Nanateng I'm at Kwame Nkrumah University of Science and Technology, Ghana.
+Nanateng hi there, I was looking for a group that discuss pharmacokintics principles and willing to share their knowledge. I am also struggling with understanding basic PK. Could you please let me know if I can join your group??
Okay dear, I'll mail u soon
+kukua parker Thanks a lot my dear!!I will wait for your email!!
Great explanation, it has helped me a lot to understand PK. I just started my BTEC in Pharmaceutical Science. I will watch the other videos you made...
Thanks a million.:)
I've been looking for something to supplement my notes because I don't learn when I memorize. This was a nice breakdown of this topic. I also like the questions at the end. Thank you so much! Looking forward to future posts.
@Almas Bandeali - Very good explanation! Also thanks for helping a fellow RUclips learner out. Brings a smile to my face!
You are a gifted educator. God bless you!
Your videos are fantastic. Incredibly helpful to me for the pharmacology portion of my graduate work!
Thanks for making it so simple. You are an amazing teacher.
just fantabulous.....loads of appreciation....please load more as fast as possible so that....we can study well and get good grades...thanks a lot
Veery Useful! from a 1st year Anesthesiology resident this is great for my pharmacology module. Thanks a lot! I hope you consider doing these kind of lessons for TIVA, opioids or anesthetic gas hehe =) Cheers
Thank you for this interesting video. I am a medical translator and I would like to know the software you used while explaining. Thanks again.
Can you do a lecture on Plasma Protein Binding of Drugs, How it affects plasma concentration of Drugs & clinically significant implications of plasma Protein Binding.
Yes please!!!!!
OK let's think of two local anaesthetics, Lidocaine and Levobupivacaine. Levobupivacaine is 95% protein bound and lidocaine is far less than this. This means that the fraction available to work in the tissue is far less. It is part of the reasons (not completely as the pka and concentration is also important) why levobupivacaine takes longer to act but also why it lasts for a longer time. As the levobupivacaine is metabolised, more is released from the protein which is Then able to exert its effect. There are other considerations as drugs may bind to the same protein so giving one drug may cause another to release and get to toxic levels. Also why does often are readuced in liver failure as the liver makes so many proteins
Could you please make a video series for pharmacodynamics :( I understood pharmacokinetics with your videos. You are so cool
I downloaded all your lectures on pharmacokinetics
Hi guys anyone know when lectures 14 and 15 will be posted? Great work so far, and I'd like MORE.
Thanksss Alooot sir ! This videos helped me a lot in my exam you summed up everything I needed to know in these videos. And you have a brilliant way of delivering an information
You are amazing sir why not you making more vedios on pharmacology
Elimination and Excretion made clear cut,thanks!
excellent work .. very clear .. simple to understand .. appreciated
love you explanation and your voice. pleasant and well explained
thanks for making matter crystal clear
the best explanation ever!
Excellent work lots of appreciation, God bless u.
this is very helpful for my class, thanks so sooo much and bless u for this timely lecture..
Thanks for your efforts. Would it be possible to know the software you're using as l like to make such video for engineering students
You are a brilliant teacher!
Thanks ! This video just made my day !
in our lessons : Elimination =Metabolism+Excretion
Good
same
Nice lectures and good voice.
Can you make a playlist on pharmacodynamics too🥺
Sir i have a doubt
Sir what if we inject aur drug directly into the the blood stream in that case your definition of absorption is not applicable
Coz it is already is in the systemic circulation
Seema Sharma true, an IV drug isn't absorbed because it doesn't really involve too compartments, the compartment from which drug is transported by absorption (which depends upon permeation), and final compartment (circulation)
Watched all your lectures! Thanks a lot, they´re awesome....but seems like you stopped :(
you explain so well!! Thank God I bumped into your channel!! :D
very nicely explained.thank you.may i know the software that you use...please
This is amazing.. Thank you Sir
Great lecture. But the CCs are not in sync with the voice of the video
very impressive and helpful sir.thanks
Please continue on making video
Excellent lecture!
thanks for your simple wonderful style
Phenomenal job!!! Thank you so much!!!!
Could you (or someone else) tell me how the elimination/metabolisation rate change if you first take a drug 400 mg once a day, and then change to taking it 200 mg twice a day instead.
^ In this case, I understand that the steady state will be the same, but will the elimination also be the same?
sebbe91 I think because this is the same amount of drug daily the elimination would be the same overally but the steady state would be different because by the time the other dose is taken later on the other 200mg might have been past the steady state stage and has started or already been eliminated by the body
when you say enzymes "add to" the drug to make it more polar - would this be the same process as enzyme "activation" by the addition of a substrate?.
Thank you so much! You helped me a lot :) May I know the book source you are using?
Plz make video on pharmacodynamic
thank u bro, nice video and voice
Plz make more pharmacology lactures 🙏
Amazing
Thank you doc. Im having hard time understanding katzung.
thank God for your existence!!!
i need more videos .......this is awesome
VERY nice keep it up sir
you are the best to me . thanks a lot
Great videos. Very helpful, thanks!
You are amazing teacher thank you
you are just awesome
thank you so much. but i need lecture on ion traping
superb video
Thanks for making it soo easy.😀
Rooting for more videos 😭😭😭
I need steady state concentration and peak and trough calculation
wow 👌 love it
Is metabolism the same thing as chelation? Thanks
YOU ARE A LIFE SAVERRRRR
I actually like the version better where he's in the video talking to us. Still amazing though.
whats the absorption route of ORALLYplase? i didnt catch what he said
thank u doct...
worth watching. Thanks
you're awesome! thank you so much for your explanations!
Thanks for helping me understand.
need a lecture about residual method........pls help........
Thankyou. Great for my prescribing revision
Very good video mate!! :) keep up the good work cheers zack
Me fascino. (y) pero en verdad me encantaría que lo pudieran hacer en español, se me complica un poco, ir escuchando en ingles :D pero de ahí muy bien, muchas gracias.
Have got any video on pharmacodynamics
thank u SIR U Are doing a AWSome job
nice definition
Nice and clear, just one thing... maybe try to spell without saying it outloud? I found it a bit annoying. But still, thank you very much!
Why is it that with first order kinetics clearance is constant but with zero order kinetic it is not constant?
I wondered the same thing.....
Hi there, I was wondering what you meant by "more Polar". How do you mean more polar. Thank you for helping
+YokaiTetsuiga Polar or nonpolar are not like a toggle (on/off) switch. It is more of a gradient. Making small changes to a molecule may affect its degree of polarity. Increasing or decreasing the polarity of a molecule will impact how it behaves with regard to diffusion across membranes, etc.
More polar= more water solution
excellent