Love your videos. You break it down into really clear facts and give a really clear concise explanation. Then the quiz at the end consolidates the learning. Thank you 😊
I’m a student nurse almost finished my first year and I’m doing medication management. This video has helped so much. Thank you. By the way I didn’t get the distribution question! The other two I got right 😊
I may be confused by what you are saying about plasma protein binding. Please clarify the following; Are you saying that medications need to be bound to a plasma protein to be distributed? That does not align with anything else that I have read. For instance, "Albumin is the most prevalent protein in plasma and the most important of the proteins to which drugs bind. ONLY UNBOUND (FREE) DRUG MOLECULES CAN LEAVE THE VASCULAR SYSTEM. BOUND MOLECULES ARE TOO LARGE TO FIT THROUGH THE PORES IN THE CAPILARRY WALL" Pharmacotherapeutics for Advance Practice Nurses and Physician Assistants edition 2. Or are you referring to a transport system called P-glycoprotein (PGP), a transmembrane protein that transports a large variety of drugs out of cells?
Hi! as per my research and understanding, the absorption of medication can be affected by the pH of stomach acid. So if the pH of stomach acid is acidic or alkaline, it can impair the absorption because certain medications needs like specific pH level for proper absorption and distribution. correct me if im wrong. Thank u!
i still dont understand, if you ingest a pill and it is absorbed into hepatic portal vein and then carried to the liver (First pass), isn't that absorption then metabolism, then after it leaves the liver and goes throughout the body it is distributed? i am having a hard time understanding this.
only just discovered this page and I feel so much confident...can't thank you enough
Happy to hear!
I CANNOT thank you enough! this one video has been so helpful and allowed me to retain the information easier. THANK YOU
Love your videos. You break it down into really clear facts and give a really clear concise explanation. Then the quiz at the end consolidates the learning. Thank you 😊
You are so welcome! So glad our videos are helping you. Thank you for the kind comment! ❤️
Oh dear you explain things so well and in a very calm manner. This is so much better than others I watched. Thank you so much!
You are so welcome! Glad it was helpful!
I am so thankful for your video, and making this summary of pharmacokinetics so easy! 😁
You're very welcome!
Thank you. Video was straight to the point. Easy to understand
Thank you so much!
I’m a student nurse almost finished my first year and I’m doing medication management. This video has helped so much. Thank you. By the way I didn’t get the distribution question! The other two I got right 😊
You are welcome! So glad the video and questions were helpful. 👍
located in South Africa and i use this site as a revision to wrap up what i was studying and it always become useful.
So happy to hear! Thank you for watching.
thank you so much! You will be my teacher from now on. :)
We are here for you!! Please feel free to share a link with your classmates and friends in nursing school. ❤️
Thanks it really helped
So glad to hear it!
I may be confused by what you are saying about plasma protein binding. Please clarify the following; Are you saying that medications need to be bound to a plasma protein to be distributed? That does not align with anything else that I have read. For instance, "Albumin is the most prevalent protein in plasma and the most important of the proteins to which drugs bind. ONLY UNBOUND (FREE) DRUG MOLECULES CAN LEAVE THE VASCULAR SYSTEM. BOUND MOLECULES ARE TOO LARGE TO FIT THROUGH THE PORES IN THE CAPILARRY WALL" Pharmacotherapeutics for Advance Practice Nurses and Physician Assistants edition 2. Or are you referring to a transport system called P-glycoprotein (PGP), a transmembrane protein that transports a large variety of drugs out of cells?
next week we will be learning about oxygenation and perfusion. Does your pharmacology deck have anything on this im a visual learner
Check out Meris's videos in the Fundamentals: Practice & Skills playlist for information on oxygenation and perfusion!
Thank you very informative 👍🏻👍🏻👍🏻😍
Very welcome!
Thank you for explaining this so well!!
as we age, stomach acid increases, become more alkaline? increase/decrease? need more explanation, please.
Hi! as per my research and understanding, the absorption of medication can be affected by the pH of stomach acid. So if the pH of stomach acid is acidic or alkaline, it can impair the absorption because certain medications needs like specific pH level for proper absorption and distribution. correct me if im wrong. Thank u!
Yaaass. Keep the videos coming
We got you!!
i still dont understand, if you ingest a pill and it is absorbed into hepatic portal vein and then carried to the liver (First pass), isn't that absorption then metabolism, then after it leaves the liver and goes throughout the body it is distributed? i am having a hard time understanding this.
Wooow Good lecture
I’m currently in school for advanced Pharmacy Technician but thinking about continuing to RN once I graduate. You have been with me the whole way 🫶
Honored to be a part of your journey! Wishing you all the best.
Does the pharmacology deck have the pharmacokinetics and pharmacodynamics in them as well
Pharmacokinetics is covered in our Pharm Basics deck. Pharmacology edition 2 just contains medications.
@@LevelUpRN o okay I already purchase the other cards awhile back and did not know this deck was for the basics 🤦🏾♀️.
❤
😊
I love your videos 😊😊
Thank you for watching!
thank you
Welcome!
Loved very helpful
So glad!
Thanks 🥰
God bless you 🙏❤
Thank you!
I don’t understand the first question 😢