Calculations of one compartment model in simple way

[@prakritipurushottam8427]

Sir you made it so easy to understand. Thank you

[@egpat]

Glad to hear that. Thanks for watching.

[@atousa6057]

thank you very much for the explanation! it helped me A LOT!

[@tulip6346]

Thia was so helpful, thanks from Sudan👌

[@DrGopi-oq2lc]

So simplified Thank you 🙏

[@egpat]

You’re welcome 😊

[@mmusharraff]

A dose of 300 mg was given to a patient by IV bolus injection . After 30 days the serum drug concentration was found to be 75 mg/ml . Calculate K and T1/2 of the drug assuming first order kinetics . How to solve this one

[@riyasakore]

From where have u taken this ques ?

[@johntemani6106]

Why cant we just replace t with 4hours in the given equation?

[@memulan97031]

❤❤❤❤❤❤

[@Sujeetsingh-eu9bz]

Sir please make a detailed video on compartment model

[@percivalantonio3623]

where does the 20 mcg/ml and 0.57 hr came from in the working example?

[@egpat]

Co and Ke values can be obtained from the given equation in the working example. If we compare it with general equation C = Co e(-ket) we can get Co as 20 mcg/ml and Ke as 0.57 hr-1

[@mahnoorsiraj7273]

@@egpat sir please elaborate it

[@grizzly554]

That part has lost me abit as well

[@tanimadudani3911]

A 60kg male given 5mg/kg drug orally. Assume it to be one comp open model with complete absorption. Find ke t1/2 vd....etc given in ques ...below given a table of time...how to solve this type of ques ?

[@usher986]

Thanx!!

[@abhijitkarmakar2343]

Sir please cover other biopharmaceutics chapter and maths warna kuch nehi sikh payungi 😔😔😔

[@BecTarot]

Thank you! :)

[@pravalikapriya]

Thank you💙

[@egpat]

You’re welcome

[@pharmaboy1510]

Thnx,sir

[@himadri11]

20 kaha se aaya

[@derricktorkornu738]

Tnx