Chapter 1
Introduction to Biopharmaceutics
NotesPDF · 636 KB
Complete unit or chapter notes PDFs
Download Biopharmaceutics and Pharmacokinetics notes by unit or chapter.
Chapter 2
Introduction to Pharmacokinetics
NotesPDF · 486 KB
Chapter 3
One Compartment Open Model
NotesPDF · 414 KB
Chapter 4
Multicompartment Models
NotesPDF · 482 KB
Chapter 5
Multiple - Dosage Regimens
NotesPDF · 381 KB
Chapter 6
Nonlinear Pharmacokinetics
NotesPDF · 399 KB
Chapter 7
Noncompartmental Pharmacokinetics
NotesPDF · 406 KB
Chapter 8
Bioavailability and Bioequivalence
NotesPDF · 400 KB
Practical notes PDFs
Download the practical manual and individual practical notes.
Complete practical manual
Biopharmaceutics and Pharmacokinetics practical notes
PDF · 1.6 MB
Individual practicals16 PDFs
Practical 1
Dissolution Improvement Methods
PDF · 138 KB
Practical 2
Dissolution Comparison of Two Dosage Forms
PDF · 138 KB
Practical 3
Polymorphism and Dissolution
PDF · 138 KB
Practical 4
High and Low Protein Binding
PDF · 138 KB
Practical 5
Protein Binding at Different Concentrations
PDF · 138 KB
Practical 6
Bioavailability from Supplied Animal or Human Data
PDF · 138 KB
Practical 7
Ka Ke Half life Cmax AUC AUMC and MRT
PDF · 139 KB
Practical 8
Bioavailability from Urinary Excretion
PDF · 138 KB
Practical 9
AUC and Bioequivalence Assessment
PDF · 138 KB
Practical 10
In vitro Absorption and Permeability
PDF · 138 KB
Practical 11
Bioequivalence Review of Marketed Products
PDF · 138 KB
Practical 12
Inverted Intestine Supplied Absorption Data
PDF · 138 KB
Practical 13
Protein Binding at Different Contact Times
PDF · 138 KB
Practical 14
Metabolic Pathways and Drug Elimination
PDF · 138 KB
Practical 15
Half life from Blood and Urine Data
PDF · 138 KB
Practical 16
Renal Clearance Calculation
PDF · 138 KB
PYQ & Important Questions
Prepare for Biopharmaceutics and Pharmacokinetics.
Previous Year Questions
PYQs for this subject will be added later.
Important Questions
Original subject-specific practice questions for revision.
- Explain factors affecting drug absorption, bioavailability and dosage-form performance.
- Compare one-compartment and multicompartment pharmacokinetic models.
- Define clearance, volume of distribution and elimination half-life.
- Explain accumulation, steady state and the distinction between linear and nonlinear pharmacokinetics.
- Compare noncompartmental analysis, bioavailability and bioequivalence assessment.
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