Published 7/2022MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 1.50 GB | Duration: 3h 27m

Learn about how drugs are made and the science behind dosage form design with a top pharmaceutical professional.

What you'll learn
Learn how to THINK like a pharmaceutical scientist or a compounding pharmacist
Have insight into the pharmaceutical industry, pharmacy, and drug manufacturing process
See how drugs, such as tablets, coated tablets, capsules, powders, and granules, are made
Learn the science of dosage form design, microbiology, sterilization, pasteurization, and drug stability
Understand the science behind dosage form design, dosing regimen, particles and powder, and solutions
Relate pharmaceutical drugs and their use with real life examples and applications
And many, many more.....
Requirements
No prior pharmaceutical experience needed
Some basic science, biology, chemistry, and/or math background is recommended, but not required
Description
Master the science behind pharmaceutical drug making. Whether you're expanding your career knowledge or an aspiring pharmaceutical scientist, you've come to the right place.This course will give you a deep understanding of the science behind how drugs designed, manufactured, tested, how they work, and testing requirements surrounding patient safety.While most science courses focus on simply what the theories are, I teach through applicable, real-life examples designed to show you why these theories work and how they can be applied in your very own daily lives. I will not teach you to memorize formulas, theories, or to reguate facts and drug names. I will teach you how to THINK like a pharmaceutical scientist.By the end of the course, you'll be able to:Describe what are drugs, how they are made, and how they work in the body.Explain what makes up a drug and what routes of administration are there.Understand the science behind drug design and the theories behind solution, powder, granules, and dispersion systems.Discussion theories such as dissolution, particle size, shape, density, porosity, wettability, flowability and many more...Appreciate basics of microbiology, sterilization techniques, pasteurization, and vaccines.Understand why you take most drugs multiple s a day and what you should do when you miss a dose.Have a first look at the drug manufacturing process and understand Good Manufacturing Practice (GMP).The course will provide you with:Instructional videos of course contentLecture slides to go with the instructional videosable technical resourcesLife accessEmail and message supportDisclaimer:The contents of this course "Introduction to Pharmaceutics and Biopharmaceutics", including but not limited to text, graphics, images, and other material contained on Udemy ("Content") are for informational purposes only. I do not intend the Content to be a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or other qualified health provider with questions you may have regarding a medical condition. Never disregard professional medical advice or delay in seeking it because of something you have read or learned it on Udemy. © Your Unlocked Potential Inc. All rights reserved.

Overview

Section 1: Introduction to Pharmaceutics and Dosage Forms

Lecture 1 Introduction and Course Outline

Lecture 2 What Is Pharmaceutics

Lecture 3 What Is Biopharmaceutics

Lecture 4 Dosage Form and Route of Administration

Lecture 5 Dosage Form Design Considerations

Section 2: The Science of Dosage Form Design

Lecture 6 Solution, Dissolution, and Solubility

Lecture 7 Methods For Testing Solubility and Dissolution Rate

Lecture 8 Advantages, Disadvantages, and The Components of A Solution

Lecture 9 Cosolute and Their Roles In Solutions

Lecture 10 Rheology (Part 1) - Viscosity

Lecture 11 Rheology (Part 2) - Newtonian and Non-Newtonian Fluid

Lecture 12 Dispersion Systems

Section 3: Microbiology, Sterilization, and Stability

Lecture 13 Introduction to Microbiology and Brief History of Vaccines

Lecture 14 Sterilization Methods (Dry and Wet Heat)

Lecture 15 Sterilization Methods (Chal, Radiation, and Filtration)

Lecture 16 Pasteurization

Lecture 17 Sterilization Calculations

Lecture 18 Drug Stability

Section 4: Particles and Powders

Lecture 19 Solid Dosage Forms and Micromeritics

Lecture 20 Dissolution Theory and The Noyes-Whitney Equation

Lecture 21 Particle Size

Lecture 22 Particle Shape

Lecture 23 Particle Density and Porosity

Lecture 24 Particle and Powder Flowability

Lecture 25 Wettability and Compressibility

Lecture 26 The Process of Powder Preparation

Lecture 27 The Science of Solid Dosage Forms

Section 5: The Science of Biopharmaceutics

Lecture 28 The Basics of Human Physiology and Drug Absorption

Lecture 29 Metabolism and Drug Concentration Over

Lecture 30 Therapeutic Window/Therapeutic Index

Lecture 31 Multiple Dosing

Section 6: The Manufacturing of Common Dosage Forms

Lecture 32 Introduction to Manufacturing

Lecture 33 Manufacturing Powders and Granules

Lecture 34 Manufacturing Tablets and Tablet Compression

Lecture 35 Coating of Tablets

Lecture 36 Manufacturing Capsules and Encapsulation

Section 7: Conclusion

Lecture 37 Wrapping Up and Next Steps

Anyone working or interested in the pharmaceutical or pharmacy industry,Anyone who's looking to THINK like a pharmaceutical scientist or a compounding pharmacist,Anyone interested in the overall pharmaceutical industry, pharmacy compounding, and drug manufacturing,Anyone who wants basic understanding of pharmaceutical theories for career advancement or school,Anyone who simply wants to learn! Bner friendly!

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