Understand the science behind pharmaceutical drug discovery, drug development, and clinical trials. Whether you're expanding your career knowledge into the pharmaceutical industry or an aspiring pharmaceutical scientist or clinical project coordinator, you've come to the right place.
This course will give you an introductory understanding of the science behind how drug candidates are discovered and selected, how drugs are developed, the process of clinical trial, alternative medicine, generic and innovator drugs, regulatory affairs, and an overview of the pharmaceutical industry,
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Understand the science behind pharmaceutical drug discovery, drug development, and clinical trials. Whether you're expanding your career knowledge into the pharmaceutical industry or an aspiring pharmaceutical scientist or clinical project coordinator, you've come to the right place.
This course will give you an introductory understanding of the science behind how drug candidates are discovered and selected, how drugs are developed, the process of clinical trial, alternative medicine, generic and innovator drugs, regulatory affairs, and an overview of the pharmaceutical industry,
Understand the science behind pharmaceutical drug discovery, drug development, and clinical trials. Whether you're expanding your career knowledge into the pharmaceutical industry or an aspiring pharmaceutical scientist or clinical project coordinator, you've come to the right place.
This course will give you an introductory understanding of the science behind how drug candidates are discovered and selected, how drugs are developed, the process of clinical trial, alternative medicine, generic and innovator drugs, regulatory affairs, and an overview of the pharmaceutical industry,
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 regurgitate facts and drug names. I will provide insights into the drug discovery and development through the lens of a pharmaceutical scientist or clinical project coordinator.
By the end of the course, you'll be able to:
Describe how drugs candidates are discovered, developed, put through clinical trial, and regulated
Explain the similarity and differences between generic and innovator (brand) drugs
Understand alternative and complementary medicine, what they are, why people use them, and how they "work"
Discuss the controversies surrounding "Big Pharma" and the biggest lawsuits surrounding pharmaceutical companies
Explain the theory of bioequivalence, narrow therapeutic drugs, regulatory requirements
Know the difference between pharmaceutical scientist, pharmacist, pharmacologists, toxicologists, doctors, and nurses
And many, many more.
The course will provide you with:
Instructional videos of course content
Lecture slides to go with the instructional videos
Downloadable technical resources
Quizzes to test your understanding
Lifetime access
Email and message support
Disclaimer:
The contents of this course "Introduction to Drug Discovery and Drug Development", 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.
What's inside
Learning objectives
- Have insight into the pharmaceutical industry, pharmacy, and drug discovery and development process
- Understand how drugs candidates are discovered, developed, put through clinical trial, and regulated
- Know the similarity and differences between generic and innovator (brand) drugs
- Alternative and complementary medicine, what they are, why people use them, and how they "work"
- Decide for yourself the controversies surrounding "big pharma" and how they work
- Learn how to think like a pharmaceutical scientist or a clinical project coordinator
- Understand the difference between pharmaceutical scientist, pharmacist, pharmacologists, toxicologists, doctors, and nurses,
- The theory of bioequivalence, narrow therapeutic drugs, regulatory requirements
- And many, many more.....
- Have insight into the pharmaceutical industry, pharmacy, and drug discovery and development process
- Understand how drugs candidates are discovered, developed, put through clinical trial, and regulated
- Know the similarity and differences between generic and innovator (brand) drugs
- Alternative and complementary medicine, what they are, why people use them, and how they "work"
- Decide for yourself the controversies surrounding "big pharma" and how they work
- Learn how to think like a pharmaceutical scientist or a clinical project coordinator
- Understand the difference between pharmaceutical scientist, pharmacist, pharmacologists, toxicologists, doctors, and nurses,
- The theory of bioequivalence, narrow therapeutic drugs, regulatory requirements
- And many, many more.....
Syllabus
Introduction to Drug Discovery and Development
In this introductory video, I will show the course outline and expectations for this course. What I intend to cover and what you will get out of the course!
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Syllabus
In this introductory video, I will show the course outline and expectations for this course. What I intend to cover and what you will get out of the course!
In this lesson, I will explain what is drug discovery, the definition of what a "drug" is, and discuss the term "lead compound".
In this lesson, I will briefly discuss the history of drug discovery and how we began exploring medicinal purpose in substances.
In this lesson, I will define what drug development is and outline the different components of the drug development process.
In this lesson, I will explain some basic pharmacological concepts, such as pharmacokinetics (PK) and pharmacodynamics (PD), and introduce the concept of ligand and target.
In this lesson, I will discuss the different ligand-target interactions. I will describe the various ligands: agonists, inhibitors, and allosteric modulators and how they act upon a target to give a particular response.
In this lesson, I will explain what happens exactly at different stages of drug discovery, and what scientific discipline is involved in contributing to each stage.
In this lesson, I will briefly talk about the various sources of drug candidates from nature that we might use as medicines. This does not enough just living things, but also inanimate objects.
In this lesson, I will quickly talk about how we can explore or discover drug candidates through synthetic means.
In this lesson, I will quickly explain what is virtual design or virtual screening, which is one way to discover drug candidates.
In this lesson, I will explain what are some things a pharmaceutical scientist might consider when designing a lead compound.
In this lesson, I will discuss what happens during the pre-clinical trial, what is the key takeaway, and what may be required by the government regulatory bodies.
In this lesson, I will discuss what happens during the Phase 0 and Phase 1 of the clinical trial, what is the key takeaway, and what may be required by the government regulatory bodies.
In this lesson, I will discuss what happens during the Phase 2 of the clinical trial, what is the key takeaway, and what may be required by the government regulatory bodies.
In this lesson, I will discuss what happens during the Phase 3 of the clinical trial, what is the key takeaway, and what may be required by the government regulatory bodies.
In this lesson, I will discuss what happens during the Phase 4 of the clinical trial, what is the key takeaway, and what may be required by the government regulatory bodies. I will end off the discussion with a summary of all the stages of clinical trial.
In this lesson, I will explain why we regulatory bodies, and what are some representative institutions in the various countries.
In this lesson, I will describe the five main types of drug applications: at which stage they should be submitted (if needed), and what is the purpose of each application.
In this lesson, I will discuss how much it cost for a drug to be discovered and developed, and what are some of the reasons drugs are so expensive.
In this lesson, I will talk about how pharmaceutical companies get their money, what's in it for them, and what are some incentives pharmaceutical companies have to do this costly research.
In this lesson, I will discuss the similarities and differences between innovator drugs and generic drugs, and in what case it may not be suitable to take.
In this lesson, I will discuss the safety of generic drugs and how regulatory bodies play a role in managing safety.
In this lesson, I will define biologics and subsequent entry biologics (SEBs) and why they are different from generic drugs.
In this lesson, I will describe the concept of bioequivalence - and why it is important in relation to generic drugs, manufacturing formula or process change, drug concentration over time, and narrow therapeutic drugs.
In this lesson, I will talk about the regulatory bodies' requirement to ensure generic drugs attain bioequivalence.
In this lesson, I will attempt to address any misconceptions or common myths surrounding generic drugs, often posed by the general public.
Not everything is perfect. In this lesson, I will discuss certain controversies surrounding generic drugs and how they happened. The key takeaway is to know that while there are certain incidents, overall generic drugs are very safe and these are quite rare occurrences.
In this lesson, I will explain what essential medicines are, some of its history, why does every country have a list for adult and children, and some considerations for how they are chosen.
In this lesson, I will define the term "Big Pharma" and raise some of the common questions and beliefs surrounding this entity.
In this lesson, I will attempt to address and debunk the "Big Pharma" conspiracy theory through fact-based, unbiased, stepwise logic. It is important to address these topics so the truth can prevail over misinformation.
In this lesson, I will discuss the dark side of pharmaceutical companies. As scientists, it is important to see evidence from both sides and leave no facts unchecked. As we talk about the conspiracy theory, we should also talk about the dark truth behind some of the incidents that occurred.
In this lesson, I will outline and detail the top ten biggest lawsuits and settlements on pharmaceutical companies.
In this lesson, I will describe the four major types of pharmaceutical companies that exist within the industry.
In this lesson, I will define the term "Alternative Medicine" and outline the challenges scientists have in discussing alternative medicines.
In this lesson, I will describe the various examples of alternative medicines and the NCCIH classification categories that alternatives medicines may be classified as.
In this lesson, I will discuss seven reasons why people use alternative medicines.
In this lesson, I will quickly talk about some issues and controversies surrounding alternative medicine and why the placebo effect plays a huge role in alternative medicine.
In this lesson, I will explain (in fairly extensive details) how complementary or alternative medicines "work" even when they don't actually work.
In this lesson, I will discuss the negative and positive things of using alternative medicine.
In this lesson, I will discuss the roles and responsibilities of pharmaceutical scientists.
In this lesson, I will discuss the roles and responsibilities of pharmacologists and toxicologists.
In this lesson, I will discuss the roles and responsibilities of pharmacists, doctors, and nurses.
You did it! CONGRATULATIONS!! You have finished this course. Don't forget to get your certificate. I sincerely wish you the best in all your future endeavors and thank you again for taking this incredible journey with me.
And if you're interested, feel free to check out my other course on Udemy called "Introduction to Pharmaceutics and Biopharmaceutics".
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Reviews summary
Introductory drug discovery and development overview
Assessments help check understanding.
Includes relevant adjacent topics like regulatory bodies.
Course is organized logically and easy to follow.
Instructor explains concepts clearly and effectively.
Covers all key stages of the drug lifecycle.
Provides a clear and accessible starting point.
Activities
Review Basic Pharmacology Concepts
Show steps
Reinforce your understanding of fundamental pharmacology concepts like pharmacokinetics, pharmacodynamics, and ligand-target interactions to better grasp how drugs work within the body.
Browse courses on
Pharmacokinetics
Show steps
-
Review definitions of pharmacokinetics and pharmacodynamics.
-
Explain the different types of ligand-target interactions.
-
Summarize the roles of agonists, inhibitors, and allosteric modulators.
Read 'The Emperor of All Maladies: A Biography of Cancer'
Show steps
Gain a deeper understanding of the history and challenges of cancer treatment, providing context for drug discovery efforts in oncology.
View
The Song of the Cell: An Exploration of...
on Amazon
Show steps
-
Read the book, focusing on the history of cancer treatment.
-
Take notes on key discoveries and setbacks in cancer research.
-
Reflect on how the history of cancer treatment informs current drug development strategies.
Compile a List of Regulatory Resources
Show steps
Create a comprehensive list of resources related to pharmaceutical regulations, including websites, publications, and databases, to aid in understanding the regulatory landscape.
Show steps
-
Identify key regulatory bodies (e.g., FDA, EMA).
-
Gather links to their official websites and publications.
-
Include relevant databases and resources for regulatory information.
-
Organize the resources into a user-friendly list.
Three other activities
Expand to see all activities and additional details
Show all six activities
Create a Presentation on a Specific Drug Class
Show steps
Deepen your understanding of a specific drug class by researching its mechanism of action, development history, clinical uses, and potential side effects, then presenting your findings.
Show steps
-
Choose a drug class (e.g., statins, ACE inhibitors, SSRIs).
-
Research the drug class's mechanism of action and development history.
-
Summarize the clinical uses and potential side effects.
-
Create a presentation summarizing your findings.
Read 'Bad Pharma: How Drug Companies Mislead Doctors and Harm Patients'
Show steps
Gain a critical perspective on the pharmaceutical industry and the controversies surrounding drug development and marketing.
View
Bad Pharma
on Amazon
Show steps
-
Read the book, focusing on the ethical issues discussed.
-
Take notes on examples of misleading practices by pharmaceutical companies.
-
Reflect on the implications of these practices for patient safety and public health.
Design a Hypothetical Clinical Trial
Show steps
Apply your knowledge of clinical trial phases by designing a hypothetical trial for a new drug, including defining the target population, endpoints, and study design.
Show steps
-
Choose a disease and a hypothetical drug to treat it.
-
Define the target population and inclusion/exclusion criteria.
-
Design the clinical trial protocol, including phases and endpoints.
-
Outline the data collection and analysis plan.
Review Basic Pharmacology Concepts
Show steps
Reinforce your understanding of fundamental pharmacology concepts like pharmacokinetics, pharmacodynamics, and ligand-target interactions to better grasp how drugs work within the body.
Browse courses on
Pharmacokinetics
Show steps
- Review definitions of pharmacokinetics and pharmacodynamics.
- Explain the different types of ligand-target interactions.
- Summarize the roles of agonists, inhibitors, and allosteric modulators.
Read 'The Emperor of All Maladies: A Biography of Cancer'
Show steps
Gain a deeper understanding of the history and challenges of cancer treatment, providing context for drug discovery efforts in oncology.
View
The Song of the Cell: An Exploration of...
on Amazon
Show steps
- Read the book, focusing on the history of cancer treatment.
- Take notes on key discoveries and setbacks in cancer research.
- Reflect on how the history of cancer treatment informs current drug development strategies.
Compile a List of Regulatory Resources
Show steps
Create a comprehensive list of resources related to pharmaceutical regulations, including websites, publications, and databases, to aid in understanding the regulatory landscape.
Show steps
- Identify key regulatory bodies (e.g., FDA, EMA).
- Gather links to their official websites and publications.
- Include relevant databases and resources for regulatory information.
- Organize the resources into a user-friendly list.
Create a Presentation on a Specific Drug Class
Show steps
Deepen your understanding of a specific drug class by researching its mechanism of action, development history, clinical uses, and potential side effects, then presenting your findings.
Show steps
- Choose a drug class (e.g., statins, ACE inhibitors, SSRIs).
- Research the drug class's mechanism of action and development history.
- Summarize the clinical uses and potential side effects.
- Create a presentation summarizing your findings.
Read 'Bad Pharma: How Drug Companies Mislead Doctors and Harm Patients'
Show steps
Gain a critical perspective on the pharmaceutical industry and the controversies surrounding drug development and marketing.
View
Bad Pharma
on Amazon
Show steps
- Read the book, focusing on the ethical issues discussed.
- Take notes on examples of misleading practices by pharmaceutical companies.
- Reflect on the implications of these practices for patient safety and public health.
Design a Hypothetical Clinical Trial
Show steps
Apply your knowledge of clinical trial phases by designing a hypothetical trial for a new drug, including defining the target population, endpoints, and study design.
Show steps
- Choose a disease and a hypothetical drug to treat it.
- Define the target population and inclusion/exclusion criteria.
- Design the clinical trial protocol, including phases and endpoints.
- Outline the data collection and analysis plan.
Career center
Pharmaceutical Scientist
Clinical Project Coordinator
Clinical Research Associate
Pharmacologist
Research Scientist
Toxicologist
Regulatory Affairs Specialist
Biotechnology Research Associate
Pharmacovigilance Specialist
Medical Science Liaison
Quality Control Analyst
Medical Writer
Pharmaceutical Sales Representative
Science Journalist
Health Science Educator
Reading list
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