Introduction to drug development and discovery
Introduction to drug development and discovery, available at $44.99, has an average rating of 4.67, with 34 lectures, based on 80 reviews, and has 380 subscribers.
You will learn about Understand the main 'anatomy' of a drug development process Know the different phases of clinical yests in humans and how they are conducted Know the current trends in drug discovery Know the the advantages and features of animal models This course is ideal for individuals who are Students/professionals of pharmacy or Students/professionals of biology or Students/professionals of chemistry or People interested in the area of drug development/drug discovery It is particularly useful for Students/professionals of pharmacy or Students/professionals of biology or Students/professionals of chemistry or People interested in the area of drug development/drug discovery.
Enroll now: Introduction to drug development and discovery
Summary
Title: Introduction to drug development and discovery
Price: $44.99
Average Rating: 4.67
Number of Lectures: 34
Number of Published Lectures: 34
Number of Curriculum Items: 34
Number of Published Curriculum Objects: 34
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- Understand the main 'anatomy' of a drug development process
- Know the different phases of clinical yests in humans and how they are conducted
- Know the current trends in drug discovery
- Know the the advantages and features of animal models
Who Should Attend
- Students/professionals of pharmacy
- Students/professionals of biology
- Students/professionals of chemistry
- People interested in the area of drug development/drug discovery
Target Audiences
- Students/professionals of pharmacy
- Students/professionals of biology
- Students/professionals of chemistry
- People interested in the area of drug development/drug discovery
Drug development is often a long and complicated process. From the initial phase, with the research and discovery of molecular targets, to tests with human beings, in later phases, drug tests constitute an innovation process where great care needs to be taken. It comprises one of the most laborious and costly processes of discovering new things.
This course is an introductionto the drug discovery process, explaining from the initial phases, such as in vitro tests, the difference between phenotypic and mechanistic tests, through animal tests, with the main difference between used animal models, to the tests clinics in human beings, with explanations about different drug discovery situations, such as specific contexts for cancers, for infectious diseases. The course has a session dedicated to the development of vaccines, with a certain emphasis on how COVID-19 vaccines work, for example.
The course is divided into the following sessions:
1- Introduction
2- In vitro tests: testing compounds in cells
3- In silico tests – computational analysis helping the process
4- In vivo tests – experiments on laboratory animals
5 – Clinical tests – Tests performed on human beings
6 – Introduction to vaccine development
7 – Extra section
This course is an introduction to the drug discovery process, explaining from the initial phases, such as in vitro tests, the difference between phenotypic and mechanistic tests, through animal tests, with the main difference between used animal models, to the tests clinics in human beings, with explanations about different drug discovery situations, such as specific contexts for cancers, for infectious diseases, and also the development of vaccines, with a certain emphasis on how COVID-19 vaccines work, for example.
So, if you are interested in knowing…
a. How a drug discovery process is carried out
b. Different types of experiments conducted in drug discovery
c. What are the advantages and features of animal models for drug discovery
d. How are clinical (human) trials conducted
e.How vaccines are developed
…then, I think this course is for you!
Course Curriculum
Chapter 1: Introduction
Lecture 1: Course overview
Lecture 2: Drug discovery/development: an overview
Lecture 3: Hits, leads and drugs
Chapter 2: Initial approaches: testing compounds in cells
Lecture 1: Experiments for infectious diseases
Lecture 2: Experiments for non-infectious diseases
Lecture 3: Measuring in vitro biological activity: part 1
Lecture 4: Measuring in vitro biological activity: part 2
Lecture 5: Endpoints of biological activity
Lecture 6: Enzyme/biochemical studies
Chapter 3: In silico studies: computer aided-drug discovery
Lecture 1: Introduction
Lecture 2: Molecular docking studies
Lecture 3: Computational toxicity and pharmacokinetics
Lecture 4: Molecular dynamics
Chapter 4: In vivo studies: testing compounds in animals
Lecture 1: Introduction to animal experiments
Lecture 2: Basics of pharmacokinetics: part 1
Lecture 3: Basics of pharmacokinetics: part 2
Lecture 4: Studies in rodents
Lecture 5: Other animal models…
Lecture 6: Indicators of biological activity
Chapter 5: Clinical studies: testing drugs in human beings
Lecture 1: Clinical studies: an overview
Lecture 2: Phase I clinical studies
Lecture 3: Phase II clinical studies
Lecture 4: Phase III clinical studies
Lecture 5: Phase IV of clinical studies
Lecture 6: Studies in cancer
Lecture 7: Studies in infectious diseases
Chapter 6: Vaccine development
Lecture 1: An overview
Lecture 2: Types of vaccines: traditional approaches
Lecture 3: Types of vaccines: more recent technologies
Lecture 4: Phase I studies with vaccines
Lecture 5: Phase II studies with vaccines
Lecture 6: Phase III studies with vaccines
Chapter 7: Extra section
Lecture 1: Microphysiological in vitro systems as alternative methods
Lecture 2: Bonus lecture
Instructors
-
Guilherme Matos Passarini, phD
Professor
Rating Distribution
- 1 stars: 0 votes
- 2 stars: 2 votes
- 3 stars: 6 votes
- 4 stars: 39 votes
- 5 stars: 33 votes
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