Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Toxicology 21: Scientific Applications is an online certification course aimed at providing an understanding of the latest developments in the field of toxicology. The online course is designed to teach students the fundamental techniques and strategies used in toxicology. The Toxicology 21: Scientific Applications Certification is offered by Coursera which enables students to understand the dynamics of toxicology and the need for it in the present world.
Also read: Online Pharmacology And Toxicology Courses & Certifications
The Toxicology 21: Scientific Applications training covers high integrative testing strategies and various toxicology techniques used in practice. Through this online certification course, students will be familiar with active programs from EPA and NIH to understand the dynamics of safety sciences. The Toxicology 21: Scientific Applications online course consists of seven modules that brief students on the fundamental concepts of toxicology programs, role of MicroRNA in Toxicology, and many others.
The Highlights
- Offered by Coursera
- 95 hours of learning
- Certificate of Completion
- Intermediate-level online course
Programme Offerings
- Course Resources and Readings
- Practical Learning
- Flexible Deadlines
- Practical exercises
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 2436 | yes | Coursera |
To join the Toxicology 21: Scientific Applications classes, students need to either pay the fee of ₹2436, which will provide them a certificate, or choose the Audit mode, which will not provide them a completion certificate.
Toxicology 21: Scientific Applications Fee Structure
Course Details | Fee |
Total Course Fees | ₹2436 |
Eligibility Criteria
Certification Qualifying Details
To qualify for the certificate of Toxicology 21: Scientific Applications certification by Coursera, students are required to complete the course and the final assessment successfully and receive a passing grade.
What you will learn
The Toxicology 21: Scientific Applications certification syllabus will help students form a basic understanding of toxicology, the novel strategies and concepts used within the field. They will be able to structure their core skills with analytical and scientific techniques involved in toxicology.
Upon completion of the Toxicology 21: Scientific Applications certification, students will be able to differentiate and identify between toxic and harmful substances when it comes to healthcare.
Who it is for
The Toxicology 21: Scientific Applications online course is specifically designed for toxicologists to identify toxins, poisons, and their effects on living systems and transform the healthcare structure.
Admission Details
To join the Toxicology 21: Scientific Applications classes, students need to follow these steps:
Step 1: Browse the official URL https://www.coursera.org/learn/toxicology-21
Step 2: Choose the option ‘Enrol’
Step 3: Applicants would be asked to sign up or log in on the official website with primary email address
Step 4: Then, the window would be headed towards the payment gateway, where the applicant has to either pay for the course to earn a certificate or choose the Audit mode, which would not provide the applicant with the rewarding certificate except for having access to all course materials.
Application Details
To enrol for the Toxicology 21: Scientific Applications training, candidates have to log in or sign up on the official website, which asks details like primary email address, name, phone number and location.
The Syllabus
Videos
- Welcome to Module 1
- Course Introduction
- Introduction
- Center for Alternatives to Animal Testing
- Toxicology of the Fifteenth to Twentieth Centuries
- Toxicology for the Twenty-First Century
- Historical Perspective
- The First Report: Toxicity Testing for Assessment of Environmental Agents
- The Second Report: Toxicity Testing in the 21st Century: A Vision and A Strategy Vision and Its Components
- The Second Report: Toxicity Testing in the 21st Century: A vision and A Strategy Implementation
Readings
- Useful links
- supporting reading material
- Supporting reading material
Practice Exercise
- Module 1 Quiz
Videos
- Welcome to Module 2
- Adverse Outcome Pathways (AOPs)
- Exposure-Based Chemical Prioritization
- ER Bioactivity Model
- US EPA Endocrine Disruptor Screening Program (EDSP)
- Modeling of Hazard and Organ Manifestation
- Building a Signature for Vascular Disruption
- Testing the Vascular Disruption Signature
- Virtual Tissue Model: Vascular Development
- Functional Vascular Development Assays
Readings
- Supporting Reading Material
- Useful links
- Supporting Reading Material
- Useful links
Practice Exercise
- Module 2 Quiz
Videos
- Welcome to Module 3
- Mechanistic Toxicology and Pathway Mapping at the Basics of 21st Century Toxicology
- The Concept of the Human Toxome Project
- Concept and Tool Devlopment
- Progress
- Conclusions and Prospectives
- Introduction: What Is a Pathway of Toxicity, and Why Do We Need Them?
- Omics Technologies and High-Throughput Data
- Interpreting Omics Data
- Using Network Approaches to Understand Toxicity Mechanisms
Readings
- Supporting reading materials
- Supporting reading material
Practice Exercise
- Module 3 Quiz
Videos
- The Need, and Opportunity, for a New Approach to Toxicology, Including Predictive Tools
- The Concept of Toxicological (Biological) Pathways, e.g., “Adverse Outcome Pathways,” Is the Basis of Predictive Toxicology
- Introduction to the OECD AOP Framework
- Building, Evaluating, and Using AOPs in Safety Decisions
- Online Tools Available to Everyone, Including an Online AOP Course
- Welcome to Module 4
- Introduction to Read-Across
- Good Read-Across Practice
- Supporting Read-Across with Biological Data
- Creating a Database of Toxicity
- Creating an Automated Tool for Read-Across
- Cell Sources for In Vitro Models
- Monolayer Cultures
- Advanced Cell Cultures: Microphysiological Systems (MPS)
- 3D Cultures
- Microfluidics
- Organ-on-Chip, Body-on-Chip
- Good Cell Culture Practice
Readings
- Supporting reading material
- Supporting reading material
- Useful links
Practice Exercises
- Module 4 Quiz
- Mid-term exam
Videos
- Welcome to Module 5
- MicroRNA and Epigenetics
- Epigenetics and Environment
- MicroRNA: Biogenesis and Functions
- Role of MicroRNA in Development
- MicroRNA in Toxicology
Reading
- Supporting reading material
Practice Exercise
- Module 5 Quiz
Videos
- Welcome to Module 6
- Physiologically Based Biokinetic Modeling
- Application of QIVIVE to in Vitro Testing
- Challenges for Conducting QIVIVE
- Quantitative in Vitro to in Vivo Extrapolation
- Definition of Biometry/Biostatistics and Revisiting Some Statistical Basics
- Types of Tox21 Data and Data Mining of External Data Sources
- Bioinformatics Tools for the Interpretation of Tox21 Data
Readings
- Supporting reading material
- Supporting reading material
- Useful links
Practice Exercise
- Module 6 Quiz
Videos
- Welcome to Module 7
- Why Integrated Testing Strategies?
- What is an Integrated Testing Strategy?
- How to Compose Integrated Testing Strategies
- Strategies for Integrated Testing Strategies
- Quality Assurance of integrated Testing Strategies
- Legal Background
- Economic Background
- Tox-21c for Drug Safety
- Green Toxicology as Non-regulatory Tox-21c Approaches
- Conclusions and Prospects
Readings
- Supporting reading material
- Supporting reading material
Practice Exercises
- Module 7 Quiz
- Final Exam
Evaluation process
To qualify for the Toxicology 21: Scientific Applications certification, students are required to clear the final exam and attain a qualifying grade.
Instructors
Johns Hopkins Frequently Asked Questions (FAQ's)
This course involves 95 hours of learning, which comes with pre-recorded videos.
This online certification is an intermediate-level course designed for toxicologists.
The total number of modules for this course is seven, with access to course resources.
The mode of learning for this course is online with flexible deadlines.
No, you would not be eligible for the certificate if enrolled through audit mode.