Forensic Toxicology (Chemistry)

Name: Forensic Toxicology (Chemistry)
Rating: 4.5 (10 reviews)

Explore the science of poisons in forensic toxicology, learn detection, effects, and real-case applications.

Created bySHITAL SONAWANE

Last updated 9/2025

English

What you'll learn

Identify and Classify Common Types of Poisons and Their Sources (Understand the classification of poisons: organic vs. inorganic, corrosive vs. non-corrosive)
Analyze the Mechanisms of Action of Different Toxic Substances (Explain how poisons affect biological systems at molecular, cellular, and organ-system levels)
Demonstrate Skills in Toxicological Testing and Analytical Techniques (Gain practical knowledge of laboratory methods used to detect and quantify poisons)
Apply Toxicological Evidence in Forensic Investigations and Legal Contexts (Prepare and present toxicological evidence in court and understand legal standards )

Course content

3 sections • 16 lectures • 1h 51m total length

Course Introduction1:23
The Mysterious World of Poisons Begins Here.
Have you ever wondered how detectives trace a poison back to its source? Or how forensic scientists reveal the unseen truth in crime investigations? Welcome to our brand-new Forensic Toxicology Course, where science meets justice!
In this video, we kick off with an engaging Introduction to Forensic Toxicology, uncovering its purpose, real-world relevance, and how YOU can be part of this fascinating field. Let’s break it down simply, with real examples and a student-friendly approach.
If you're a science lover, medical student, or future forensic expert, this is for you!
Tell us in the comments: Which part of forensic toxicology fascinates you the most, poisons, detection, or crime-solving?
Lesson 1: What is toxicology?4:48
The Silent Science of Poisons.
Have you ever wondered how poisons work inside the human body? Or how a substance can be both medicine and toxin depending on the dose?
Welcome to the world of Toxicology – where science meets danger. In this video, we break down:
What is toxicology?
Where it all started – the history & legends.
Why it’s essential in forensic, clinical, and environmental sciences.

Whether you're a student, teacher, or just curious – this is your start to understanding the language of toxins. Comment below: What's one substance you thought was safe but turned out to be toxic?
Lesson 2: History of Forensic Toxicology and Key Terminologies5:49
The Origin Story of Forensic Toxicology
Ever wondered how poisons helped build an entire science? From ancient poisons to courtroom revelations—welcome to the history of forensic toxicology!
In this episode, discover how crimes of the past shaped scientific truth—and why terms like alkaloids, toxins, and biotransformation are crucial in modern investigations.
Let’s bring textbooks to life—watch, learn, and dive into forensic science like never before.
Drop a comment with the term that was new for you—or the one you still remember from class!
Don’t forget to share with your study buddies and tag a future forensic expert!
Lesson 3: Introduction to Forensic Toxicology3:12
Ever wondered how science solves crimes?
Welcome to the world of Forensic Toxicology – where chemistry meets justice. From crime scenes to courtroom evidence, toxicologists decode poison mysteries and trace the unseen villains inside the human body.
In this video, we break down what forensic toxicology truly is, its role in solving crimes, and why YOU (yes, you!) should consider diving into this exciting field.
Whether you're a college student, aspiring forensic expert, or just curious about how toxic substances reveal hidden truths, this is your starting point!
Drop a comment if:
You’ve watched a crime show and wanted to be the scientist behind the scenes
You’re a science nerd who loves solving mysteries
You want more videos like this!
Forensic Toxicology

Lesson 4: Introduction to Poisons1:53
Did you know? Even water can be poisonous in excess!
Welcome to the dark yet fascinating world of poisons—from natural toxins to synthetic killers. In this video, we break down the basics:
What is a poison?
How does it affect the human body?
Why is this topic critical in forensic toxicology?
Whether you're a college student, science enthusiast, or forensic learner, this is your starting point to understanding how substances can harm or heal.
Let’s learn something powerful today—don’t forget to comment your thoughts or any poison you’ve heard of in daily life!
Lesson 5: Classification of Poisons5:09
"Why All Poisons Aren’t the Same "
Not all poisons work the same way — some paralyze you, others attack your blood or nerves! Ever wondered how toxicologists categorize poisons in forensic science?
In this video, we break down the Classification of Poison in a forensic toxicology context. We explore how poisons are grouped based on mode of action and chemical nature, and how this knowledge helps in criminal investigations.
This is must-know content for students of forensic science, pharmacy, chemistry, and anyone fascinated by the science of detection.
Don’t forget to watch, like, and comment below:
Which classification surprised you the most? Let's discuss!
Lesson 6: Factors Modifying the Action of Poisons3:39
Why does poison affect people differently?

It’s not just about the dose your body weight, gender, health, even the route of administration can change everything!

This video breaks down how internal and external factors influence poison’s action, with examples made simple for all students of forensic and medical science.
Lesson 7: Antidotes and Their Types7:42
Lesson 8: Routes of Administration7:28
Can poison enter the body without being swallowed? YES! And here's how...
In this video, we dive into one of the most intriguing topics in forensic toxicology: the routes of administration of poison. From oral ingestion to inhalation, dermal absorption, injection, and even through natural orifices, this lesson explores how poisons find their way into the human body.
Whether you're a student of toxicology, a fan of crime science, or simply curious—this episode will change how you think about poison! Watch till the end to test your understanding with a mini quiz!
Comment your favorite route discussed and why you found it most dangerous!
Lesson 9: Confirmatory Testing10:52
From Suspicion to Proof: Confirmatory Tests in Forensic Toxicology.
What happens when a suspicious sample is found at a crime scene? First, presumptive tests are used – but they can be misleading. To prove poisoning beyond doubt, confirmatory tests step in! ?
In this video, I’ll explain why confirmatory testing is crucial, the techniques commonly used in forensic labs, and how they ensure reliable results in legal cases. If you’re a student preparing for exams, a researcher, or just curious about forensic chemistry – this video is for you!
Drop a comment: Which test do you think is the gold standard in toxicology?
Poison Chemistry

Lesson 10: Sample Collection and Preservation11:24
"The Truth Lies in the Samples..."
Ever wondered how a tiny bloodstain or a piece of tissue becomes the key to solving a murder case?
In forensic toxicology, sample collection and preservation isn't just a procedure — it's a game changer in the courtroom!
In this lesson, we decode:
Why sample integrity is everything
The golden rules of preservation
How to handle biological & non-biological evidence
Real-life scenarios where it matters most!
This is Lesson 10 in our series, and it’s an absolute must-watch for students pursuing forensic science, pharmacy, medicine, and toxicology.
Watch now and comment your biggest takeaway!
Subscribe for more clear and concise lessons.
Lesson 11: Effects on the Human Body3:15
"What Happens When Poison Enters the Human Body?"
Ever wondered how a small dose of poison can turn the entire body into chaos?
In this video, we dive deep into the forensic toxicology behind poison’s journey—from entry to fatal effect.
Discover how poisons attack vital organs, alter cellular functions, and leave behind silent clues for forensic experts to trace.
Learn about the effects on the nervous system, liver, kidneys, and how the type of poison decides your fate.
We break it down with real-life forensic case examples and scientific explanation.
Perfect for forensic students, aspiring criminologists, or anyone who loves solving the mysteries hidden inside the human body.
Hit play and become a forensic detective today!
Comment below: Which poison do you think is most dangerous and why?
Lesson 12: Detection Methods (Extraction of poison techniques)15:14
"How are poisons extracted from the human body? "
Ever wondered what happens inside a forensic lab when poison is suspected?
This video dives deep into the extraction of poisons from biological samples – using methods like solvent extraction, steam distillation, microwave digestion, and more!
Ideal for forensic science, chemistry, and biology students – this is your crash course in forensic toxicology!
Comment your favorite extraction method or the one you found most surprising!
Lesson 13: Treatment Options14:39
The Reality of Poison Exposure – What Happens Next?
"Did you know that millions of cases of accidental or intentional poisoning occur every year, yet only a few people know the right first-aid or medical treatment?
In this video, we break down the life-saving treatment options used in forensic toxicology – from gastric lavage, activated charcoal, antidotes, to advanced hospital care.
Whether you're a forensic science student, a medical aspirant, or simply curious, this video is a must-watch to understand how science saves lives!
? Question for you: Which antidote do you think is most commonly used worldwide? Comment your guess below!
Lesson 14: Case Studies13:36
Real Cases, Real Lessons
How does forensic toxicology solve mysteries that shock the world?
In this session, we break down famous toxicology case studies, highlighting how chemicals, poisons, and drugs can leave behind evidence. From presumptive tests to confirmatory methods, every detail matters.
This video is designed for college students, young learners, and academic enthusiasts who want to make science practical and exciting.
Share your thoughts: Which case study amazed you the most?
Lesson 15: Course Summary1:34
Knowledge Wrap-Up with Curiosity
"Every crime leaves a trace—Forensic Toxicology reveals the silent truth behind poisons, drugs & toxins. In this final lecture, we connect all the dots from theory to real-life casework.
What’s your biggest takeaway from the course? Share below!
Poison Analysis

Requirements

This course is designed to be accessible for both beginners and those with a science background. To get the most out of this course, the following will be helpful: Basic Knowledge: A general understanding of high school-level chemistry (concepts like atoms, molecules, and chemical reactions). Familiarity with basic biology, especially human anatomy and organ systems (particularly liver, kidney, and nervous system). If you're completely new to these subjects, don’t worry—we’ll explain key terms and concepts along the way.
Tools or Equipment: No special lab equipment required. This is a theory-focused course. A notebook or digital note-taking app for writing down important mechanisms, types of poisons, and case studies.
Useful Skills (Not Mandatory, But Beneficial): Critical thinking and logical reasoning for analyzing toxicology cases. Some experience in laboratory practices (e.g., handling chemicals, reading lab results) is a plus but not required.

Description

Unlock the dark science of poisons and their role in criminal investigations with this in-depth course on Forensic Chemistry (Toxicology).

This course dives deep into the fascinating world of forensic toxicology — the study of toxic substances, their detection, and their impact on the human body, particularly in the context of criminal cases. Whether you're a student, a professional in forensic science, or simply a curious learner, this course provides a structured and practical approach to understanding the chemistry behind poisons.

What You’ll Learn:

The fundamentals of forensic toxicology and poison classification
Types of poisons: organic, inorganic, plant-based, gaseous, and more
Routes of exposure and absorption in the human body
Symptoms, diagnosis, and treatment of common poisons
Analytical techniques used to detect toxins in biological samples
Real-world case studies highlighting poison-related deaths and crimes

Why Take This Course?

Gain a comprehensive understanding of how toxic substances affect biological systems
Learn how poisons are identified and interpreted in forensic laboratories
Strengthen your academic or professional knowledge with detailed visuals, examples, and explanations
Be exam-ready for courses and tests related to forensic science and toxicology
Explore the real-life application of chemistry in law, medicine, and criminal justice

Who Should Enroll:

Students in Forensic Science, Chemistry, Pharmacy, or Biology
Aspiring forensic professionals and toxicologists
Competitive exam aspirants (e.g., UGC-NET, UPSC, state-level exams)
Educators and researchers looking for structured poison-related content
Anyone fascinated by crime science, poisons, and forensic investigations

Who this course is for:

This course is designed for anyone interested in the intersection of chemistry and criminal investigations, with a specific focus on forensic toxicology and poisons. It is particularly valuable for: Undergraduate and postgraduate students pursuing degrees in Forensic Science, Chemistry, Biology, Pharmacy, or related fields who want an in-depth understanding of toxic substances and their forensic applications. Aspiring forensic professionals looking to build foundational and advanced knowledge in forensic toxicology. Medical and paramedical students seeking to understand the forensic aspects of poisons and their effects on the human body. Competitive exam aspirants preparing for exams like UGC-NET (Forensic Science), UPSC, or other government or academic tests that include forensic chemistry as part of the syllabus. Educators and researchers who want a structured and detailed resource on poison-related forensic topics. Curious learners and enthusiasts of crime science and toxicology, with a passion for understanding how poisons are detected and analyzed in real-life cases.

Forensic Toxicology (Chemistry)

What you'll learn

Explore related topics

Course content

Forensic Toxicology4 lectures • 15min

Poison Chemistry6 lectures • 37min

Poison Analysis6 lectures • 1hr

Requirements

Description

Who this course is for: