Forensic Chemistry (Toxicology)

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

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 )

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 classificationTypes of poisons: organic, inorganic, plant-based, gaseous, and moreRoutes of exposure and absorption in the human bodySymptoms, diagnosis, and treatment of common poisonsAnalytical techniques used to detect toxins in biological samplesReal-world case studies highlighting poison-related deaths and crimesWhy Take This Course?Gain a comprehensive understanding of how toxic substances affect biological systemsLearn how poisons are identified and interpreted in forensic laboratoriesStrengthen your academic or professional knowledge with detailed visuals, examples, and explanationsBe exam-ready for courses and tests related to forensic science and toxicologyExplore the real-life application of chemistry in law, medicine, and criminal justiceWho Should Enroll:Students in Forensic Science, Chemistry, Pharmacy, or BiologyAspiring forensic professionals and toxicologistsCompetitive exam aspirants (e.g., UGC-NET, UPSC, state-level exams)Educators and researchers looking for structured poison-related contentAnyone fascinated by crime science, poisons, and forensic investigations

Overview

Section 1: Forensic Toxicology

Lecture 1 Course Introduction

Lecture 2 Lesson 1: What is toxicology?

Lecture 3 Lesson 2: History of Forensic Toxicology and Key Terminologies

Lecture 4 Lesson 3: Introduction to Forensic Toxicology

Section 2: Poison Chemistry

Lecture 5 Lesson 4: Introduction to Poisons

Lecture 6 Lesson 5: Classification of Poisons

Lecture 7 Lesson 6: Factors Modifying the Action of Poisons

Lecture 8 Lesson 7: Antidotes and Their Types

Lecture 9 Lesson 8: Routes of Administration

Lecture 10 Lesson 9: Confirmatory Testing

Section 3: Poison Analysis

Lecture 11 Lesson 10: Sample Collection and Preservation

Lecture 12 Lesson 11: Effects on the Human Body

Lecture 13 Lesson 12: Detection Methods (Extraction of poison techniques)

Lecture 14 Lesson 13: Treatment Options

Lecture 15 Lesson 14: Case Studies

Lecture 16 Lesson 15: Course Summary

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.