Medical procedure performed to determine the cause of death

Medical procedure performed to determine the cause of death

• A. Dissection
• B. Autopsy
• C. Necropsy
• D. Postmortem exam

Answer: (B)

Autopsy is the medical procedure used to determine the cause of death after a person has died. It involves a careful external examination of the body and a thorough internal examination of the organs, often with samples taken for toxicology, histology, and other tests to identify disease, injury, or factors that led to death. This structured, medically supervised process provides reliable evidence about how death occurred and is standard in forensic and official death determinations. Dissection is a general act of cutting apart for study and does not convey the formal medicolegal protocol used to establish cause of death. Necropsy is a term more commonly used in veterinary contexts and, while it refers to the same basic idea, is not the standard term for human deaths. Postmortem exam is a broad description that can refer to the same process, but autopsy is the conventional medical term for this procedure in humans.

Autopsy is the medical procedure used to determine the cause of death after a person has died. It involves a careful external examination of the body and a thorough internal examination of the organs, often with samples taken for toxicology, histology, and other tests to identify disease, injury, or factors that led to death. This structured, medically supervised process provides reliable evidence about how death occurred and is standard in forensic and official death determinations.

Dissection is a general act of cutting apart for study and does not convey the formal medicolegal protocol used to establish cause of death. Necropsy is a term more commonly used in veterinary contexts and, while it refers to the same basic idea, is not the standard term for human deaths. Postmortem exam is a broad description that can refer to the same process, but autopsy is the conventional medical term for this procedure in humans.