Dr. Arjun Nair pressed his palm against the chilled steel of the autopsy table. The body beneath the white sheet was that of a 23-year-old woman, brought in at 2 a.m. — “unexplained sudden death,” the police report read.
A footnote he’d skipped as a student: Methylene chloride – paint stripper, solvent. Metabolized by the liver to carbon monoxide. Delayed toxicity. Cherry-red lividity may appear 12–24 hours after exposure.
Her name was Kavya. And her lips were a perfect, cherry-pink.
The case was closed. Not murder. Not suicide. An industrial accident written in the color of her blood. Forensic Medicine And Toxicology Ignatius. P. C Pdf
He turned to the constable. “Was there a heater in her room? A coal brazier?”
Arjun’s scalp prickled. He drew blood from the femoral vein and watched it drip into a vial—it was unnaturally bright red, almost festive. A spectrophotometer confirmed it: 68% carboxyhemoglobin.
He called the investigating officer. “Check her workplace. Auto garage, printing press, or furniture refinishing. Look for an open can of paint stripper.” — “unexplained sudden death,” the police report read
Then he saw it.
Arjun had read the first edition of Forensic Medicine and Toxicology by Ignatius P. X. as a first-year student, the pages already dog-eared and coffee-stained. He’d memorized the chapters on asphyxiants, poisons, and post-mortem lividity. But no textbook could prepare him for the smell of a life interrupted.
He spent the next four hours in the mortuary’s small library, pulling down the old, battered copy of Ignatius’s toxicology section. Chapter 9: Metabolic Poisons . He read it twice. Delayed toxicity
Carbon monoxide , whispered the voice of the textbook in his head. Forms carboxyhemoglobin. Gives blood and tissues a characteristic cherry-red hue.
That evening, Arjun sat in his office, the old Ignatius textbook open on his desk. He ran his fingers over the cracked spine. "Thank you," he whispered.