Wuhan 10-Year-Old Boy Develops Toxic Epidermal Necrolysis
A ten-year-old boy in Wuhan, Hubei province, developed toxic epidermal necrolysis, shedding over 80 percent of his skin after taking cold medication, anti-inflammatory drugs, and receiving an injection for eye pain.
- A 10-year-old patient suffered toxic epidermal necrolysis, resulting in over 80 percent skin detachment, following cold medication and an injection for eye pain.
- Pediatric specialists caution that administering unprescribed medications or combining multi-ingredient treatments in children carries severe immunologic risks.
The patient, identified in local reports by the pseudonym Xiaohui, initially developed red and painful eyes at the beginning of September. His grandmother attributed the symptoms to a common cold and independently administered multiple cold medications and anti-inflammatory drugs, followed by an injection at a local clinic.
Physicians at the hospital reviewed Xiaohui’s clinical presentation and medication history, diagnosing him with a severe adverse drug reaction falling under the Stevens-Johnson syndrome and toxic epidermal necrolysis spectrum, commonly designated as SJS/TEN. The condition progressed rapidly over several days, leaving the patient with widespread skin detachment that mirrored deep thermal burns across his back, buttocks, arms, and thighs.
Intensive Multidisciplinary Management in the Intensive Care Unit
Upon admission to the intensive care unit, Xiaohui faced life-threatening complications, including mucosal erosion in the oral cavity and eyes, which prevented him from opening his eyelids. The boy’s mucosal involvement also threatened internal organ systems, creating high risks of sepsis and multi-organ failure. Medical teams had to carefully suppress an overactive immune response while maintaining his resistance against opportunistic pathogens.
Because the patient's skin integrity was severely compromised, standard wound management posed continuous mechanical hazards. The medical staff described dressing changes as delicate procedures requiring meticulous removal of gauze to prevent secondary tearing of vulnerable epithelial layers, comparing the precision required to peeling a raw eggshell.
The subsequent administration of multiple pharmacological agents triggered an aberrant immune response, causing the patient's immune cells to misidentify healthy skin and mucosal cells as foreign threats.
Toxic epidermal necrolysis can extend beyond cutaneous surfaces to impact the cornea, conjunctiva, eyelids, gastrointestinal tract, and urogenital tract. Following intensive inpatient care, Xiaohui’s condition stabilized, allowing new epithelium to regenerate and enabling his transfer to a general pediatric ward.
In response to the case, hospital specialists advised that pediatric physiology differs significantly from adult systems. Clinicians emphasized that caregivers should avoid self-prescribing, mixing, or prolonging medications for children without professional oversight. Any early signs of a drug eruption, such as persistent fever or cutaneous rashes following medication use, warrant immediate evaluation by qualified pediatric or dermatological specialists.
Disclaimer: The information provided in this article is for educational and scientific communication purposes only and does not constitute medical advice. Always consult with a qualified healthcare provider regarding any medical condition, diagnosis, or treatment plan.