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Profile of snakebite envenoming in western Maharashtra, India
1Bawaskar Hospital and Research Centre, Mahad Raigad, Maharashtra, India. Himmatbawaskar@rediffmail.com
Insights
This study analyzed 91 snakebite cases in India, finding that early anti-snake venom (ASV) and supportive care are vital for survival. Prompt medical intervention significantly improves outcomes for snakebite victims.
Area of Science:
- * Clinical Medicine
- * Toxicology
- * Epidemiology
Background:
- * Snakebite is a significant public health issue in rural India.
- * Accurate identification of venomous snakes and timely treatment are critical for patient outcomes.
- * Understanding the clinical presentation and management of different snakebite types is essential.
Purpose of the Study:
- * To analyze the clinical features and outcomes of snakebite cases admitted to a general hospital in Maharashtra, India.
- * To evaluate the effectiveness of current treatment protocols, including anti-snake venom (ASV).
- * To identify key factors influencing snakebite mortality and morbidity.
Main Methods:
- * Retrospective analysis of 91 snakebite cases admitted between January 1998 and January 2001.
- * Data collection included patient demographics, snake identification (when available), clinical signs and symptoms, treatment administered, and outcomes.
- * Utilized the 20-minute whole blood clotting test for assessing coagulopathy.
Main Results:
- * Of 91 admissions, 45 (49.5%) had snakebite without envenoming. Paralysis was observed in 26 (28.6%) patients.
- * Ten (11.0%) patients died, with 3 dying en route to the hospital.
- * Early ASV administration, intubation, ventilation, and anticholinesterase treatment improved survival rates, especially for Elapidae bites.
Conclusions:
- * Prompt medical intervention, including ASV, airway management, and specific treatments for neurotoxic envenoming, is crucial for reducing snakebite mortality.
- * The 20-minute whole blood clotting test is a valuable tool for diagnosing coagulopathy and guiding ASV administration.
- * Effective snakebite management requires a multidisciplinary approach and timely access to healthcare facilities.
Abstract:
Ninety-one cases of snakebite were admitted between January 1998 and January 2001 to the general hospital at Mahad, 180 km south of Mumbai in western Maharashtra, India. Twenty-nine (31.9%) patients, when admitted to hospital, brought the snakes responsible for the bites (20 kraits, 9 Echis carinatus). Forty-five (49.5%) patients had snakebite without envenoming; 27 patients had local fang marks without local and systemic manifestations; 18, reporting 24 h after the bite, had local oedema. Twenty-six (28.6%) patients were paralyzed. Twenty-five cases who reported between midnight and 08:00 showed no local signs of envenoming. One patient, who reported at 16:00, had local oedema with blebs and a history of cobra bite. Ten (11.0%) patients died: 3 on the way to hospital and 7 during treatment. Out of 7 cases transferred for tertiary care, 6 recovered and 1 died on the way to Mumbai. Early administration of anti-snake venom (ASV), endotracheal intubation and timely intervention with manual ventilation by Ambu bag and anticholinesterase treatment for Elapidae (krait and cobra) envenoming are crucial for saving lives. Clinical confirmation of snakebite with envenoming was by identification of the dead snake brought by victims and by clinical signs and symptoms such as paralysis (krait and cobra) and rapid progressive local oedema with active bleeding (E. carinatus and Russell's viper). The 20-min whole blood clotting test is a simple, rapid and reliable test of coagulopathy. It is also of use in assessing the effectiveness of ASV and is of crucial importance for controlling administration of expensive ASV in relation to restoration of blood coagulability.
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