Kidney is an exceptionally vascularized organ and vulnerable to venom toxicity. Clinical appearances start somewhere from couple of hours to 72 hours of snake bite. Renal symptoms incorporate flank pain, hematuria, hemoglobinuria, myoglobinuria, oliguria, and AKI. Some other symptoms may incorporate acute interstitial nephritis, extra capillary proliferative glomerulonephritis and cortical corruption.
Death rates from snakebite-related AKI is assessed to be up to 35%. Recuperation is complete in cases with cortical necrosis or extreme tubular necrosis with marked interstitial changes.
Snake bite can cause acute kidney injury (AKI) through multiple mechanisms. A large number of these patients have severe kidney injury requiring renal replacement. The long-term result of survivors of such severe AKI isn't known.
Management of snakebite incorporates emergency treatment, local wound care, anti-venom and steady measures. Immobilization of the entire patient, particularly the bitten limb is required, and transportation ought to be orchestrated to the close by hospitals. Tight tourniquets should be kept away from so that the limb loss is limited. Anti-venom is the specific treatment.
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The most common cause of renal failure in snake bite victims is the venom of the Russell's viper (Daboia russelii), which can cause hemorrhage, coagulopathy, and acute kidney injury (AKI).
The estimated incidence of renal failure in snake bite victims is around 10-20%.
Common symptoms of renal failure in snake bite victims include decreased urine output, swelling, hypertension, and electrolyte imbalances.
Antivenom plays a crucial role in preventing renal failure in snake bite victims by neutralizing the venom and preventing its progression to AKI.
Yes, some snake bite victims may develop CKD after recovering from AKI, particularly if they have underlying kidney damage or if they are not treated promptly.
Yes, some snake bite victims may develop ESRD after AKI, particularly if they do not receive timely and adequate treatment.
Early recognition and treatment of AKI are crucial in preventing progression to ESRD and improving outcomes.
Common laboratory findings in snake bite victims with AKI include increased blood urea nitrogen (BUN), creatinine, and electrolyte imbalances.
Yes, some snake bite victims may develop PIS after recovering from AKI, which is characterized by persistent fatigue, weakness, and muscle pain.
Supportive care, including fluid management, electrolyte replacement, and blood pressure control, plays a crucial role in managing AKI in snake bite victims.
Follow-up care is crucial in monitoring for any potential complications or progression to CKD or ESRD.
Yes, some snake bite victims may develop other complications after AKI, such as hypertension or proteinuria, which can increase their risk of CKD or ESRD.
The recommended treatment for patients with snake bite-related AKI includes antivenom administration, supportive care, and hemodialysis or peritoneal dialysis as necessary.