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Question

Following the bite of a snake, a patient develops generalised myalgias, rhabdomyolysis, and progressive flaccid paralysis. The most likely snake implicated is:

The correct answer is
Sea snake

Identifying Snake Bite Symptoms

The question describes a patient presenting with specific symptoms after a snake bite: generalized myalgias (muscle pain), rhabdomyolysis (muscle breakdown), and progressive flaccid paralysis. These symptoms are characteristic of a particular type of snake envenomation.

Analyzing Snake Venom Effects

Different snakes possess venom with varying toxicological profiles:

  • Cobras: Primarily neurotoxic, causing paralysis, but typically not prominent myalgias or rhabdomyolysis.
  • Kraits: Highly neurotoxic, causing flaccid paralysis, but significant myalgias and rhabdomyolysis are less common compared to sea snake bites.
  • Russell's Viper: Known for causing local swelling, pain, bleeding disorders (coagulopathy), and acute kidney injury. Myalgias and rhabdomyolysis can occur, but profound flaccid paralysis is less typical than with neurotoxic venoms.
  • Sea Snakes: Many sea snake venoms are highly toxic, containing neurotoxins (affecting neuromuscular junctions) and myotoxic components. This combination classically leads to symptoms such as muscle pain (myalgias), muscle breakdown (rhabdomyolysis), and subsequent paralysis.

Conclusion on Snake Implication

The combination of generalized myalgias, rhabdomyolysis, and progressive flaccid paralysis strongly points towards a sea snake bite due to the characteristic neurotoxic and myotoxic effects of their venom.

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Important Questions from Venomous Snake Identification

  1. Bite of cobra is likely to result in:
  2. Early hypotension in venomous snakebite is due to which of the following?
  3. Consider the following statements with regard to elapid snakebite : 

    1. Regardless of the anatomic site of bite, walking of victim should be discouraged. 

    2. Pressure immobilization should be used, wherever possible. 

    3. Ptosis can be present after the elapid bite. 

    Which of the statements given above are correct?

  4. Which one of the following is most characteristic of Elapidae snake envenomation ?
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