Question 10

The patient who had been bitten by the snake was given the antidote.

In cases of snake bites, the administration of an antidote is crucial to counteract the effects of the venom. This treatment helps neutralize the toxins introduced into the body by the snake.

A) antigen.

An antigen is a substance that induces an immune response, particularly the production of antibodies. While it plays a role in immunology, it is not relevant in the immediate treatment of snake bites, where the focus is on neutralizing venom rather than stimulating an immune response.

B) anodyne.

An anodyne is a pain-relieving medication. Although it may be used to alleviate discomfort following a snake bite, it does not address the underlying issue of venom toxicity. Therefore, it is not an appropriate treatment for the immediate effects of a snake bite.

C) serum.

While serum can refer to the liquid component of blood, in the context of snake bites, it does not directly address the venom. Antivenom, which is a specific type of serum designed to neutralize toxins, is often confused with this term, but simply stating "serum" is not accurate in this context.

D) antidote.

The antidote is the correct choice as it specifically refers to a treatment that counteracts the effects of snake venom. Administering an antidote is essential for neutralizing the toxins that enter the body through a snake bite, making it the most appropriate and effective treatment option.

Conclusion

The antidote is the definitive treatment for snake bites, providing the necessary intervention to mitigate the harmful effects of venom. Other options, such as antigen, anodyne, and serum, do not effectively treat the immediate dangers posed by snake venom, reinforcing that the antidote is the most suitable option in this scenario.