Poison glands in snakes evolved from modified saliva glandes. The only glands present in the paw area are related to the emission of sweat or pheromons.

Probably it would be better for the claws to evolve to have a non smooth surface, that becomes able of collecting dirty and remains of other prey, acting as a growing ground for toxic bacteria.

In this way, if the hurted prey manages to escape, septicemy will kill it soon, or at least will make it weak enough for the cat to catch it.

Venom glands in snakes evolved from modified saliva glands. The only glands present in the paw area are related to the emission of sweat or pheromones.

It would be better for the claws to evolve to have a non-smooth surface that is able to collect dirt and remains of other prey. This surface would act as a growing ground for toxic bacteria.

In this way, if the injured prey manages to escape, it will die from sepsis soon. Or, at least, will make it weak enough for the cat to catch it.

Poison glands in snakes evolved from modified salivar glandes. The only glands present in the paw area are does related to the emission of sweat or feromons.

Probably it would be better for the claws to evolve to have a non smooth surface, that becomes able of collecting dirty and remains of other prey, acting as a growing ground for toxic bacteria.

In this way, if the hurted prey manages to escape, septicemy will kill it soon, or at least will make it weak enough for the cat to catch it.

Poison glands in snakes evolved from modified saliva glandes. The only glands present in the paw area are related to the emission of sweat or pheromons.

Probably it would be better for the claws to evolve to have a non smooth surface, that becomes able of collecting dirty and remains of other prey, acting as a growing ground for toxic bacteria.

In this way, if the hurted prey manages to escape, septicemy will kill it soon, or at least will make it weak enough for the cat to catch it.