The reduction potential of H+ to H2 in acidic conditions is +0.00, making the reaction occur easily.

The rate of this reaction is increased under acidic conditions.

Under acidic conditions it forms an equilibrium mixture of both compounds.

This is caused by the acidic conditions which occur inside the host cell's lysosome.

As a result, under acidic conditions the cyanohydrins 2 and 4 are favored over the 1,4-adduct 3.

This added stability keeps the Greek-key from being able to move until more acidic conditions are met.

This reaction is favored in both basic and acidic conditions.

When consumed, most bacteria do not survive the acidic conditions of the human stomach.

The relatively acidic condition of the water is probably not a good habitat for fish.

Plants also occur which are able to tolerate both acidic and basic conditions.