Which of the following statements about the galvanic electrolysis method is NOT true?

The statement regarding the galvanic electrolysis method that is NOT true is that a high-level current passes into the needle. In galvanic electrolysis, a low-level direct current is typically used, which is essential for the electrochemical process that destroys the hair follicle. The method relies on the application of this low-level current to convert sodium chloride present in the tissue into sodium hydroxide, effectively decomposing the hair follicle structure.

The other aspects of galvanic electrolysis are accurate: the current does remain on for a specified range of time, usually between 30 seconds to 2.5 minutes, which is necessary to ensure that the follicle is adequately treated. The process is indeed effective because it destroys the hair by decomposing the papilla, which is the part of the hair follicle that is essential for hair growth. Lastly, while the number of needles used may vary based on technique and operator preference, it is true that multiple needles can be inserted into individual follicles to treat hairs simultaneously, making the procedure more efficient in certain contexts.