Treatment Protocols & Procedures Flashcards

A client experiencing excessive pain during thermolysis treatment reports the sensation is worse than previous sessions. The first adjustment the electrologist should make is:

Answer: Reduce the current intensity and/or treatment time

Unexpected increased pain often signals that intensity or timing is too high for the client's current sensitivity; reducing current intensity and duration is the first corrective step.

When scheduling follow-up appointments for electrolysis, the interval between sessions should primarily be determined by:

Answer: The hair growth cycle stage and regrowth observed in the treatment area

Optimal scheduling is based on when new anagen-phase hairs emerge in the treatment area, typically 4–8 weeks for facial hair, to target follicles at their most treatable phase.

Which post-treatment complication is characterized by small, white, fluid-filled lesions that appear days after electrolysis and are caused by blocked follicle openings?

Answer: Milia formation

Milia are small epidermal inclusion cysts that can form when treated follicle openings become occluded, trapping keratinous material beneath the skin surface.

For a client with very coarse, terminal beard hairs, which parameter adjustment is most appropriate compared to treating fine facial hair?

Answer: Increase current intensity and/or treatment time to adequately treat the larger papilla

Coarse terminal hairs have larger, more robust papillae requiring higher current intensity or longer treatment duration to achieve adequate destruction.

What is the significance of the dermal papilla in permanent hair removal via electrolysis?

Answer: It contains the germinal cells responsible for hair regeneration that must be destroyed

The dermal papilla contains the stem cells (germinal matrix) that produce new hair; permanent removal requires destroying these cells so no new hair shaft can form.

A client wants electrolysis on an area previously treated with laser hair removal with partial results. How does prior laser treatment affect electrolysis?

Answer: Laser may have distorted follicles, requiring careful probe angle adjustment

Laser treatment can damage and distort the follicle canal, making probe insertion more challenging and requiring careful assessment of each hair's growth angle.

Under standard electrolysis protocols, what is the minimum time the probe should remain inserted when using galvanic current to ensure adequate lye production?

Answer: 5–30 seconds depending on hair coarseness and intensity

Galvanic current requires 5–30 seconds of probe contact (adjusted by intensity and hair coarseness) to produce sufficient sodium hydroxide (lye) to destroy the follicle.