Electrology Techniques & Methods Flashcards
7 cards from real CME practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 Electrology Techniques & Methods flashcards as text
In the multi-needle galvanic technique, what is the primary clinical advantage over single-needle galvanic?
Answer: Multiple follicles can be treated simultaneously, increasing efficiency
Multi-needle galvanic allows several probes to be inserted across different follicles and treated at once with low current, dramatically increasing the number of hairs treated per session.
Which of the following best describes 'false insertion' during probe placement?
Answer: The probe entering the skin surface beside the follicle opening rather than into the canal
A false insertion occurs when the probe misses the follicle opening and instead pierces the skin adjacent to it, failing to reach the papilla and potentially causing unnecessary skin damage.
Post-treatment, which skin reaction is considered a NORMAL and expected outcome?
Answer: Mild erythema (redness) and slight edema around treated follicles
Mild redness and slight swelling around treated follicles is a normal inflammatory response to electrolysis and typically resolves within a few hours to a day.
When calibrating thermolysis intensity for a new client, what is the recommended starting approach?
Answer: Start at a low-to-moderate intensity, test on a small area, then adjust based on skin response and ease of extraction
Starting low and testing on a small area allows the electrologist to find the minimum effective intensity for that client's hair type and skin, reducing risk of over-treatment.
What role does follicle moisture play in the thermolysis modality?
Answer: Moisture in the follicle conducts heat and is vaporized, contributing to follicle destruction
In thermolysis, the high-frequency current heats the moisture within the follicle, and this thermal energy is what destroys the germinative cells of the hair follicle.
Which probe material is considered the gold standard for minimizing electrical resistance during electrolysis?
Answer: Gold
Gold probes have excellent electrical conductivity and biocompatibility, delivering current most efficiently to the follicle with minimal resistance compared to other probe materials.
Which client area typically requires the slowest probe insertion speed due to dense follicle depth variation?
Answer: Bikini line
The bikini line has deeply rooted, coarse terminal hairs with significant follicle depth variation, requiring a slow, careful insertion to accurately follow each individual follicle's path.