CME Electrology Techniques & Methods 2

Question 1

During the galvanic method, lye (sodium hydroxide) is produced at which electrode?

Accepted Answer

Negative probe (cathode)

Answer

In galvanic electrolysis, direct current causes a chemical reaction at the cathode that produces sodium hydroxide (lye), which destroys the hair follicle.

Question 2

Which thermolysis frequency range is typically used in professional electrology equipment in the United States?

Accepted Answer

13.56 MHz – 27.12 MHz

Answer

US professional electrology devices operate at radio frequencies typically between 13.56 MHz and 27.12 MHz to generate the oscillating current needed for thermolysis.

Question 3

What is the primary advantage of the blend method over pure galvanic electrolysis?

Accepted Answer

It works faster while retaining chemical destruction

Answer

The blend method combines thermolysis's heat with galvanic current's chemical action, speeding up lye production and reducing total treatment time compared to galvanic alone.

Question 4

When treating a curved follicle, which probe insertion technique is most appropriate?

Accepted Answer

Follow the hair's natural growth angle and curve the probe tip

Answer

Curved follicles require the electrologist to angle the probe to follow the natural curve of the follicle to avoid a false insertion and ensure effective energy delivery.

Question 5

Which skin condition contraindicates thermolysis treatment due to risk of heat spread?

Accepted Answer

Rosacea with telangiectasia

Answer

Rosacea with telangiectasia involves dilated superficial blood vessels that can conduct and spread thermolysis heat, increasing the risk of tissue damage and skin injury.

(CME) Certified Medical Electrologist Practice Test

(CME) Certified Medical Electrologist Practice Test

CME Electrology Techniques & Methods 2