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. 2015 Sep;8(9):48–53.

TABLE 1.

Characteristics of patients with laser-induced chrysiasis

CASE AGE RACE SEX GOLD COMPOUND GOLD ROUTE OF ADMINISTRATION DURATION OF GOLD TREATMENT (years) TOTAL AMOUNT OF GOLD ADMINISTERED (grams) TIME AFTER LAST DOSE (years) Q-SWITCHED LASER WAVELENGTH SITE TREATMENT REFERENCE
1 59 Caucasian Male Sodium aurothiomalate Intramuscular 13 11.5 0[a] Ruby 694nm[b] Forehead No 3
2 40 Caucasian Female Not reported Intramuscular >3 8.345 2–3 Nd:YAG 1064nm Cheeks No 24
3 49 Caucasian Female Sodium aurothioglucose Intramuscular 10 4.3–13.0 1–3 Ruby 694nm Dorsal hands Forehead Thighs No 25
4 60 Caucasian Female Sodium aurothioglucose Intramuscular Several Not reported 26 Alexandrite 755nm [c] Cheeks Yes [d] Current report
5 70 Caucasian Female Auranofin Oral 3 Not reported 20 Alexandrite 755nm [e] Cheeks Forehead Yes [f] 4
[a]

The patient had a 14-year history of granuloma faciale on his forehead that had been treated with intralesional corticosteroids and cryotherapy; thesetreatments resulted in hyperpigmentation of his forehead. He was still receiving gold when his foreheaad was treated with the laser.

[b]

The treatment settings were 25 nanoseconds, 6.53J/cm2, 2 pulses of 5mm spot diameter.

[c]

The treatment settings were 50 nanoseconds, 10–12J/cm2, 1 pulse of 10mm spot diameter.

[d]

The blue macules were successfully cleared by sequentially using a long-pulsed alexandrite laser, a nonablative fractional laser, and an ablative carbon dioxide laser.

[e]

The treatment settings were 50 nanoseconds, 3.5J/cm2, 15 pulses of 4mm spot diameter.

[f]

Almost complete resolution of the blue macules was observed 2 months after the second treatment of her face (each separated by 1 month) using the long-pulsed ruby laser (at a fluence of 35J/cm2, with a 10mm spot size and a chilled tip at 4°C).