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. 2021 Mar 25;16(3):e0248985. doi: 10.1371/journal.pone.0248985

Table 2. Subject demographics, injury details, and acute burn and hypertrophic scar management.

Subject # Age at time of sampling (years) Gender Race Fitzpatrick skin type Age of scar (months) Mechanism of Injury Location of dyspigmented scars Acute burn management of specific scar area Previous scar treatments
1 63 F AA 5 15 Fire/flames R. chest flank and axilla A,B 1,2,3,4,5
2 35 M A 3 395 Unknown R. posterior axilla Unknown 2,3,4
3 55 M AA 5 19 Scald R. wrist E 1,2
4 37 M H 3 11 Fire/flames R. thigh A,D 1,2
5 52 M AA 5 15 Flash L. elbow B 1,2
6 22 M H 4 20 Fire/flames L. thigh A, C 1,2
7 60 M W 2 12 Volcanic ash R. thigh A 1,2
8 34 M AA 6 6 Fire/flames Bilateral hands A (hyper), E (hypo) 1,2
9 52 F AA 6 6 Fire/flames R. thigh A (hypo), F (hyper) 1,2
10 38 M AA 5 8 Unknown L. shoulder A 1,2
11 52 M AA 5 4 Electrical injury R. thigh F --
12 39 F AA 5 4 Fire/flames L. thigh C 1,2
12 54 M H 4 6 Electro-thermal L. arm B 1
13 45 F AA 6 63 Donor Site R. thigh F --

For race, AA = African American, A = Asian, H = Hispanic, W = white. For acute burn management, A = Excision and autografting, B = Excision and xenografting, C = excision and allografting, D = Graft failure and healing by secondary intention, E = Wound care and healing by secondary intention, outside hospital, F = scar resulting from creation of donor site. For previous scar treatments, 1 = Custom compression garments, 2 = Fractional ablative CO2 laser scar revision with topical drug delivery of triamcinolone, 3 = Burn scar excision and graft placement, 4 = Burn scar release and local tissue rearrangement, 5 = Steroid injection.