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Study | ONLINE FIRST

Fingerprint Changes and Verification Failure Among Patients With Hand Dermatitis

Chew Kek Lee, MRCP(UK); Choong Chor Chang, MRCP(UK); Asmah Johar, MMed(Mal); Othman Puwira; Baba Roshidah, FRCP(UK)
JAMA Dermatol. 2013;149(3):294-299. doi:10.1001/jamadermatol.2013.1425.
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Objectives  To determine the prevalence of fingerprint verification failure and to define and quantify the fingerprint changes associated with fingerprint verification failure.

Design  Case-control study.

Setting  Referral public dermatology center.

Patients  The study included 100 consecutive patients with clinical hand dermatitis involving the palmar distal phalanx of either thumb and 100 age-, sex-, and ethnicity-matched controls. Patients with an altered thumbprint due to other causes and palmar hyperhidrosis were excluded.

Main Outcome Measures  Fingerprint verification (pass/fail) and hand eczema severity index score.

Results  Twenty-seven percent of patients failed fingerprint verification compared with 2% of controls. Fingerprint verification failure was associated with a higher hand eczema severity index score (P < .001). The main fingerprint abnormalities were fingerprint dystrophy (42.0%) and abnormal white lines (79.5%). The number of abnormal white lines was significantly higher among the patients with hand dermatitis compared with controls (P = .001). Among the patients with hand dermatitis, the odds of failing fingerprint verification with fingerprint dystrophy was 4.01. The presence of broad lines and long lines was associated with a greater odds of fingerprint verification failure (odds ratio [OR], 8.04; 95% CI, 3.56-18.17 and OR, 2.37; 95% CI, 1.31-4.27, respectively), while the presence of thin lines was protective of verification failure (OR, 0.45; 95% CI, 0.23-0.89).

Conclusions  Fingerprint verification failure is a significant problem among patients with more severe hand dermatitis. It is mainly due to fingerprint dystrophy and abnormal white lines.

Trial Registration  Malaysian National Medical Research Register Identifier: NMRR-11-30-8226

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Figures

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Grahic Jump Location

Figure 1. Fingerprint dystrophy. A, The circled area has no recognizable normal fingerprint pattern. B, The mottled variant of dystrophy, which is often round with a central black dot. C, Tree-bark total dystrophy.

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Grahic Jump Location

Figure 2. Figure showing extrapolated white lines for line a and b. Line a is a long line as it measures more than 50% of the entire extrapolated line. Line b is a short line as it is shorter than 50% of the entire extrapolated line.

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Grahic Jump Location

Figure 3. Broad lines and thin lines. Line a, which is a broad line, measures more than 2 times the width of the broadest valley of the fingerprint; line b, which is a thin line, measures less than 2 times the width of the broadest valley.

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