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. 2021 May 28;13(11):2661. doi: 10.3390/cancers13112661

Table 1.

Impact of different factors on ZNF-281 H-score (protein) level. Clinical characteristics of 66 patients with H-score.

Sex Age Hypertension Diabetes Radiotherapy Chemotherapy Alcohol Abuse Cigarette Smoking Surgical Resection Grade AJCC Stage Classification
T N
N (%) Media (range) 0 = no, 1 = yes (%) (1–3): N (%) (1–4): N (%) (1–4): N (%) (0–3): N (%)
Female 20
(30.3)
60
(40–83)
0: 34 (51.5) 0: 57 (86.4) 0: 33 (50) 0: 62 (93.9) 0: 53 (80.3) 0: 19
(28.8)
0: 14 (21.2) 1: 29 (43.9) 1: 16 (24.2) 1: 16 (24.4) 0: 38 (57.6)
2: 30 (45.5) 2: 13 (19.7) 2: 22 (33.3) 1: 9 (13.6)
Male
46
(69.7)
1: 32 (48.5) 1: 9 (13.6) 1: 33 (50) 1: 4 (6.1) 1: 13 (19.7) 1: 47
(71.2)
1: 52 (78.8) 3: 11 (16.7) 3: 13 (19.7) 2: 13 (19.7)
3: 7 (10.6) 4: 26 (39.4) 4: 15 (22.7) 3: 6 (9)
Protein
p = 0.903 p = 0.175 p = 0.19 p = 0.501 p = 0.006 p = 0.095 p = 0.765 p = 0.599 p = 0.234 p < 0.001 p < 0.001 p = 0.0934 p = 0.3119

For the group of 82 patients (66 with OSCC + 16 controls, H-score), the p-value was estimated to find any significant difference in ZNF-281 level according to Grade, AJCC Stage and T and N classifications with the Kruskal–Wallis one-way ANOVA test, whereas that according to other parameters was estimated with the Mann–Whitney U test.