Redox Profiling Reveals Clear Differences between Molecular Patterns of Wound Fluids from Acute and Chronic Wounds
Table 1
Clinical data of patients involved in this study.
Patient ID
Gender
Age
Wound type
Wound persisted for
Total wound area (cm2)
Patient data
1.
f
85
Chronic venous
3 years
96
2.
f
70
Chronic venous
6 years
378
3.
m
54
Chronic venous
5 years
656
4.
f
60
Chronic venous
4 years
56
5.
m
82
Chronic venous
3 years
327.5
6.
m
69
Chronic venous
40 years
750
7.
f
70
Chronic venous
4 years
447
8.
m
83
Chronic venous
20 years
318
9.
m
66
Chronic venous
3 years
18
10.
m
52
Chronic venous
9 months
104
11.
f
82
Chronic venous
2 years
116
12.
f
40
Chronic venous
4 years
56
13.
f
70
Chronic venous
20 years
32
14.
f
68
Chronic venous
4 years
60
15.
m
65
Chronic venous
1.5 years
180
16.
m
46
Chronic venous
3 years
300
17.
m
52
Chronic diabetic
6 months
80
18.
m
68
Chronic diabetic
1 month
36
19.
f
81
Chronic diabetic
4 years
148
20.
f
44
Acute (2nd degree burn)
<4hours
1500
21.
f
61
Acute (2nd degree burn)
<4hours
225
22.
m
42
Acute (2nd degree burn)
<4hours
1800
23.
m
68
Acute (2nd degree burn)
<4hours
3000
24.
m
17
Acute (2nd degree burn)
<4hours
1950
25.
m
47
Acute (2nd degree burn)
<4hours
150
26.
f
71
Acute (2nd degree burn)
<4hours
300
27.
f
77
Acute (2nd degree burn)
<4hours
2250
28.
m
31
Acute (2nd degree burn)
<4hours
1500
29.
f
18
Acute (2nd degree burn)
<4hours
1500
30.
m
23
Acute (2nd degree burn)
<4hours
3750
Thirty patients were enrolled in the study; 19 with chronic leg ulcers and 11 patients with second degree burns. In the chronic wound group, 16 patients had venous ulcers and 3 had diabetic ulcers. Clinical data (age, sex, wound type, persistence, and total area of wounds) are presented.
