Nair N, Hu Z, Du D, Gongora E. Risk prediction model for cutaneous squamous cell carcinoma in adult cardiac allograft recipients. World J Transplant 2021; 11(3): 54-69 [PMID: 33816146 DOI: 10.5500/wjt.v11.i3.54]
Corresponding Author of This Article
Nandini Nair, MD, PhD, Professor, Division of Cardiology, Department of Internal Medicine, Texas Tech Health Sciences Center, 3601 4th Street, Lubbock, TX 79430, United States. nandini.nair@ttuhsc.edu
Research Domain of This Article
Transplantation
Article-Type of This Article
Retrospective Cohort Study
Open-Access Policy of This Article
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Table 2 Univariate analysis of predictive variables associated with incidence probability of post-transplant cutaneous squamous cell carcinoma
Covariates
Hazard ratio (95%CI)
P value
Age
1.08 (1.07-1.09)
< 0.001
Female
0.310 (0.260-0.370)
< 0.001
HLA mismatch level
0.914 (0.870-0.960)
< 0.001
PRA against Class I antigens
0.994 (0.990-0.998)
0.006
PRA against Class II antigens
0.994 (0.989-0.999)
0.012
Race
White
1
-
Black
0.0390 (0.0221-0.068)
<0.001
Hispanic
0.178 (0.120-0.265)
<0.001
Other
0.108 (0.0512-0.226)
<0.001
Diagnosis
Dilated myopathy
1
-
Restrictive myopathy
1.38 (0.985-1.93)
0.061
Heart re-transplant
1.12 (0.807-1.55)
0.500
Coronary artery disease
1.49 (1.22-1.82)
< 0.001
Hypertrophic myopathy
0.923 (0.630-1.35)
0.681
Valvular heart disease
1.16 (0.842-1.59)
0.368
Congenital heart defect
0.393 (0.232-0.666)
0.001
Other
1.01 (0.695-1.47)
0.951
Donor cancer history
No
1
-
Yes
1.28 (0.883-1.84)
0.195
Unknown
0.997 (0.321-3.10)
0.997
Malignancy at listing
No
1
-
Yes
1.72 (1.43-2.09)
< 0.001
Unknown
0.983 (0.667-1.45)
0.930
Malignancy at transplant
No
1
0
Yes
2.55 (1.48-4.41)
0.001
Unknown
0.791 (0.528-1.18)
0.255
Donor skin cancer history
No
1
-
Yes
1.06 (0.265-4.24)
0.935
Unknown
0.631 (0.439-0.906)
0.013
Patient status at transplant
Status 1A
1
-
Status 1B
1.07 (0.950-1.20)
0.274
Status 2
0.983 (0.854-1.13)
0.805
Induction with thymoglobulin
1.05 (0.911-1.22)
0.481
Induction with ATGAM
0.980 (0.784-1.22)
0.857
Induction with OKT3
1.59 (1.27-2.01)
< 0.001
Induction with daclizumab
1.16 (0.995-1.36)
0.057
Induction with basiliximab
1.08 (0.927-1.26)
0.322
Induction with alemtuzumab
1.18 (0.773-1.80)
0.444
Table 3 Risk factors selected from multivariate analysis
Covariates
Hazard ratio (95%CI)
P value
Age
1.068 (1.062-1.075)
< 0.001
Female
0.412 (0.344-0.494)
< 0.001
HLA mismatch level
0.951 (0.905-0.999)
0.043
Race
White
1
-
Black
0.124 (0.059-0.261)
< 0.001
Hispanic
0.058 (0.033-0.102)
< 0.001
Other
0.229 (0.154-0.340)
< 0.001
Diagnosis
Dilated myopathy
1
-
Restrictive myopathy
1.869 (1.333-2.619)
< 0.001
Heart re-transplant
1.711 (1.231-2.378)
0.001
Coronary artery disease
1.144 (0.935-1.400)
0.192
Hypertrophic myopathy
1.596 (1.087-2.345)
0.017
Valvular heart disease
1.159 (0.842-1.596)
0.364
Congenital heart defect
1.106 (0.649-1.886)
0.710
Other
1.381 (0.9477-2.012)
0.093
Malignancy at listing
No
1
-
Yes
1.593 (1.315-1.930)
< 0.001
Unknown
0.982 (0.666-1.448)
0.926
Induction with OKT3
1.380 (1.095-1.739)
0.006
Induction with daclizumab
1.371 (1.173-1.603)
< 0.001
Table 4 Risk score for the 5-yr development of cutaneous squamous cell carcinoma after transplantation
Covariates
Category
Score
Age
18-40
0
40-60
1
> 60
2
Sex
Female
0
Male
2
HLA mismatch level
> 5
0
≤ 5
1
Race
White
2
Other
0
Diagnosis
Restrictive myopathy
1
Heart re-transplant
1
Hypertrophic myopathy
1
Other
0
Malignancy at listing
No
0
Yes
1
Unknown
0
Induction with OKT3
No
0
Yes
1
Induction with daclizumab
No
0
Yes
1
Table 5 Log-rank test to compare the cumulative incidence of post-transplant cutaneous squamous cell carcinoma between risk groups
Group
P value
Hazard ratio (95%CI)
Low vs very low
< 0.001
4.19 (3.66-4.78)
Medium vs very low
< 0.001
7.12 (6.18-8.21)
Medium vs low
< 0.001
1.69 (1.52-1.88)
High vs very low
< 0.001
9.16 (6.23-13.5)
High vs low
< 0.001
2.18 (1.74-2.72)
High vs medium
0.004
1.28 (1.07-1.54)
Table 6 Risk factors selected from multivariate analysis without OKT3 and daclizumab
Covariates
Hazard ratio (95%CI)
P value
Age
1.068 (1.062-1.075)
< 0.001
Female
0.412 (0.344-0.494)
< 0.001
HLA mismatch level
0.948 (0.903-0.996)
0.034
Race
White
1
-
Black
0.126 (0.060-0.265)
< 0.001
Hispanic
0.058 (0.033-0.102)
< 0.001
Other
0.228 (0.154-0.339)
< 0.001
Diagnosis
Dilated myopathy
1
-
Restrictive myopathy
1.897 (1.354-2.658)
< 0.001
Heart re-transplant
1.703 (1.226-2.366)
0.002
Coronary artery disease
1.135 (0.927-1.389)
0.219
Hypertrophic myopathy
1.589 (1.082-2.334)
0.018
Valvular heart disease
1.156 (0.840-1.592)
0.373
Congenital heart defect
1.098 (0.645-1.872)
0.730
Other
1.329 (0.913-1.935)
0.138
Malignancy at listing
No
1
-
Yes
1.589 (1.312-1.925)
< 0.001
Unknown
0.983 (0.666-1.449)
0.930
Table 7 Risk score without OKT3 and daclizumab for the 5-yr development of cutaneous squamous cell carcinoma after transplantation
Covariates
Category
Score
Age
18-40
0
40-60
1
> 60
2
Sex
Female
0
Male
2
HLA mismatch level
> 5
0
≤ 5
1
Race
White
2
Other
0
Diagnosis
Restrictive myopathy
1
Heart re-transplant
1
Hypertrophic myopathy
1
Other
0
Malignancy at listing
No
0
Yes
1
Unknown
0
Table 8 Log-rank test to compare the cumulative incidence of post-transplant cutaneous squamous cell carcinoma between different risk groups where patients were divided using the scoring system without OKT3 and daclizumab
Group
P value
Hazard ratio (95%CI)
Low vs very low
< 0.001
3.97 (3.51-4.50)
Medium vs very low
< 0.001
6.80 (5.86-7.90)
Medium vs low
< 0.001
1.70 (1.52-1.90)
High vs very low
< 0.001
10.1 (5.41-18.8)
High vs low
< 0.001
2.48 (1.78-3.47)
High vs medium
0.003
1.41 (1.09-1.83)
Citation: Nair N, Hu Z, Du D, Gongora E. Risk prediction model for cutaneous squamous cell carcinoma in adult cardiac allograft recipients. World J Transplant 2021; 11(3): 54-69