Observational Study
Copyright ©The Author(s) 2022.
World J Transplant. May 18, 2022; 12(5): 100-111
Published online May 18, 2022. doi: 10.5500/wjt.v12.i5.100
Table 1 Donor and recipient characteristics of 154 kidney transplant recipients suffering from autosomal dominant polycystic kidney with or without associated ipsilateral nephrectomy during isolated kidney transplantation in a single center transplant program from January 2007 until January 2019

KT alone group (n = 77)
KT with associated ipsilateral nephrectomy (n = 77)
P value
Donor characteristics
Age, yr46.23 ± 14.9447.40 ± 14.86NS
Gender, male/female, n (%)42/35 (54.5/45.5)37/40 (48.1/51.9)NS
CMV status, negative/positive, n (%)32/43 (55.2/47.8)26/47 (35.6/64.4)NS
Type of donor, living/deceased donor, n (%)6/71 (7.8/92.2)21/56 (27.3/72.7)a
Type of deceased donor, DBD/DCD, n (%)54/17 (76.1/23.9)38/18 (67.9/32.1)NS
Recipient characteristics
Age, yr57.40 ± 9.8953.40 ± 9.12NS
Gender, male/female, n (%)48/29 (62.3/37.7)47/30 (61.0/38.9)NS
Body mass index, kg/m²25.69 ± 4.0025.33 ± 3.76NS
Blood group, n (%)NS
A33 (42.9)42 (54.5)NS
B5 (6.5)4 (5.2)NS
AB0 (0)3 (3.9)NS
O39 (50.6)28 (36.4)NS
Pretransplant dialysis versus preemptive kidney transplant, n (%)65/12 (84.4/15.6)55/22 (71.4/28.6)NS
Residual urine diuresis before transplant, mL1057.75 ± 852.841188.42 ± 818.65NS
Rank of transplantNS
First transplant, n (%)73 (94.8)76 (98.7)NS
Second transplant, n (%)3 (3.9)1 (1.3)NS
Third transplant, n (%)1 (1.3)0 (0)NS
Time on dialysis before transplantation, d1105 ± 1198720 ± 757NS
HLA Mismatching (MM), n (%)NS
0 MM 11 (14.3)6 (7.8)
1 MM8 (10.4)7 (9.1)
2 MM30 (39.0)16 (30.8)
3 MM23 (29.9)30 (39)
4 MM2 (2.6)7 (9.1)
5 MM3 (3.9)6 (7.8)
6 MM0 (0.0)5 (6.5)
Hemoglobin before transplantation, g/dL12.47 ± 1.7212.69 ± 1.18NS
Albumin before transplantation, g/dL4.32 ± 0.404.24 ± 0.41NS
Peritransplant plasmapheresis treatment, n (%)14 (18)3 (4)a
Table 2 Surgical data of 154 recipients suffering from autosomal dominant polycystic kidney disease with or without associated ipsilateral nephrectomy during isolated kidney transplantation in a single-center transplant program from January 2007 until January 2019

KT alone group (n = 77)
KT with associated ipsilateral nephrectomy (n = 77)
P value
Indications for associated nephrectomy, n (%)
Creating space for graft positioning, n (%)74 (96.1)
Pain, n (%)29 (37.7)
Recurrent urinary tract infections, n (%)11 (14.3)
Hematuria, n (%)30 (39.0)
Digestive symptoms, n (%)3 (3.9)
Lithiasis, n (%)9 (11.7)
Anastomosis time1, min39.61 ± 9.78236.96 ± 10.10NS
Cold ischemia time, min827.56 ± 446.12767.87 ± 436.81NS
Total surgical time, min169.07 ± 44.31223.29 ± 71.96a
Weight of removed native kidney, g2073.94 ± 1197.89
Table 3 Surgical comorbidity and clinical outcomes of 154 isolated kidney transplant recipients suffering from autosomal dominant polycystic kidney disease with or without associated ipsilateral nephrectomy during transplantation in a single center transplant program from January 2007 until January 2019

KT alone group (n = 77)
KT with associated ipsilateral nephrectomy (n = 77)
P value
Surgical comorbidity
Lymphocele, n (%)5 (6.5)7 (9.1)NS
Wound infection, n (%)6 (7.8)2 (2.6)NS
Incisional hernia, n%)0 (0)3 (3.9)NS
Wound hematoma, n (%)6 (7.8)3 (3.9)NS
Pulmonary embolism, n (%)1 (1.3)0 (0)NS
Urinary infection, n (%)14 (18.2)8 (10.4)NS
Need for blood transfusion, n (%)22 (28.6)34 (44.2)NS
Hospital stay after transplantation, d15.22 ± 6.66214.81 ± 6.44NS
Readmission rate during whole follow-up, n (%)42 (46.2)49 (63.6)NS
Dindo Clavien classificationNS
Class I36 (46.8)33 (42.9)NS
Class II22 (28.6)32 (41.6)NS
Class III7 (9.1)3 (3.9)NS
Class IV12 (15.6)9 (11.7)NS
Clinical outcomes
Primary nonfunction, n (%)0 (0)2 (2.6)NS
Delayed graft function, n (%)7 (9.1)13 (16.9)NS
Renal artery thrombosis of kidney graft, n (%)2 (2.6)0 (0)NS
Renal vein thrombosis of kidney graft, n (%)2 (2.6)0 (0)NS
Acute rejection episode within 1 year after transplantation, n (%)5 (6.5)5 (6.5)NS
Cellular, n (%)5 (100)2 (40)
Humoral, n (%)0 (0)3 (60)
Table 4 Overview of studies investigating the surgical comorbidity of a simultaneous native unilateral or bilateral nephrectomy during isolated kidney transplantation for autosomal dominant polycystic kidney disease
Ref.
Study group (n)
Type of donor
Isolated KT with simultaneous native bilateral or unilateral nephrectomy
KT alone
Study conclusions
BilateralUnilateral
Nunes P et al[13], 20071 (143)LD (6%) + DD (94%)+Comparable overall complication rate and graft survival after 5 years if unilateral nephrectomy is performed for creation of space for a renal allograft
2 (16)LD (2%) + DD (98%)+
Kramer A et al[14], 20091 (20)LD (100%)+Minimal morbidity of an associated bilateral nephrectomy during transplantation and graft and patient survival of 100% during 5-year follow-up
Skauby MH et al[15], 20121 (79); 2 (78)LD (100%)++Associated bilateral nephrectomy results in a longer hospital stay and more postoperative complications. No difference in 1- and 5-year patient and graft survival
Neeff HP et al[16], 20131 (100)LD (38%) + DD (62%)+Routine ipsilateral nephrectomy, independent of volume of polycystic kidney, during transplantation is a safe procedure without endangering patient or graft survival. The death of 3 patients in the first year post-transplant is a concern
Ahmad SB et al[17], 20161 (66)LD (100%)+In symptomatic patients with ADPKD, the combined procedure is advantageous, especially in terms of patient satisfaction
2 (52)+
Current study1 (77)LD (7.8%) + DD (92.2%)+Comparable surgical comorbidity and 1- and 5-year patient and graft survival
2 (77)LD (27.3%) + DD (72.7%)+