Five cases of renal autotransplantation representing five different indications for the procedure are presented and discussed

Bakshandeh, K

Husberg, BS

Lilly, J

Pfister, R

Stables, DP

Starzl, TE

Name not available

Five cases and five unusual indications for autogenic renal transplantation

D-Scholarship@Pitt

I , Illl'l', .1 11.' I I' I' , ,! 1\,,\ ~ L I f l , ' , \I I .. ~ ~ .. II l ' ,lll ,d 1/.1 j " III ,:! \ I~~ . . III:.: .J ' ACia Chir S(anJ 141: 557-56.1.1975 FIVE CASES AND FIVE UNUSUAL INDICATIONS FOR AUTOGENIC RENAL TRANSPLANTATION B . S. Husberg . K. BakshanJeh. J. Lilly. R . Pfister. D. p, Stables anJ T. E. Starzl Frol/l Ih l' Dt'pUrtllIl'lIl ,' oIS/lrgen 01/(/ RCldi"/ogv , Ullil'er,fitv oIC%","o ,\It'diclll Cl'lIler, {/l/(llhl' DI'IlI 'C'r Vell''''''.\' AdlllillislfUlioll Hospilol , D I'III '", , C%ra do 802l0, USA (Submitted for publication July 27,1974) Five cases of renal autotransplantation repres · difTerent indications for the procedure are pre· discussed. nt to the development of techniques for kidney transplantation and ex vil'o kid ney . indic a tions have arisen for autogenic transplantation with or without ill I'ilro re-surgery, Several cases have been de-earlier (Belzer et al.. 1970; Gelin et al .. et al.. 1973; Caine. 1973; Corman et CASE REPORTS male had a history of severe hypertension (210/130 mmHg). He had markedly elevated renin in peripheral venous blood . A proximal stenosis in the left renal artery was diagnosed. hospital. he received a saphenous vein by-pass the aorta to the left renal artery in February, blood pressure improved postoperatively but ensuing months it again rose to approximately and excretory urography showed a de-. ,hrol11r"nhic phase of the left kidney . Repeat demonstrated a severely stenosed by-pass . 1973. he was referred to Colorado Gen-and underwent an autotransplantation of the to the left iliac fossa . After completion of the the kidney was connected to a Waters perfusion approximately one hour. using long extension . the operating field . Since the ureter was not interrupted, it was occluded with a sponge-rubber-shod clamp duri ng the perfusion to prevent blood from the ureteral vessels from entering the perfusate . Postopera-tively he became and remained normotensive (140/80 mmHg), Postoperative arteriography and urography show satisfactory arterial and ureteral anatomy (Fig. 2), The kidney function is normal and unchanged. Case 2 A 52-year-old female had the left kidney removed in 1951 because of renal stones. In December, 1973, a renal cell carcinoma was diagnosed after she had noticed a lower right quadrant mass. No metastases were detectable . Her kidney function was normal with a creatinine clearance of 80 cc/min. Renal arteriography demonstrated a double renal artery blood supply with apparent blood supply to the tumor in the mid-region from both arteries (Figs . 3 and 4). In January. 1974. the kidney was approached through a right para media n extraperitoneal incision. There were no palpable retroperitoneal lymph nodes . The kidney was removed with a maximal length of renal vessels, The ureter was left uninterrupted. The kidney was perfused with Perfadex® solution and was then connected to a Waters perfusion machine using long extension tubes to the operating field . A soft. foam-rubber-coated clamp was placed on the ureter. The lower artery and the branches from the upper artery supplying the tumor with blood were identified. tied off and injected with methylene blue solution distal to the ligatures. The area of the kidney thus demarcated was then resected . Thae was no extension of tumor beyond the lines of resection , as determined by frozen section. Approximately one-third of the kidney was left after the resection. With the perfusion machine working intermit-tently, numerous small blood vessels on the cut surface of the kidney were suture ligated . The calyceal openings were closed with fine chromic catgut (Fig. 5), The kidney remnant was then autotransplanted to the right iliac fossa. The vessel and ureter clamps were re-moved after 4 hours and 25 min cold ischemic time . A Acta Chir Scand 141 . ';p-558 B. S. Hu sberR ef al . \ Fig. I . Case I: Aortography shows stenoses of both ends of the by-pass graft, particularly at the proximal ana stomosis. Fig. 2. Case 1: Arteriography 3 months postoperatively . The end -to-side anastomosis of the renal artery to the left external i~ac artery is patent. ACla Chir Scand J4J FiR · J. Case 2: Double renal artery supply to right with branches from both vessels supplying a tumor mid-region of the kidney . cyanotic portion of the ureter and kidney pelvis, . the area of narrowest margin to tumor tissue, was and a[1 ureteropyelostomy was performed using 7-0 rupted silk sutures . A nephrostomy catheter pl aced . The resected portion of the kidney weighed The tumor, a clear cell adenocarcinoma , measured in maximal diameter. The first postoperative day. urine was leaking the drain site and urography showed the leak to be At re-exploration on the second postoperative day, was issu ing from an open calyx at the cut surface kidney . The leak was closed with fine chromic ca reinforced with a flap of renal capsule and nephrostomy cathete~ was placed. Following this dure , there was a continued urine lea k. The BUN 96 mg % , requiring two dialyses before the portion of the kidney had recovered sufficiently BUN and serum creatinine . Eight day s postn""p"Df"~DDDfD antegrade pyelography showed the drainage system kidney remnant to be intact. Gradually , over a 3-period, the drainage declined and finally stopped. BUN was then 30 mg %. Four months after surgery IVP shows a satisfactory graft and the kid ney fu likewise is satisfactory (Bun 25-30 mg % ; serum creati 1.6 mg %) (Fig. 6). J I,' .I , Case ',IJ r,n durin!, n.d 559 Fig . 6. Case 2: Excretory urography 4 months postopera-tively. The ureteropyelostomy (ARROW) is patent with-out residual urine leak. Case J A 6-year-old boy had a history of uninary tract infections since birth . Posterior urethral valves with bilateral dilated ureters and ureteral reflux were diagnosed at the age of 5 months. The valves were resected and he had bilat-eral nephrostomies . Later. bilateral cutaneous loop ureterostomies were done. Closure of the cutaneous ureterostomies and bilateral ureter neo-implantations were performed at 4 years of age . Repeated infection coupled with the kidneys already damaged at binh had left the patient with an almost nonfunctioning right kidney and a compromised and hydronephrotic left kidney (Fig. 7) . There was still reflux of urine into dilated ureters bilateral-ly . Creatinine clearance was 55-60 ml/min . An autotrans-plantation of the left kidney was performed in February. 1974. The dilated ureter was tailored before it was reim-planted with the creation of a submucosal tunnel by the technique of Politano-Leadbetter. End-to-side anastomo-ses to the aona and common iliac vein were used. Post· operatively the patient did well . with unchanged kidney function. The bladder urine was noninfected . However. postoperative IVP showed a relative ureter obstruction and persistence of renal pelvic dilatation. A pyelostomy catheter was placed under fluoroscopy 4 months post-operatively and after another 4 weeks ureteroneocystosto-my was again performed by a modified Paquin-Marshall technique (Starzl . 1964). The patient is now in satisfactory condition early postoperatively (Fig. 8) . Acla Chi, Scafld 141 , ', C' ( .. f ~y " '.' , '" ,... : ~:I .. J: 560 B. S. Husberg et al. Fig. 7. Case 3; Preoperative urography sbows that nearly all of the patient's renal function is derived from the left kidney. Case 4 A 30-year-old male had a 6-year history of chronic glomerulonephritis . He was on dialysi s for 3 years before he was transplanted with a D-matched kidney from his brother in April , 1973. His own kidneys were removed. He had initial good kidney function but 2 months post-operatively he was readmitted because of a suspected lymph collection around the kidney (Fig. 9). At surgery, a normal kidney was found but there was a Iymphocele pocket with 100 cc of Ouid behind the kidney. It was decided to turn the kidney medially and during the mobili· zatiun for this the kidney turned blue and after this had no palpable arterial pulse. The patient was heparinized and the kidney was rapidly removed. Blood clots could be removed from the transplant artery with a Fogany cathe-ter and the kidney was then cooled and rinsed with hepa-rin containing Ringer's lactate solution by retrograde perfusion through the renal vein . When the kidney had a satisfaclOry pale color and coolness, it was preserved at +4°C and refrigerated without funher perfusion. The kidney was then transplanted to the other iliac fossa and was revascularized after 20 min warm and 170 min cold ischemic time. A uretero-ureteral anastomosis was used. Ten months later the kidney is functioning satisfactorily (serum creatinine 1.4 mg 0/[; BUN 20 mg '7c) (Fig . 10) . ACla ChiT Scand 141 lllSI' 5 A 25·year-uld "oman had bilaleral medi:.tl fibroplasia the renal arteries with a hislury of severe hypertension. 1972. renin was 45 .0 and 20 .6 nanugrams of angiole per ml plasma per huur in the right and the left venuus blood. respeclively . In 1972 . the most U("east'!l.' right kidney was aututransplanted to the left iliac using bench surgery technique and end-t anastomosis of the internal iliac arterial branches to anerial branches frum the main renal artery . This phase the case was described earlier (Corman el al. . 1973). operalivel) the blood pressure fell but during the ens months rose again to 170/120 in spite of treatment propranolol 80 mg/day . On repeat arteriograms, branches 10 the transplanted kidney were patent but lefl renal arterial stenosis was seen tu be more ex than had been appreciated in 1972 (Fig . I I) . In April, I the left kidney was aUlOtransplanted 10 the right iliac sa, again using bench surgery and intraoperative ex Fig . 8. Case 3; Antegrade pyelography 5 days pos tively . The left kidney has been moved duwnward revised ureteroneocystostomy is patent. There is vesico-ureteral reOux . rliac foss . ' I;"n,,1 an ' ·ray we .,.,' , In per rIches . POS I antih P'Tiphera '(f1criogr; ,h"wed I ';'Ic film , 1 he kidn-ofl I,· , hniql' l ' {c: rd : ftl~cnou • 'tlntinuit ,,' te(;hn i . trale , Shl he; If~ K I In d \1..rcllV( ' (e il i. Ar .( '''e ~ F hr\lpla,i .. d ·rten .... i~el 11 ngilFt~nDlll I I ~ Idt, .,i , hi Ji'l t ili,,( cnJ-11 hI he, tll I h,t'o hi, ph"", ,'I 197:\1 . P,,,, the:!' CDn"ullf~D dm('nr \ \lIh 19ram, . ,r/I ent hUI Ih, r: ~ Ky tcon -1\ r \pril, K~ hi iii", ivc l ' \ llptllp~r;r 'J anJ :h. ~ j, :..: h: , 9. Case 4: Preoperative urography showing the right fossa graft and a Iymphocele. arteriography (Fig. 12), All lesions visualized by were resected and three arterial anaSlomoses were performed to the right internal iliac artery and its The kidney was revascularized after 5 hours 35 ratively. the patient was normotensive with-pertensive treatment (130/80 mmHg). Renin in venous blood was 5.0 ng Ag/ml/hr (normal) . An m 6 weeks after the second autotransplantation that all 6 arterial anastomoses were patent and on films nondistended ureters could be seen (Fig. 13) . . kidney function is normal and unchanged. The blood re is 120170 mm Hg, DISCUSSION of the prime advantages of the renal autograft is that it allows excision of vessel and anomalies without interposition of au-s or prosthetic graft material to re-establish ty of blood or urine flow . The low incidence I complications makes this a safe alterna-shown by the second case, the advantage of in bench surgery is that it allows precise ex-and reconstruction in a bloodless field. , there is minimal blood loss for the pa-An alternative approach for this kind of case 2) is nephrectomy. hemodialysis, and possi-561 Fig . 10. Case 4: Postoperative urography showing the graft transferred to the left iliac fossa with uretero-ureterostomy. bly subsequent kidney transplantation. Institutional dialysis and cadaveric transplant in this age group carries a 48 % and 56 % 5-year mortality, respec-tively (Proc, EDTA, 1972). Furthermore, there is a highly significant additional risk of the development of metastases in these circumstances. It is now well rec:ognized in allogenic transplantation that im-munosuppressive drugs increase the chances for de 1/0\'0 as well as metastatic malignancy (Penn & Starzl. 1973). Finally, the quality of life is also of considerable importance. Life with one's own kidneys is vastly superior to one of dialysis or to one of dependence on immunosuppressive drugs to retain an allograft. Conventional treatment of the 6-year-old child (Case 3) would have been a urinary diversion. The psychological trauma of an ileostomy in the pre-ACla ChiT Scafld 141 .. ,,', . ~K ~ ~; ' . ... M " ~ K r.- '. ~ i t .•. 562 B. S. HusberR el al. Fig. ll. Case 5: In vivo left renal arteriography shows severe stenosis of the main renal artery with further dis-ease in at least one primary division of the renal artery. ACla Chir Scand 141 .. Fig. 12. Case 5: Intraoperative ex vil'o left refill' arteriography confirms the presence of medial fibroplasia' in both primary divisions of the renal artery . Fig . /J. Case 5: graphy 6 weeks second "DrKnK<nlonl"~ tion. All six. arterial tomoses are patient. :beseem c II was de'::l When the f was stil l er til)n . The fe.ur , i,ln . and , dvage if t surgen htru'::li\ 1'. 11 able d;,.r The fiflh rerform bi: totransplar "teps as th e the risk 0; I, 'transp la r . Thi , wor~ Veteran:; A .\,,'-07T: grants RR-C' Research C Resources . Aorto· .lfter th' iplanta· ial ana" en!. VI/llstlill ill£iiC({TiOllsjor allTogenic rellul Trullspl({IITaTioll 563 scent child may be devastating. Consequently. was decided to perform an autotransplantation . the first ureteroneocystostomy failed . there still enough length to do another reimpl anta-e fourth case illustrates that removal. perfu-and reimplantation is a method of kidney if the organ is inadvertently damaged dur-surgery in the area. If necessary. ill \'iTro re-ructive work can also be performed if re-damage has occurred. firth case points out that indications exist to " iof'nrm bilateral autotransplantation. Bilateral au-antation should always be done in two of an acute tubular necrosis in ted kidney is always ·present. ACKNOWLEDGEMENTS work was supported by research grants from the Administration; by grants AI-AM-08898 and from the Na tional Institutes of Health : by -000:;1 and RR·00069 from the General Clinical "~rch Centers Program of the Division of Research ....,""JIn.:<". National Institutes of Health . REFERENCES Belzer. F. 0 .. Keaveny. T . V .. Reed. T . W. & Pryor. 1. P. 1970. A ne" method for renal artery reconstruction . SlIrgl'n·68.619. Bergentz. S . E .. Faarup . P .. Hegedus. V .. Lindholm. T . & Lindstedt . E . 1973 . Diagnosis of hypertension due to occlusion of a supplemental renal arter~D ; its localiza-tion. treatment by removal from the body. microsurgi· cal repair ~nd reimplantation . AI/I/ plfr~ 178. 643-647 . Caine . R. Y. 19n. Treatment of bilateral hypernephromas by nephrectomy. excision of tumor and autotransplan-tation. Lanc e!. 1973 . Combined report on regular dialysis and transplantation in Europe. 19T~ K Proc EDTA 9. 3-34 . Corman. 1. L .. Anderson . 1. T .. Taubman. 1.. Stables. D. P .. Halgrimson. C. G. & Popovtzer. M. 1973a. Ex "i\ '(J perfusion. arteriography . and autotran splantation pro-cedures for kidney salvage . 511r): CI'IIN' Ohste! 137. 659--665 . Corman . 1. L .. Girard. R .. Fiala . M .. Gallot. D .. Stoning-ton. 0 .. Stables. D. P . . Taubman . 1. & Starz!. T . E. 1973h . Arterography duringex \'i,'O renal perfusion. A complication . Urologl' II. 222-226. Gelin. L. E .. Claes. G .. Gustafsson . A. & Storm. B . 1971 . Total bloodlessness for extracorporeal organ repair. ReI' Surg 28 . 305-312. Penn. I. & Starzl. T. E . 1973. Immunosuppression and cancer. Transplant Proc 5.943-947. Starzl. T . E. 1964 . Experiel/ce in rel/al !ral/splal//(/rion. p. 100. W. B . Saunders Co .. Philadelphia . Pa . ACla Chir Scand 141 

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Five cases and five unusual indications for autogenic renal transplantation

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