001404). Animals were anesthetized as previously described.[11, 12] Two transplantation surgeries using two monkeys, as shown in Figure 1, was planned. We planned to use the uterine artery and ovarian vein (or, if possible, the uterine vein) for arterial and venous vascularization, respectively, in the transplanted uterus. Because the ovary is removed when the ovarian vein is used, only veins of

a unilateral ovary were used and the contralateral ovary was retained to maintain ovarian function. The uterus of each monkey was removed almost simultaneously from the abdominal cavity (Fig. 1a). Back table preparation was performed as previously described.[9] After back table preparation, the uteri were interchanged and orthotopically transplanted. In case 1, end-to-end anastomosis selleck chemicals llc of the left uterine artery of the host to the left uterine artery of the uterus of case 2 was carried out by interrupted suture with 12-0 nylon thread

(Crownjun). buy CAL-101 Next, end-to-side anastomosis of the right ovarian vein of the host to the right ovarian vein of the uterus of case 2 was carried out by interrupted suture with 9-0 nylon thread (Crownjun). Clamps for vessels were then released and uterine perfusion started. Subsequently, end-to-end anastomosis of the right uterine artery of the host to the right uterine artery of the uterus of case 2 was carried out by interrupted suture with 12-0 nylon thread. Because the uterine vein was extremely thin, no anastomosis was performed. Thus, in case 1, the uterus was perfused using two arteries and one vein (Fig. 1b). In case 2, end-to-side anastomosis of the right uterine artery of the host (vascular diameter, 1.2 mm) to the right uterine

artery of Farnesyltransferase the uterus of case 1 was carried out by interrupted suture with 11-0 nylon thread (Crownjun). Next, end-to-end anastomosis of the left ovarian vein of the host in the mesosalpinx to the left ovarian vein of the uterus of case 1 was carried out by interrupted suture with 11-0 nylon thread. Clamps for vessels were then released and uterine perfusion started. Subsequently, end-to-end anastomosis of the left uterine artery of the host to the left uterine artery of the uterus of case 1 was carried out by interrupted suture with 11-0 nylon thread, and end-to-end anastomosis of the right uterine vein of the host to the right uterine vein of the uterus of case 1 was carried out by interrupted suture with 11-0 nylon thread. Because the left uterine vein was extremely thin, no anastomosis was performed. Thus, in case 2, the uterus was perfused using two arteries and two veins (Fig. 1b). To prevent rejection of each transplanted uterus, immunosuppressants were used in the perioperative and postoperative periods.