Primary Repair of a Huge Incisional Hernia by Using an External Oblique Myofascial Releasing Technique without Mesh: A Case Report

Incisional hernias are one of the most common complications after abdominal surgery and are an important cause of postoperative morbidity. Various methods are available for repairing incisional hernias, such as primary suture repair, an open mesh technique, and a laparoscopic mesh technique. The surgical management of a large incisional hernia by using a prosthetic mesh in a contaminated operative field (i.e., opened bowel from previous stoma or bowel resection) remains a difficult challenge because the non-absorbable mesh used is accompanied by a potential risk of infection and its related morbidity. We present a case of a large abdominal-wall defect, which was corrected by utilizing an external oblique myofascial releasing technique without the use of mesh, in a patient with an incisional hernia coexistent with Hartmann's colostomy.

Local Control of Local Excision for T1/T2 Rectal Cancer

PURPOSE: The aim of this study was to review the outcome of local control after the local excision for T1/T2 rectal cancers and, thus, to assess its effectiveness as an alternative to a more radical resection. METHODS: This retrospective study analyzed 23 patients with T1/T2 rectal cancer treated by local excision (LE), and their results were compared with the results for 22 patients with rectal cancer of the same stage treated by a radical resection (RR). All patients with pT2 lesions in the LE group received postoperative adjuvant chemoradiation. The outcomes were defined as 5-year local-recurrence-free survival (LRFS). The median follow-up was 72 (range, 40~92) months. RESULTS: Recurrence occurred in 4 patients (pT1, 1; pT2, 3) in the LE group and in 3 patients (all pT2) in the the RR group. One patient with vascular invasion (T2N1M0) in the RR group showed multiple liver metastases at 23 months postoperatively. The difference in 5-year LRFS was not statistically significant between the two groups. In the LE group, the 5-year LRFS for pT2 lesions was significantly less favorable than that for pT1 lesions (40% vs. 94%; P= 0.005). The 5-year LRFS for pT2 in the RR group was more favorable than that in the LE group, although the difference was not statistically significant (76.9% vs. 40%, P=0.138). CONSLUSIONS: Local excision provides a favorable local control for pT1 rectal cancers. A more radical resection, however, remains an effective surgical option for pT2 lesions because local excision, even combined with adjuvant chemoradiation, showed substantial local recurrences.

The Detection of Micrometastasis in RT-PCR Using Multiple Primers in Peripheral Blood and Bone Marrow of Breast Cancer Patients

PURPOSE: The detection of occult micrometastasis in breast cancer patients may allow the establishment of prognosis and development of new therapeutic approaches. This study was performed in order to improve on existing methods of detection by evaluating the potential of specific mRNA markers in reverse-transcriptase polymerase chain reaction (RT-PCR) of peripheral blood and bone marrow taken from patients with breast cancer. METHODS: Peripheral blood and bone marrow samples were obtained from thirty-four breast cancer patients who under gone surgery in the Department of Surgery, Uijongbu St. Mary's Hospital between January 2000 and May 2001. In RT-PCR, we tried multiple primers on breast cancer cell lines and patient samples. Using MUC-1 and CK19 mRNA primers, we detected micrometastasis in breast cancer patients. Subsequently, we analysed the correlation with RT-PCR results and other prognostic factors. RESULTS: MUC-1 and CK19 were detected in all breast cancer cell lines. However, CEA was not detected in some cell lines. CK19 showed greater sensitivity than MUC-1 in RT-PCR. Using MUC-1 as primers, the detection rate was 47.1% and 35.3% in bone marrow and peripheral blood, respectively. Seven patients (20.5%) were positive in both sources. In the case of CK19, the detection rate was 50% and 41.2% in bone marrow and peripheral blood, respectively. Twelve patients (35.2%), were noted as being positive for both primers. The concordance rate of both primersmers was 38.2% and 23.5% in bone marrow and peripheral blood, respectively. CK19 positivity in the peripheral blood was correlated with bone marrow positivity and MUC-1 positivity in both sources and inversely correlated with ER. CK19 positivity of bone marrow was correlated with MUC-1 positivity of bone marrow. CONCLUSION: CK19 and MUC-1 may be good candidates for use in RT-PCR for the detection of micrometastasis of breast cancer. CK19 showed greater sensitivity. However, using both primers in RT-PCR, we may detect micrometastasis more sensitively and specifically and more wisely choose a treatment modality.

Transplantation of En Bloc Pediatric Cadaver Kidneys into Adult Recipient / 대한이식학회지

According to the donor shortage, the marginal donor should be concerned as one of the potential kidney sources. The pediatric kidney could be transplanted to adult recipient, but it is well known that small functioning nephron mass could cause the late graft dysfunction according to the hyperfiltration syndrome. Here, we report a case of successful kidney transplantation in adult using en bloc kidneys from a child with good long term graft function.

The Detection of Micrometastasis in RT-PCR Using Multiple Primers in Peripheral Blood and Bone Marrow of Breast Cancer Patients / 한국유방암학회지

PURPOSE: The detection of occult micrometastasis in breast cancer patients may allow the establishment of prognosis and development of new therapeutic approaches. This study was performed in order to improve on existing methods of detection by evaluating the potential of specific mRNA markers in reverse-transcriptase polymerase chain reaction (RT-PCR) of peripheral blood and bone marrow taken from patients with breast cancer. METHODS: Peripheral blood and bone marrow samples were obtained from thirty-four breast cancer patients who undergone surgery in the Department of Surgery, Uijongbu St. Mary's Hospital between January 2000 and May 2001. In RT-PCR, we tried multiple primers on breast cancer cell lines and patient samples. Using MUC-1 and CK19 mRNA primers, we detected micrometastasis in breast cancer patients. Subsequently, we analysed the correlation with RT- PCR results and other prognostic factors. RESULTS: MUC-1 and CK19 were detected in all breast cancer cell lines. However, CEA was not detected in some cell lines. CK19 showed greater sensitivity than MUC-1 in RT-PCR. Using MUC-1 as primers, the detection rate was 47.1% and 35.3% in bone marrow and peripheral blood, respectively. Seven patients (20.5%) were positive in both sources. In the case of CK19, the detection rate was 50% and 41.2% in bone marrow and peripheral blood, respectively. Twelve patients (35.2%), were noted as being positive for both primers. The concordance rate of both primers mers was 38.2% and 23.5% in bone marrow and peripheral blood, respectively. CK19 positivity in the peripheral blood was correlated with bone marrow positivity and MUC-1 positivity in both sources and inversely correlated with ER. CK19 positivity of bone marrow was correlated with MUC-1 positivity of bone marrow. CONCLUSION: CK19 and MUC-1 may be good candidates for use in RT-PCR for the detection of micrometastasis of breast cancer. CK19 showed greater sensitivity. However, using both primers in RT-PCR, we may detect micrometastasis more sensitively and specifically and more wisely choose a treatment modality.