1.Methods in reconstruction of the abdominal wall defects.
Jae Seung LEE ; Kyung Won MINN ; Seong Chul LEE
Journal of the Korean Society of Plastic and Reconstructive Surgeons 1993;20(4):767-775
No abstract available.
Abdominal Wall*
2.Abdominal wall myofascial pain: still an unrecognized clinical entity.
Rohit BALYAN ; Saneep KHUBA ; Sujeet GAUTAM ; Anil AGARWAL ; Sanjay KUMAR
The Korean Journal of Pain 2017;30(4):308-309
No abstract available.
Abdominal Wall*
3.Comparison of Fixation of the Rectus Fascia to the Cooper's Ligament and Abdominal Wall in Pubovaginal Sling Operation.
Young Seop CHANG ; Seok San PARK
Korean Journal of Urology 2000;41(8):1012-1016
No abstract available.
Abdominal Wall*
;
Fascia*
;
Ligaments*
4.Abdominal Wall Protrusion Following Herpes Zoster.
Myoung Hoon BAE ; Joung Bin LEE ; Min Jae SUNG ; Jae Hyeok HEO ; Min Ky KIM
Journal of the Korean Neurological Association 2010;28(1):63-64
No abstract available.
Abdominal Wall
;
Herpes Zoster
5.The study of the increasing effect of the abdominal capacity by the procedure of abdominal wall muscles in puppies.
Journal of the Korean Surgical Society 1993;45(6):1017-1025
No abstract available.
Abdominal Wall*
;
Muscles*
6.Prenatal ultrasonographic diagnosis of the congenital abdominal wall defect of the fetus: a case report.
Soon Ae LEE ; Hwa Suk YANG ; Jong Hak LEE ; Jong Hwa KIM ; Won Yung PAIK
Korean Journal of Obstetrics and Gynecology 1991;34(7):1015-1020
No abstract available.
Abdominal Wall*
;
Diagnosis*
;
Fetus*
7.Clinical Experience of Ureterolithotomy by Posterior Vertical Incision.
Hyun Woo KIM ; Kyu Shik JUNG ; Jong Byung YOON
Korean Journal of Urology 1981;22(5):378-382
The authors obtained the following results through comparative investigation between experiences from authors clinical study of ureterolithotomy by posterior vertical incision devised by Gil-Vernet and Yoon`s clinical study of ureterolithotomy by posterior vertical incision and his lumbar incision. 1. Operation time was average 62 min. and blood loss was average about 50cc. So operation time and blood loss were similar to Yoon`s result but more or less reduced as compared with lumbar incision. 2. Postoperative urine leakage and ambulation time were 1 day and 2 day that were more or less reduced as compared with Yoon`s result. 3. Ipsilateral lower abdominal wall protrusion was noted postoperatively. We think, this is from subcostal nerve injury. 4. Postoperatively sensation change on subcostal nerve, ilohypogastric nerve and ilioinguinal nerve innervation sites were noted in half of all, but disappeared in several weeks. Considering above results, while posterior vertical incision has merits such as minimal operative invasion and early postoperative ambulation time, but it often notes inevitable nerve damage. So, we think better results would be gained by careful attention to nerve and vascular distribution.
Abdominal Wall
;
Sensation
;
Walking
8.Laparoscopic transabdominal extraperitoneal mesh repair of lumbar hernia.
Soon Young NAM ; Se Kook KEE ; Jae Oh KIM
Journal of the Korean Surgical Society 2011;81(Suppl 1):S74-S77
Lumbar hernias are rare posterolateral abdominal wall defects that may be congenital or acquired. There are two types of lumbar hernia, the superior lumbar hernia through Grynfeltt triangle, and the inferior lumbar hernia through Petit triangle. Many techniques have been described for the surgical repair of lumbar hernias including primary repair, local tissue flaps, and conventional mesh repair. But these open techniques require a large skin incision. We report a case of superior lumbar hernia, which was successfully repaired using a laparoscopic approach.
Abdominal Wall
;
Hernia
;
Skin
9.A case report of huge spontaneous abdominal wall abscess in diabetic patient
Jae Sub PARK ; Seung Hoo CHOI ; Kyung Rae KIM
Journal of the Korean Diabetes Association 1991;15(1):141-144
No abstract available.
Abdominal Wall
;
Abscess
;
Humans
10.Postoperative Intraabdominal Fluid Collections: A Modified Percutaneous Drainage Method using a Surgical Drain Track.
Deok Hee LEE ; Gab Choul KIM ; Jae Cheol HWANG ; Hyun Ki YOON ; Ho Young SONG ; Kyu Bo SUNG
Journal of the Korean Radiological Society 2000;42(4):623-627
In the management of postoperative fluid collection, the conventional percutaneous drainage method can be employed. Because of abdominal incisions and various types of surgical drains and/or T-tubes, the application of this method is not always easy, however. We inserted a drainage catheter through a pre-existing percutaneous track formed by a surgical drain located adjacent to the site of abnormal fluid collection. There was no need to remove the drain nor make an additional puncture in the abdominal wall. A dilator was inserted along the drain, and a guide wire was used to negotiate its intraperitoneal track and readch the accumulated fluid. The procedure was simple and safe. We briefly deseribe our experience of this modified percutaneous drainage technique, as used in three cases involving postoperative fluid collection.
Abdominal Wall
;
Catheters
;
Drainage*
;
Punctures
Result Analysis
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