1.A Case of Small Bowel GIST Initially Suspected as Peritoneal Seeding of Gastric Cancer.
Dae Hyeun JO ; Jeong Yoon SONG ; Yong Ho KIM
Journal of Gastric Cancer 2010;10(3):137-140
Gastrointestinal stromal tumors (GISTs) constitute the most common primary mesenchymal tumors of the digestive tract and characteristically express c-kit (CD117). GISTs are the most common non-epithelial tumor of the GI tract and frequently originate from the stomach and small bowel. Specifically, the synchronous occurrence of a GIST with other epithelial tumors is rarely reported. Recently, we discovered one case of a concurrent gastric cancer and a small bowel GIST that was initially suspected to be peritoneal seeding from gastric cancer. The patient was initially admitted with epigastric pain. Gastric cancer with peritoneal seeding was suspected after an evaluation. Following a laparoscopic examination, a distal gastrectomy with D2 lymph node dissection and small-intestine segmental resection was performed. The final pathologic diagnosis was early gastric cancer and high-risk small bowel GIST. The patient refused adjuvant therapy for the GIST, and currently shows no other marked indisposition. He has been disease-free for 14 months.
Gastrectomy
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Gastrointestinal Stromal Tumors
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Gastrointestinal Tract
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Humans
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Lymph Node Excision
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Seeds
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Stomach
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Stomach Neoplasms
2.Diagnosis and Treatment of Sacral Asymlocation in Back Pain Patients: Clinical Application of Prolotherapy.
Hyeun Sung KIM ; Ki Ho JUNG ; In Ho PARK ; Jae Kwang RYU ; Kwang Jin SUN ; Kyung Joon LIM ; Dae Hyun JO
The Korean Journal of Pain 2007;20(2):130-137
BACKGROUND: We evaluated the role and effects of prolotherapy in patients presenting with lower back pain and detected sacral asymlocation, by retrospectively analyzing the results of prolotherapy performed at our institute. METHODS: Twenty-three patients with referred pain in the lower back rather than distinct radiculopathy, were detected to have sacral asymlocation by simple X-ray from May 2004 through July 2005. The patients were treated with prolotherapy and manipulation by the Ongley's method around the lumbosacral junction, iliolumbar ligament, and sacroiliac joint. They were treated for approximately one to two week intervals, and during this period were rechecked by X-ray and evaluated using the visual analogue scale (VAS). RESULTS: A total of 23 patients were included in the study (10 male and 13 female), and the average age was 41 years. The average VAS at the time of visit was 8.5, the average treatment time was 4.7 days, and the average VAS after treatment was 2.1. CONCLUSIONS: Back pain, and associated leg and buttock pain, originate from several causes. In these case analyses, instability around the lumbosacral area and sacral asymlocation might have been important causes of patient back pain and associated buttock and leg pain. We therefore applied prolotherapy as well as manipulation techniques devised by Ongley to these patients, and obtained good results.
Back Pain*
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Buttocks
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Diagnosis*
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Humans
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Leg
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Ligaments
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Low Back Pain
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Male
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Pain, Referred
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Radiculopathy
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Retrospective Studies
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Sacroiliac Joint
3.Spontaneous Regression of a Radiculopathic Cervical Herniated Disc following Non-surgical Treatment: 3 case reports.
Hyeun Sung KIM ; Dae Hyun JO ; In Ho PARK ; Jae Kwang RHU ; Kwang Jin SUN ; Kyung Joon LIM
The Korean Journal of Pain 2008;21(1):84-88
The spontaneous regression of herniated cervical discs is not a well established phenomenon. However, we encountered the 3 cases of spontaneous regression of severe radiculopathic herniated cervical discs that were treated using a non-surgical method. Each of the patients were treated with a combination of manipulation, dry needling and analgesics. In each case, the symptoms improved within 12 months of treatment and magnetic resonance imaging (MRI) conducted at that time revealed marked regression of the herniated disc in all cases. These cases provide additional examples of spontaneous regression of herniated cervical discs documented by MRI following non-surgical treatment.
Analgesics
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Humans
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Intervertebral Disc Displacement
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Magnetic Resonance Imaging