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H Ceyran

Publications and source records attributed to H Ceyran.

6 recordsLinked to original sources

Surgical treatment of vasculo-Behçet's disease. A review of patients with concomitant multiple aneurysms and venous lesions.

BACKGROUND: Vascular complications can be seen in patients with Behçet's disease. Arterial and venous complications may be found separately or concomitantly in patients. PATIENTS AND METHODS: Out of 29 patients with vasculo-Behçet's disease 7 patients with multiple aneurysms and venous lesions were documented over a period of 20 years. All patients were male, ranging in age from 24 to 52 years. The mean duration of the disease was 6 +/- 2 years. The aneurysms were found in the following locations: one pulmonary artery, two abdominal aorta, four iliac, five femoral, and two popliteal artery. Both aneurysmal and occlusive lesions were present in three patients. In the venous lesions associated with the aneurysms there were three deep and three superficial venous thrombosis. Two patients had caval involvement-superior and inferior vena caval syndromes. RESULTS: We performed seven interposition grafting by polytetrafloroethylene, one Y-grafting, one aneurysmorrhaphy, one lobectomy. Re-anastomosis was performed in two patients who had anastomotic aneurysms and graft occlusion without disabling ischemia. Venous pathologies were treated by medical therapy. The patients were followed up between 1 to 8 years. One of the patients with iliac artery aneurysm died due to gastrointestinal bleeding 15 months after the operation. CONCLUSIONS: In conclusion, when an aneurysm has been found in a patient with Behçet's disease, the patient should be scanned for possible multiple aneurysms and venous lesions since they might be found together. Surgical treatment, when feasible, should be performed in cases with Behçet aneurysms because of a high risk of rupture. However, the possibility of an anastomotic aneurysm developing after surgery should also be kept in mind.

Adult↗

Benefit of using a triple-lumen catheter to monitor left atrial pressure.

BACKGROUND: Left atrial pressure (LAP) monitoring provides a useful option for management of hemodynamic status in pediatric open-heart surgical patients during the postoperative period. PATIENTS AND METHOD: We used a triple-lumen catheter placed into the left atrium transseptally to measure left atrial pressure. Twenty children that were operated on in our clinic are included in this study: 11 males and nine females. A 5-Fr. triple-lumen radio-opaque polyethylene catheter was used for the procedure. After the repair of the primary cardiac defect, the distal end of the catheter was repositioned transseptally and advanced into the left atrium. The proximal and middle line's distal orifices were left in the right atrium. Distal line was used as a left atrial pressure line, the middle line as a central venous pressure line, and the proximal line as a route for fluid infusion or drug administration. RESULTS: No mortality and no catheter-related complication were observed. No failure or complication occurred during withdrawal of the catheter. CONCLUSION: We conclude that this preliminary technique can be a useful and easy way of monitoring LAP, as well as providing central venous access.

Atrial Function, Left↗

A rare cause of peripheral arterial embolism: ruptured cardiac hydatid cyst.

One of the important unfavorable events that occur during the course of the cardiac hydatid cyst is rupture of the cyst and embolism of the germinative membrane. Peripheral arterial embolism of this germinative membrane is uncommon but is a potential risk due to the nature of the disease. Ruptured cardiac hydatid cyst should be suspected in young patients who have a peripheral arterial embolism and come from sheep-raising areas and/or if they have a suspected embolectomy material resembling germinative membrane. Following the embolectomy and reconstruction of the circulation in the involved extremity, ruptured cardiac hydatid cyst should be diagnosed immediately and excision of the cardiac cyst should be performed as quickly as possible. In this case report, we present two patients who had lower extremity embolism originating from the ruptured cardiac hydatid cyst and were operated on for cardiac cyst excision.

Adult↗

Chest wall deformities.

BACKGROUND: Pectus deformities and atypical costal anomalies are congenital thoracic wall defects that can cause a marked cosmetic defect with attendant psychological trauma and limited physical performance. PATIENTS AND METHODS: We reviewed 43 patients with chest wall deformities, 24 (55.8%) were pectus excavatum, 13 (30.2%) pectus carinatum and 6 (14%) atypical costal anomalies, in the last sixteen years. There were nine female and 34 (79.1%) male patients. The mean age of the patients was 14.4 years (range, 5 to 23). Scoliosis (13.5%), Poland's syndrome (5.4%), Marfan's syndrome (5.4%), neurofibromatosis (2.7%), atrial septal defect (2.7%) and mitral valve prolapse (13.5%) were associated with pectus deformities. The modified Ravitch's technique was used in pectus cases. Concomitant surgery was performed in two patients with pectus carinatum. RESULTS: The complications of pectus deformity repair were pneumothorax (24.3%), wound infection (8.1%), and local tissue necrosis (2.7%). There was no major recurrence, while minor recurrence rate was 10.8%. There was no mortality. CONCLUSION: Timely surgical procedures for the treatment of pectus deformities result in an excellent cosmetic outcome and improve cardiorespiratory function, providing both physical and psychological benefits.

Adolescent↗

Carnitine levels in patients with chronic rheumatic heart disease.

OBJECTIVE: Carnitine, a small aminoacid derivative plays a major role in fatty acid oxidation. Myocardial carnitine deficiency may cause malfunction of the heart. Rheumatic valvular heart disease can be associated with myocardial dysfunction. We have investigated myocardial and plasma-free carnitine levels in patients with chronic rheumatic heart disease. MATERIAL AND METHODS: Eleven patients with chronic rheumatic heart disease requiring valve replacement were selected for study. Ten patients with no cardiac failure, myocardial wall motion abnormalities and myocardial infarction and for whom coronary bypass surgery was planned were selected as the control group. Carnitine levels of myocardial tissue obtained from the right atrium and plasma during the operation were evaluated using spectrophotometric method. Myocardial-free carnitine levels expressed as mumol/g (dry weight) were determined according to Ceberblad and Lindstedt technique. RESULTS: Myocardial-free carnitine levels in patients were found to be 0.72 +/- 0.37 mumol/g (dry weight) in comparison with 1.44 +/- 1.03 mumol/g (dry weight) in the control group. Myocardial-free carnitine levels in patients were statistically decreased when compared to control group. Plasma-free carnitine levels in patients were 80.91 +/- 28.22 mumol/L and 89.52 +/- 48.21 mumol/L in the control group, respectively. There was no significant difference between plasma-free carnitine levels of the groups. CONCLUSION: In our study, myocardial-free carnitine levels were decreased while plasma-free carnitine levels were normal in patient with chronic rheumatic heart disease.

Adult↗