No abstract available.
Drainage* ; Seroma*

No abstract available.
Contracture* ; Mastectomy* ; Seroma*

No abstract available.
Humans ; Seroma* ; Sutures* ; Tissue Donors*

BACKGROUND AND OBJECTIVES: Otohematoma is a fairly common disease in otolaryngologic clinics. The principle treatment is composed of removal of the hematoma and compression. But this method is inconvenient both to the patient and doctor. To find another alternative that is simple and easy, we tried steroid injection in otohematoma. Steroid is used in various kinds of hemangioma, and if it is effective in hemangioma it also can be speculated that same phenomenon can be happened to otohematoma. MATERIALS AND METHODS: One hundred otohematoma patients were treated with triamcinolone injection on the lesion sites after aspiration of hematoma or seroma. The injection was repeated as necessary. RESULT: Among the 100 otohematoma patients 96 patients(96%) were healed without any complications. The numbers of injection needed were usually within 3 times(81%) : 1 time(42%), 2 times (20%), 3 times(19%). CONCLUSION: Steroid injection is a very good alternative in the treatment of otohematoma. It is easy to perform, convenient to the patients and usually results in complete resolution. The proposed mechanisms are vasoconstricting and anti-inflammatory action of steroid.
Hemangioma ; Hematoma ; Humans ; Seroma ; Triamcinolone

The purpose of this study was to determine the histopathologic change of Medpor(R) implant for the case of orbital floor reconstruction in the rabbit model. Two types of Medpor(R)(barrier sheet and nonbarrier sheet) were used for the reconstruction of orbital floor in 30 rabbits. In 1 month and 6 months postoperatively, the histopathologic changes were observed with light microscope and forced duction test was performed. None of the implants were lost or extruded and there was no evidence of wound infection, hematoma, or seroma formation. None of cases showed positive in force duction test. Orbital tissue ingrowth was not observed in the barrier sheet Medpor(R) implant group, however, it was observed in the nonbarrier sheet Medpor(R) implant group. This study supports that the barrier sheet Medpor(R) may more suitable than nonbarrier sheet Medpor(R) for reconstruction of the fractured orbital wall.
Hematoma ; Orbit* ; Rabbits* ; Seroma ; Wound Infection

PURPOSE: The buttocks region has been associated with allure and sex appeal for centuries. Gluteal implants enable buttocks remodeling in a way that is not possible in other methods. One of the reasons that render gluteal implant surgeries unpopular is the fear of complications, the main problems being seroma, wound dehiscence, extrusion, and a visible or palpable implant. The authors present the XYZ technique, which provides anatomical reference points to guide the intramuscular dissection procedure in a feasible and safe way, resulting in a lower complication rate. METHODS: The XYZ procedure was done for buttock augmentation on 8 patients from December 2009 to June 2010. Patient's ages ranged from 27 to 44 with a mean age of 36. Seven patients were applied the 250cc sized Elastomer implants with one patient 290cc sized implant. Preoperative marking was done with the patients in the standing position. Bisection of the gluteus maximus muscle was done at the midpoint thickness to create a plane for implant insertion, which is called the sandwich plane. RESULTS: The 8 cases were performed safely without major complications. However one patient had minor wound dehiscence, and was managed with conservative treatment. Another patient had a discomfort on the buttocks for a long time. The patients were followed up for average 6 months. All patients were satisfied with the aesthetic results. CONCLUSION: In performing the XYZ technique for gluteal augmentation, the surgeon must split the muscle into two equal halves with anatomical reference points to guide the muscle detachment in a symmetrical way at an adequate depth. This method provides a guideline for the surgeon in determining the ideal plane during intramuscular dissection and gives predictable results with low complication rates. Intramuscular gluteoplasty with gluteal implants offers predictable, aesthetically pleasing results without contour irregularities and only a low incidence of major complications.
Buttocks ; Elastomers ; Humans ; Incidence ; Muscles ; Seroma

A 35-year-old female patient had a cyst-Jike swelling for one month on the right scaphoid fossa and antihelix of the auricle. Histopathologically, cystic cavity was located in lower dermis and cavity roof was composed of fibrous material without cartilagenous structure. Treatrment consisted of incision and drainage and subsequently rnastoidectomy dressing for one week. One month after treatment, recurrence of lesion was not found.
Adult ; Bandages ; Dermis ; Drainage ; Female ; Humans ; Recurrence ; Seroma*

PURPOSE: Recurrence of a pilonidal sinus after surgery is well known. Many surgical techniques have been developed but there is no efficient method available. This study evaluated the results of a Modified Rhomboid excision and Limberg flap of a pilonidal sinus, and examined the value of this method. METHODS: Five patients, who had been treated with a modified rhomboid excision and Limberg flap procedure for recurrent pilonidal sinus, were evaluated. The patient's age, gender, duration of symptoms, length of hospital stay, complications, time required for the return to normal activity, and prior history of surgery were evaluated. RESULTS: The mean age of the 5 patients (4 males and 1 female) was 22.7 years, and all had a history of previous surgery. The mean duration of symptoms was 4.2 years. Only one patient developed seroma. The mean hospital stay was 7.2 days, and the mean time to normal activity was 14.4 days. There was no recurrence. CONCLUSION: Modified Rhomboid excision and Limberg flap procedure is the optimal method for treating recurrent pilonidal sinus with low complication and recurrence rates.
Humans ; Length of Stay ; Male ; Pilonidal Sinus ; Recurrence ; Seroma

In most intracranial surgery cases, a drain catheter is inserted to prevent the collection of the wound hematoma or seroma. A drain catheter is also inserted to drain the hematoma or the cerebrospinal fluid. The drain catheter itself does not cause complications; but many complications occur during its removal, such as hematoma, seroma, air collection and pseudomeningocele formation. To prevent these complications, neurosurgeons perform a suture on the catheter to remove the site. In this study, an additional horizontal mattress suture and an anchoring suture to the drainage catheter are proposed. This method maintains negative pressure in the catheter insertion site during the catheter removal, compresses the catheter tunnel site and attaches the external wounds strongly. The technique is easy and safe to perform, and does not require an additional suture to remove the catheter.
Catheters* ; Cerebrospinal Fluid ; Drainage* ; Hematoma ; Seroma ; Sutures* ; Wounds and Injuries

PURPOSE: Surgical clips are used as a target for postoperative breast radiotherapy, and displacement of surgical clips would result in inaccurate delivery of radiation. We investigated the displacement range of surgical clips in the breast during postoperative radiotherapy following breast-conserving surgery. METHODS: A total of 178 patients who received breast-conserving surgery and postoperative radiation of 59.4 Gy in 33 fractions to the involved breast for 6.5 weeks were included. Surgical clips were used to mark the lumpectomy cavity during breast-conserving surgery. Patients undertook planning computed tomography (CT) scan for whole breast irradiation. Five weeks after beginning radiation, when the irradiation dose was 45 Gy, planning CT scan was performed again for a boost radiotherapy plan in all patients. The surgical clips were defined in both CT images and compared in lateromedial (X), anteroposterior (Y), superoinferior (Z), and three-dimensional directions. RESULTS: The 90th percentile of displacement of surgical clips was 5.31 mm (range, 0.0–22.2 mm) in the lateromedial direction, 7.1 mm (range, 0.0–14.2 mm) in the anteroposterior direction, and 6.0 mm (range, 0.0–10.0 mm) in the superoinferior direction. The 90th percentile of three-dimensional displacement distance was 9.8 mm (range, 0.0–28.2 mm). On the multivariate analysis, seroma ≥15 mL was the only independent factor associated with the displacement of surgical clips. In patients with seroma ≥15 mL, the 90th percentile of displacement of surgical clips was 15.1 mm in the lateromedial direction, 12.7 mm in the anteroposterior direction, 10.0 mm in the superoinferior direction, and 21.8 mm in the three-dimensional distance. CONCLUSION: A target volume expansion of 10 mm from surgical clips may be sufficient to compensate for the displacement of clips during postoperative radiotherapy after breast-conserving surgery. For patients who had a seroma, a replanning CT scan for a boost radiation should be considered to ensure exact postoperative radiotherapy in breast cancer.
Breast Neoplasms* ; Breast* ; Humans ; Mastectomy, Segmental* ; Multivariate Analysis ; Radiotherapy* ; Seroma ; Surgical Instruments* ; Tomography, X-Ray Computed