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Background Pelvic fracture bleeding generally leads to hemorrhagic shock. Trans-arterial embolization (TAE) is regarded as the most useful treatment; however, the initial presentation of the patient can impact the effectiveness of TAE for pelvic fracture bleeding. The aim of this retrospective study is to explore whether the patient data at the initial presentation can predict the success of TAE for pelvic fracture bleeding. Methods Twenty-seven charts were retrospectively reviewed. TAE failure was defined as any patient who eventually received an exigent laparotomy or who died due to uncontrolled bleeding after TAE. For patients who received TAE, we analyzed factors recorded at the initial presentation, including age, gender, systolic blood pressure, heart rate, respiratory rate, body temperature, Glasgow coma scale (GCS) score, injury severity score (ISS) and associated injuries, using Pearson's correlation and independent t-tests. The odds ratio was used to determine the cut-off values for the patient presentation findings related to successful TAE and thus was used to assess congruity. Results Successful TAE was not correlated with age or gender. The hierarchical order of statistically significant associations between successful TAE and initial presentation data was as follows: the patient's body temperature, associated injury, respiratory rate, systolic blood pressure, GCS score, and ISS. The odds ratios for all statistically significant initial presentation factors were within a 95% confidence interval. Conclusion The findings upon initial presentation of a patient with pelvic fracture bleeding that were related to the predictability of successful TAE include the following: hypothermia prevention with maintenance of the body temperature above 36 °C, associated injuries limited to two organ systems, maintenance of the respiratory rate at approximately twenty-two breaths per minute, a sustained systolic blood pressure of approximately 90 mm Hg, maintenance of a heart rate of approximately one hundred beats per minute, a minor head injury with a GCS score greater than thirteen and a moderate ISS of less than twenty.

Background The incidence of skin cancer appearing on the head and neck areas is higher in elderly patients. Although free flap reconstruction is the mainstay after tumor excision, it is challenging to complete in elderly patients, owing to the high risk of complications and/or mortality rates associated with the use of general anesthesia. In this study, we used only local anesthesia in free tissue reconstruction of the head and neck in five elderly patients. Materials and methods From 2013 to 2016, 5 elderly patients with high risk of general anesthesia underwent reconstruction with either anterolateral thigh free flaps or groin free flap under local anesthesia, after wide excision of malignant tumors at head and neck. For each patient, the following information was collected: age, gender, body weight, anesthesia agents, intravenous fluid, blood loss, site of lesion, flap size, operation time, complications, and follow-up time. Results All flaps survived completely. The mean age of 5 patients (3 male patients and 2 female patients) was 84 years (range, 68-100 years), and mean flap size was 199.6 cm (range, 120-330 cm). The mean follow-up period was 26.6 months (range, 5-38 months). No complications were found. Conclusions With proper local anesthesia, successful head and neck reconstruction with free flap was possible, and patient prognosis was positive. There are numerous advantages, including: (1) a safer and inexpensive operation; (2) no complications from general anesthesia; (3) the fact that free flap transfer can be performed in elderly patients, even if they cannot tolerate general anesthesia; and (4) allowance of the performance of free tissue transferring in countries without adequate medical resources.

Background: Nonoperative management (NOM) of blunt splenic injuries has been widely accepted, and the application of splenic artery embolization (SAE) has become an effective adjunct to NOM. However, complications do occur after SAE. In this study, we assess the factors leading to the major complications associated with SAE. Materials and Methods: Focusing on the major complications after SAE, we retrospectively studied patients who received SAE and were admitted to 2 major referral trauma centers under the same established algorithm for management of blunt splenic injuries. The demographics, angiographic findings, and factors for major complications after SAE were examined. Major complications were considered to be direct adverse effects arising from SAE that were potentially fatal or were capable of causing disability. Results: There were a total of 261 patients with blunt splenic injuries in this study. Of the 261 patients, 53 underwent SAE, 11 (21%) of whom were noted to have 12 major complications: 8 cases of postprocedural bleeding, 2 cases of total infarction, 1 case of splenic abscess, and 1 case of splenic atrophy. Patients older than 65 years were more susceptible to major complications after SAE. Conclusion: Splenic artery embolization is considered an effective adjunct to NOM in patients with blunt splenic injuries. However, risks of major complications do exist, and being elderly is, in part, associated with a higher major complication incidence.

Splenic abscess is an uncommon but potentially life-threatening disease. Recent advances in radiology have affected the diagnosis and management of this disease entity. The purpose of this study was to review our experience in managing these patients. We retrospectively reviewed the medical records of 51 patients with splenic abscess as seen in a tertiary medical center between 1998 and 2003. We analyzed the demographics, clinical manifestations, etiology, predisposing factors, diagnostic modalities, bacteriologic profile, treatment, and outcome of these patients. The mean age was 59.9 ± 14.2 years (ranging from 21–89 years). The male:female ratio was 29:22. Common symptoms included fever (82%), abdominal pain (71%), and nausea and vomiting (46%). The majority of these patients (83%) had leukocytosis. Thirty-six patients had associated parenchymal liver diseases and 26 patients had diabetes mellitus. Abdominal sonogram or computed tomography was performed to establish the diagnosis. Most cultures from the abscess cavities grew gram-negative enteric bacilli. Patients were treated with antimicrobial therapy only (n = 33), additional percutaneous drainage with a pigtail catheter (n = 11), or splenectomy (n = 7), and the survival rates were 48 per cent, 45 per cent, and 100 per cent, respectively. Splenic abscess should be considered in a patient with fever, left upper abdominal pain, and leukocytosis. Splenectomy appears to have better treatment outcome than percutaneous drainage or intravenous antibiotics alone.

Background Nonoperative management (NOM) of blunt splenic injuries is widely accepted, and the use of splenic artery embolization (SAE) has become a valuable adjunct to NOM. We retrospectively review and discuss the complications derived from SAE. Materials and methods The medical records of 152 consecutive patients with blunt splenic trauma admitted to our trauma center during a 33-month period were retrospectively reviewed. The patients were managed according to an established algorithm. The record review focused on the method of patient management (operative versus nonoperative) and use of SAE. The complications encountered following SAE are discussed in detail. Results Altogether, 73 patients underwent emergency surgery (58 splenectomies, 15 splenorrhaphies), and 79 patients had NOM. Of the 79 patients with NOM, 58 were successfully treated; 2 patients required splenectomy after 24 hours. The remaining 21 patients had SAE, including 18 distal and 3 proximal embolizations. Major complications occurred in 28.5% of the SAE-treated patients and included total splenic infarction, splenic atrophy, and postprocedure bleeding. Minor complications occurred in 61.9% of the patients and included fever, pleural effusion, and partial splenic infarction. Conclusion SAE is considered a valuable adjunct to NOM in the treatment of blunt splenic injuries; however, risks of major and minor complications do exist, and SAE should be offered with caution and followed up appropriately.

The role of angioembolization in the management of patients with blunt spleen injury is still under debate. Our study examined the impact of splenic artery embolization (SAE) on the outcome of such patients. We reviewed 114 consecutive blunt abdominal trauma patients with isolated splenic injury over a period of 40 months, including 61 patients seen before (Group A) and 53 patients seen after (Group B) the adoption of SAE. Hemodynamically unstable patients underwent the abdominal exploration and stable patients were evaluated with CT scans of abdomen and pelvis. Patients underwent SAE based on the findings of CT scans, including contrast extravasation or large hemoperitoneum. For initially stable patients, there were no differences in nonoperative management success rate between Groups A and B in regards to injury severity score ≥16, age, or grades of splenic injury ≥3. In comparison, among patients with large hemo-peritoneum found by abdominal CT, Group B had significantly better nonoperative management success rates (P < 0.05). SAE was successful to control bleeding in 80 per cent of patients. Partial splenic infarction was noted in all patients after the procedure but it resolved by six months. By using criteria developed based on abdominal CT scans for angioembolization, we are able to improve nonoperative splenic salvage rate.

Humans can acquire infection by sparganum or plerocercoid larva of the tapeworm from drinking water containing infected Cyclops species and by ingesting infected snakes, birds, or other mammals. Once infected, the plerocercoid larva migrate slowly in the tissues and present as a subcutaneous lesion, making the correct diagnosis difficult. A 38-year-old man visited our clinic due to a breast mass. Due to suspicion of gynecomastia or breast cancer, he underwent tumor excision. Unexpectedly, a long white worm was found in the breast tissue and the pathologic finding showed sparganosis. After the surgery, mebendazole was prescribed for 1 week. No recurrence of the sparganosis was found during 1-year follow-up.

Background: Splenic artery embolization (SAE) has been used as an adjunct to the nonsurgical treatment of blunt splenic injuries since 1981. It is imperative to define the role of SAE in the management of splenic trauma and to establish a guideline for its use. Methods: In this study, 39 consecutive patients with blunt splenic ruptures were evaluated. All the patients were treated according to the authors' protocol, which included SAE as an adjunct. Angiographic study was performed for patients with any of the following presentations: recurrent hypotension despite fluid resuscitation, significant hemoperitoneum or extravasation of contrast media on computed tomography, grade 4 or 5 splenic injury, or progressive need for blood transfusion. Laparotomy was reserved for patients with unstable hemodynamics or failure of SAE. Results: Four patients were excluded from the study, and 6 of the 35 remaining patients (male-to-female ratio, 22:13) received SAE. One of the six SAE patients underwent operation because of persistent hemorrhage after SAE. Nonoperative treatment was successful for 31 patients. Splenic artery embolization increased the success rate for nonsurgical management from 74% (26 of 35 patients) to 89% (31 of 35 patients). Conclusions: Judicious use of SAE for patients with blunt splenic injury avoids unnecessary surgery and expands the number of patients who can retain their spleen.