Head injury in the youngest age group is distinct from that occurring in older children or adults because of differences in mechanisms, injury thresholds, and the frequency with which the question of child abuse is encountered. "Shaken baby syndrome" has results in intracranial and introcular hemorrhages with no evidence of external trauma. The cause of these injuries is vigorous shaking of an infant being held by the chest, shoulders, or extremities. Severe head injuries commonly diagnosed as shaking injuries require impact to occur and that shaking alone in an otherwise normal baby is unlikely to cause the shaken baby syndrome. "Shaken impact syndrome" has the advantage of being more inclusive of verifiable impact mechanisms and of reflecting the extreme forces that appear to be necessary to produce these often devastating injuries. All clinicians must recognize the wide spectrum of injuries in child abuse to ultimate protect the victim or other children in an at-risk situation. And physicians play an important role in diagnosis, management and prevention of child abuse and shaken baby syndrome.
Adult ; Child ; Child Abuse ; Craniocerebral Trauma ; Diagnosis ; Extremities ; Hemorrhage ; Humans ; Infant ; Shaken Baby Syndrome* ; Shoulder ; Thorax

Juvenile xanthogranuloma is a congenital or perinatal tumor, 1 to 2 cm in diameter, usually located on the head. The extracutaneous lesions can occur on the eye, the lung, the epicardium, the oral cavity or the testicles. Subcutaneous form of juvenile xanthogranuloma has been reported very rarely in the literature. We report a unique case of a subcutaneous juvenile xanthogranuloma that showed 4 × 4 cm sized plaque and located on the extremity of 9-year-old girl.
Child ; Extremities ; Female ; Head ; Humans ; Lung ; Mouth ; Pericardium ; Testis ; Xanthogranuloma, Juvenile*

With the development of spinal fusion and internal fixation, rehabilitation mediclne, urinary control and antibiotics, the outlook for patients with cervical spine injuries has brightened considerably, as compared with half a century ago. However, splnal cord injury still remains as one of the most devastating accidents that man can Incur and still survive. There is increasing tendency to stabllize unstable cervical spine injuries surglcally for the benefit of early mobilization,.early rehabilitation, easy nursing care, and rigid stability of the spine. A clinical study was performed on 72 patients with 76 fractures and fracture-dislocatlons of the cervical spine, who were hospitalized and treated at Severance Hospital during the period between January 1970 and December 1978 and the following results were obtained. 1. The prevalent age distribution was between 30 and 50 years of age (59.7%), and the ratio between males and females was 5:1. The most common cause of injury was falling from a height (51.4%). 2. In overall patients, neurologic damage was found at first examination in 69.4%, and among these, complete paralysis below the injured level In 41.7%, incomplete paralysis in 25%, and nerve root injury in 2.7%. 3. The mechanisms of injury included flexion-rotation (50%), extension-distraction (18%), flexion-compression (12.5%), pure flexion (5.5%), axial compression (5.5%), and unclassified (8.3%). 4. Among 72 patients, emergency decompressive laminectomy was performed on 10 patients, anterior interbody fusion on 15 patients, posterior fusion with wiring on 3 patients and the rest of patients were treated conservatively. 5. There was no significant difference in the recovery of neurologic loss between conservatively and surgically treated patients, but it was thought better to stabilize the unstable fracture-dislocations surgically for early mobilization and rehabllitatlon.
Accidental Falls ; Age Distribution ; Anti-Bacterial Agents ; Clinical Study ; Early Ambulation ; Emergencies ; Female ; Humans ; Laminectomy ; Male ; Nursing Care ; Paralysis ; Rehabilitation ; Spinal Fusion ; Spine

A four year old boy was admitted to the hospital due to an open skull fracture and severe cerebral contusion with acute subdural hematoma caused by head trauma. The patient underwent emergency operation by craniectomy and duroplasty. Five weeks later, he received a second operation in which autologous cranioplasty and duroplasty was applied using artificial dura mater (Redura), but he experienced transient severe thrombocytopenia immediately after the second operation, necessitating that he receive three platelet transfusions. The patient fully recovered from thrombocytopenia six days after operation. Here, we report a case of abnormal response resulting in acute severe transient thrombocytopenia immediately after cranioplasty using artificial dura mater. The experience of this case suggests that close cooperation with the blood bank is required before a cranioplasty, since severe thrombocytopenia may occur during surgery when employing an absorbable artificial dura mater.
Blood Banks ; Contusions ; Craniocerebral Trauma ; Dura Mater* ; Emergencies ; Hematoma, Subdural, Acute ; Humans ; Male ; Platelet Transfusion ; Skull Fractures ; Thrombocytopenia*

BACKGROUND: A large amount of blood is lost during spinal fusion surgery; therefore, a blood transfusion is required. In this study, we analyzed the amount of transfusion and hemodynamic changes in relation to the count of fusion segments in lumbosacral spinal surgeries. METHODS: We analyzed 67 patients who had undergone lumbosacral fusion. They were divided into five groups according to the levels of fusion segments (one level: Group 1, two levels: Group 2, three levels: Group 3, four levels: Group 4 and above three levels: Groups 3+4). Total amounts of transfusion and perioperative hemodynamic changes were compared among each group. RESULTS: Of the total 67 cases, 40 cases were Group 1, 19 cases were Group 2, five cases were Group 3, three cases were Group 4, and eight cases were Groups 3+4. Average volume of Red Blood Cell (RBC) transfusion per operation was 703+/-463 mL (Group 1), 934+/-372 mL (Group 2), 1,677+/-847 mL (Group 3), 1,231+/-412 mL (Group 4), and 1,509+/-669 mL (Group 3+4); and average volume of fresh frozen plasma (FFP) per operation was 55+/-141 mL (Group 1), 108+/-181 mL (Group 2), 306+/-368 mL (Group 3), 567+/-260 mL (Group 4), and 404+/-317 mL (Groups 3+4). Eight patients received transfusion of Platelet Concentrate (PC); each patient received 10 units (400 mL). The preoperative mean level of hemoglobin and platelet was 13.62+/-1.47 g/dL and 245+/-60x10(3)/microliter, postoperatively, 10.26+/-1.14 g/dL and 150+/-46x10(3)/microliter. CONCLUSION: As the fusion segments increase, the need for transfusion of RBC, FFP, and PC increases. Application of the Maximum Surgical Blood Order Schedule (MSBOS) system is required in the planning of spinal fusion, especially in multiple segments.
Appointments and Schedules ; Blood Platelets ; Blood Transfusion ; Erythrocytes ; Hemodynamics ; Hemoglobins ; Humans ; Lumbosacral Region ; Plasma ; Spinal Fusion

BACKGROUND: A large amount of blood is lost during spinal fusion surgery; therefore, a blood transfusion is required. In this study, we analyzed the amount of transfusion and hemodynamic changes in relation to the count of fusion segments in lumbosacral spinal surgeries. METHODS: We analyzed 67 patients who had undergone lumbosacral fusion. They were divided into five groups according to the levels of fusion segments (one level: Group 1, two levels: Group 2, three levels: Group 3, four levels: Group 4 and above three levels: Groups 3+4). Total amounts of transfusion and perioperative hemodynamic changes were compared among each group. RESULTS: Of the total 67 cases, 40 cases were Group 1, 19 cases were Group 2, five cases were Group 3, three cases were Group 4, and eight cases were Groups 3+4. Average volume of Red Blood Cell (RBC) transfusion per operation was 703+/-463 mL (Group 1), 934+/-372 mL (Group 2), 1,677+/-847 mL (Group 3), 1,231+/-412 mL (Group 4), and 1,509+/-669 mL (Group 3+4); and average volume of fresh frozen plasma (FFP) per operation was 55+/-141 mL (Group 1), 108+/-181 mL (Group 2), 306+/-368 mL (Group 3), 567+/-260 mL (Group 4), and 404+/-317 mL (Groups 3+4). Eight patients received transfusion of Platelet Concentrate (PC); each patient received 10 units (400 mL). The preoperative mean level of hemoglobin and platelet was 13.62+/-1.47 g/dL and 245+/-60x10(3)/microliter, postoperatively, 10.26+/-1.14 g/dL and 150+/-46x10(3)/microliter. CONCLUSION: As the fusion segments increase, the need for transfusion of RBC, FFP, and PC increases. Application of the Maximum Surgical Blood Order Schedule (MSBOS) system is required in the planning of spinal fusion, especially in multiple segments.
Appointments and Schedules ; Blood Platelets ; Blood Transfusion ; Erythrocytes ; Hemodynamics ; Hemoglobins ; Humans ; Lumbosacral Region ; Plasma ; Spinal Fusion

We report on a case of successful management of a patient with abdominal aortic rupture requiring massive blood transfusion during the peri-operative period. The patient had fully recovered 19 days after the operation, through intra-operative cardiac arrest and massive transfusion. We analyze a process of blood transfusion and related complications resulting from massive transfusion in order to establish a treatment for peri-operative patients with hypovolemic shock.
Aortic Aneurysm, Abdominal* ; Aortic Rupture ; Blood Transfusion ; Heart Arrest* ; Humans ; Rupture* ; Shock

No abstract available.
Aneurysm* ; Arteries* ; Cardiopulmonary Bypass* ; Circulatory Arrest, Deep Hypothermia Induced*

No abstract available.
Chlamydia trachomatis* ; Chlamydia* ; Female ; Humans ; Infant, Newborn* ; Nasal Cavity* ; Polymers* ; Pregnancy ; Pregnancy Trimester, Third* ; Pregnancy*

A 7-year and 5-month old boy with Hunter syndrome is presented. Progressive mental retardation with hearing loss, speech disturbance and growth retardation developed at 1 year of age. Physical findings included dull facial appearance, short stature, macrocephaly, short neck, non-tender scalp nodules, large tongue, thick lips with opened mouth, flat nasal bridge, hirsutism, hepatomegaly, umbilical hearnia, undescended testes, painful limitation of abduction at shoulders and of extension at elbows, and claw hands, but corneal clouding is absent. Characteristic radiologic findings are thickened calvarium, J-shaped sella turcica, poor pneumatization of mastoid, rather broad and short metacarpal bones with tapering in the proximal ends, retarded bone age, inferior beaking of T12 to L4 vertebral body and posterior displacement of L1 vertebral body. An oral glucose tolerance test is abnormal and family history shows the pattern of x-linked inheritance.
Animals ; Beak ; Cryptorchidism ; Elbow ; Genes, X-Linked ; Glucose Tolerance Test ; Hand ; Hearing Loss ; Hepatomegaly ; Hirsutism ; Hoof and Claw ; Humans ; Infant ; Intellectual Disability ; Lip ; Macrocephaly ; Male ; Mastoid ; Metacarpal Bones ; Mouth ; Mucopolysaccharidosis II* ; Neck ; Scalp ; Sella Turcica ; Shoulder ; Skull ; Tongue