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(a) Preoperative chest x-ray displaying a curled nasogastric tube in patient who displayed no postoperative leakage. (b) Measurement of length proximal esophagus from top of first thoracic vertebra. (c) Measurement of distance carina to upper esophageal pouch A. Descending aortogram in an infant showing multiple MAPCA Successful balloon valvuloplasty for pulmonary valvar stenosis. (A) Successful ballooning of a 3-mm diameter coronary balloon catheter with the assistance of a 5F right coronary artery guiding catheter formed a loop within the right atrium. (B) Sequential dilatation of pulmonary valve with an 8-mm diameter Ultra-thin (UT) balloon catheter. (a) Preoperative chest x-ray displaying a short proximal esophagus in a child who experienced postoperative leakage. (b) Measurement of length proximal esophagus from top of first thoracic vertebra. (c) Measurement of distance carina to upper esophageal pouch Examples of the a straight analysis and b ostial analysis, each with their own contours and specific diameter function (graph)
a A 7-month-old child in whose twin rib fractures were seen on a chest radiograph (see b). Based on that finding, a full skeletal survey was performed on this child and rib fractures (arrows) were found. b A 7-month-old child with persistent signs of pneumonia. On a chest radiograph, performed to rule out pneumonia, incidental rib fractures (arrows) were found Intraoral peri-apical radiograph showing completion of endodontic therapy in maxillary right second molar (17) The right coronary ostium below the level of upper margin of the cusp (arrow a) in the anterior aortic sinus (aas). A slit-like ostium (arrow-b) of the left coronary artery is also seen in the left posterior sinus (lps) Radiograph showing infrabony defects distal to 46 and 47 Landmarks for TPVB
GFP expression of gelatinase B-GFP transgenic zebrafish. GFP expression at one-cell stage (A), 7 hpf (B), 12 hpf (C), 48 hpf (D), and 5-day embryo, lateral view (E) and dorsal view (F). Photograph of the face (a) in a case of Apert syndrome showing prominent forehead, hypertelorism, proptosis, low set ears, and open mouth. The child also had mitten hands. The feet with extensive syndactyly are shown in (b) A: pulmonary angiogram showing insertion of 1st stent into the pulmonary value to the infundibulum via main pulmonary artery. B: but the proximal infundibulum was not covered by stent. Another stent additionally inserted for full covering of infundibulum. C: pulmonary angiogram showing insertion of two stents. Patient No. 5 was referred to our hospital after 10 mm recession of the right inferior oblique muscle (IO) and anteriorization of the left IO. He showed limitation of elevation of the left eye, especially in abduction, and overaction of the IO and superior rectus muscle in the right eye (antielevation syndrome). At surgery, the posterior half of the prerecessed IO of the right eye was intact and was only recessed 10 mm to equalize it with the anterior half of the IO fiber.
Octreoscans of the patients 2 and 3. In the female patient (left panel) the tumor is seen in the right lower lobe of the lung and also the positive staining of the pituitary gland. The male patient (right panel) had a large tumor in the left lung, without pituitary staining Left anterior oblique (LAO) and right anterior oblique (RAO) projection of a patient with successful ablation of an accessory pathway in the supravalvar aortic cusp region.  ABL ablation catheter in the left coronary cusp/noncoronary cusp junction.  HRA = high right atrium; TA = tricuspid annulus catheter; CS = coronary sinus catheter; RV = right ventricular catheter. Photographs (a, b) showing the self made plaster of paris Splint Scanning electron micrographs of Pro Osteon 200 hydroxyapatite as used in augmentation of the facial skeleton (left) and the similar physical structure of human cancellous bone (right) (images courtesy of Interpore Cross International: reproduced with permission) Schemes of spinal cord compression and displacement according to axial MRI sections of the tumor at C1 – C2 level. A – Axial MRI at C1 level (spinal cord displaced to LP, PL, P sectors), B – Axial MRI at C2 level (spinal cord displaced to LP, SP sectors).
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