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train/ROCOv2_2023_train_060006.jpg | A CBCT image in the sagittal plane shows the method of measurement for the angulation of the nasopalatine canal. |
train/ROCOv2_2023_train_060007.jpg | Chest X-ray showing diffuse bilateral patchy infiltrates at admission. |
train/ROCOv2_2023_train_060008.jpg | Hip distraction view using the Dis-UTAD distractor. The pelvis and the distractor are centered and symmetrical, and the more pronounced lateral band opacity of the distractor overlaps the femoral heads. |
train/ROCOv2_2023_train_060009.jpg | Chest X-rays showing mediastinal mass. Chest X-ray showing a large round opacity of the left hilum. |
train/ROCOv2_2023_train_060010.jpg | Abdominal CT depicting splenic rupture. |
train/ROCOv2_2023_train_060011.jpg | Guide-wire (arrow) placed for introducingce the duodenoscope. |
train/ROCOv2_2023_train_060012.jpg | Duodenoscope introduced by the guide wire and arriving at the major papilla. |
train/ROCOv2_2023_train_060013.jpg | Cholangiogram of endoscopic retrograde cholangiopancreat-ography demonstrating dilated common bile duct with a filling defect. |
train/ROCOv2_2023_train_060014.jpg | Periapical radiograph showing external root resorption involving external root walls of tooth 11 and periapical radiolucency involving tooth 21. |
train/ROCOv2_2023_train_060015.jpg | Periapical radiograph during root canal treatment demonstrating an aggressive external root resorption of tooth 11. |
train/ROCOv2_2023_train_060016.jpg | Periapical radiograph 3 weeks after the first endodontic approach, showing a decrease in progression of external root resorption of tooth 11. |
train/ROCOv2_2023_train_060017.jpg | Periapical radiograph demonstrating an apical plug of both dental elements (11 and 21) obtained with MTA. |
train/ROCOv2_2023_train_060018.jpg | Periapical radiograph demonstrating the conclusion of the endodontic treatment of teeth 11 and 21, respectively. |
train/ROCOv2_2023_train_060019.jpg | Size optimization of ocular implant and prosthesis using ultrasonography.For production of the ocular implant, the longest diameter of the eyeball was measured (A, white dot line). The implant size along the X, Y, and Z axes was determined to be 75% of its length. For the prosthesis, the length along the X-axis was the length of the eye that passes through the diameter of the lens in the transverse plane of the ultrasound (B, red dot line). The length along the Z-axis was measured from the cornea to the posterior lens capsule (C, yellow dot line). |
train/ROCOv2_2023_train_060020.jpg | Chest radiograph on admission showing a round opacity in the interlobar fissure of the right lung (arrow) |
train/ROCOv2_2023_train_060021.jpg | Computed tomography scan shows a loculated effusion in the right oblique fissure embedded inside it a well-defined, rounded, soft tissue density lesion measuring approximately 7 x 5 cm with no calcification |
train/ROCOv2_2023_train_060022.jpg | CT scan at admission was normal.CT, computed tomography. |
train/ROCOv2_2023_train_060023.jpg | Anterior-posterior radiograph of the neck demonstrating extensive left-sided cervicofacial subcutaneous emphysema (arrows). |
train/ROCOv2_2023_train_060024.jpg | Point-of-care ultrasound of the neck done by the emergency physician, showing hyperechoic soft-tissue emphysema (arrowheads) with posterior acoustic shadowing and reverberation artifacts (arrows). |
train/ROCOv2_2023_train_060025.jpg | Right coronary artery occlusion from left anterior oblique cranial view (red arrow) |
train/ROCOv2_2023_train_060026.jpg | Left circumflex coronary artery occlusion from right anterior oblique caudal view (red arrow) |
train/ROCOv2_2023_train_060027.jpg | Middle left anterior descending artery occlusion from right anterior oblique cranial view (red arrow) |
train/ROCOv2_2023_train_060028.jpg | Post-percutaneous coronary intervention of middle left anterior descending artery from left anterior oblique cranial view (red arrow) |
train/ROCOv2_2023_train_060029.jpg | Post-percutaneous coronary intervention of left circumflex coronary artery from left anterior oblique caudal view (red arrow) |
train/ROCOv2_2023_train_060030.jpg | Pre-operative chest radiograph showed apparent dextrocardia and visceral situs inversus (evidenced by lower tip of feeding tube in the right-sided stomach with left-sided homogenous liver opacity). |
train/ROCOv2_2023_train_060031.jpg | Computed tomography (CT) of the abdomen demonstrating a left-sided spigelian hernia with incarcerated loop of small bowel (white arrow points to loop of small bowel incarcerated). |
train/ROCOv2_2023_train_060032.jpg | Anteroposterior X-ray showing bilateral hip fracture that underwent screwing. |
train/ROCOv2_2023_train_060033.jpg | Coronal sections showing stress fracture line and surrounding soft tissue oedema in T1 and T2 sequences of the patient's forearm MRI. |
train/ROCOv2_2023_train_060034.jpg | Chest X-ray demonstrating bilateral pulmonary infiltrates caused by pneumocystis pneumonia. |
train/ROCOv2_2023_train_060035.jpg | Doppler ultrasonography demonstrated an approximately 6-cm ovoid-shaped cyst with internal calcification and amorphous echogenic portions without a definite solid mass or increased vascularity. |
train/ROCOv2_2023_train_060036.jpg | OPG showing multiple resorptions, (A) internal resorption of 37 and (B) cervical resorption. |
train/ROCOv2_2023_train_060037.jpg | Figure 1:CECT showing right renal mass. |
train/ROCOv2_2023_train_060038.jpg | A 38-year-old woman with swelling and discomfort of the right forefoot. Antero posterior radiograph of the right foot shows an ossified mass originated from the proximal phalanx of the third toe. |
train/ROCOv2_2023_train_060039.jpg | Transgastric apical short-axis view by transesophageal echocardiography. Note the massive pericardial effusion (arrow head) and, the part of the IMPELLA® (small arrow) |
train/ROCOv2_2023_train_060040.jpg | A straying tip of the IMPELLA® in the left ventricle apical wall detected by transgastric long-axis view by transesophageal echocardiography. Note the massive pericardial effusion (arrow head) and the two highly echogenic parallel lines indicating the tip of the IMPELLA® and the thinning left ventricular apical wall (small arrow). Left ventricle anteroseptal wall was not depicted probably because of acoustic shadow of the IMPELLA® (asterisk) |
train/ROCOv2_2023_train_060041.jpg | Computed tomography findings. Multiple hypoattenuating hepatic nodules without a dominant mass (red arrows). Splenomegaly was also seen |
train/ROCOv2_2023_train_060042.jpg | Magnetic resonance imaging scans of the brain acquired the day after readmission. The coronal fluid attenuation inversion recovery image shows several ill-defined foci of high T2 signal in the corona radiata of both hemispheres. |
train/ROCOv2_2023_train_060043.jpg | CT orbit showing swollen extra-ocular muscles in both eyes. |
train/ROCOv2_2023_train_060044.jpg | CT orbit showing swollen inferior rectus muscle in both eyes. |
train/ROCOv2_2023_train_060045.jpg | 50-year-old female patient with invasive lobular breast carcinoma metastasized to the urinary bladder. Contrast-enhanced MRI image of the pelvis with axial reconstruction demonstrating hyper-dense segmental urinary bladder wall thickening involving posterior wall of the bladder |
train/ROCOv2_2023_train_060046.jpg | 50–year-old female patient with invasive lobular breast carcinoma metastatic to the urinary bladder. Contrast Enhanced MRI image of the pelvis, sagittal reconstruction demonstrating: thickening of posterior urinary bladder wall |
train/ROCOv2_2023_train_060047.jpg | 50-year-old female patient with invasive lobular breast carcinoma metastatic to the urinary bladder. Contrast Enhanced MRI image of the pelvis, axial reconstruction demonstrating: bilateral hydronephrosis |
train/ROCOv2_2023_train_060048.jpg | Patient 2: A coronal CT scan showing a wide erosion of midline structures (septum and turbinates), including a palatal perforation treated with a correctly shaped palatal obturator. |
train/ROCOv2_2023_train_060049.jpg | Overlapping of the pre and postoperative scans for the comparison between planned (red) and real (green) implant positions in order to analyse the accuracy of the system in the lower jaw. |
train/ROCOv2_2023_train_060050.jpg | Follow-up X-rays control. |
train/ROCOv2_2023_train_060051.jpg | After operation of olecroanon osteotomy, humerus open reduction and plate internal fixation. |
train/ROCOv2_2023_train_060052.jpg | Hydrops in elbow articular cavity with the low-echo area. |
train/ROCOv2_2023_train_060053.jpg | Granulation tissue hyperplasia, abundant blood supply. |
train/ROCOv2_2023_train_060054.jpg | The Bladder Wall Thickening in the Dome of Bladder |
train/ROCOv2_2023_train_060055.jpg | Axial CT shows dense mass of 3.32 cmm 2.33 cmm in the floor of the mouth. |
train/ROCOv2_2023_train_060056.jpg | Axial CT shows lingual nerve (small circle) found within the mass in the left floor of the mouth. |
train/ROCOv2_2023_train_060057.jpg | Contrast-enhanced CT scan of abdomen showed 31 × 23 mm lesion in right iliac fossa with distal ileal and cecal involvement (within red circle). |
train/ROCOv2_2023_train_060058.jpg | Magnetic resonance imaging scans: fluid attenuated inversion recovery (FLAIR) sequence, transverse plane. Shown are demyelinating areas involving the periventricular areas of the lateral ventricles, more prominent in the posterior. A similar demyelination process is present in the white matter of the brain sulci (medullary white matter). |
train/ROCOv2_2023_train_060059.jpg | T2-weighted cranial MRI showed a 4.5 × 4.1 × 6.2-cm solitary BM (white arrow) in the right parietal-temporal-occipital lobe with intense contrast enhancement and a 0.8 cm displacement of midline structures. The lesion also compresses occipital horn of the lateral ventricle posteriorly and is surrounded by a wide area with alteration of signal that could correspond to edema or tumor infiltration. |
train/ROCOv2_2023_train_060060.jpg | Radiography of the upper gastrointestinal tract. A polypoid tumor, 60 mm in size, was detected on the posterior wall of the cervical esophagus (arrow). |
train/ROCOv2_2023_train_060061.jpg | X-ray of the hind foot, lateral view, showing a 1.8 cm accessory posterior bone fragment (arrow). |
train/ROCOv2_2023_train_060062.jpg | Left Pectoralis major tendon avulsion from proximal humerus. |
train/ROCOv2_2023_train_060063.jpg | MRI brain T1W sagittal image showing atrophy of midbrain tegmentum – the humming bird sign in a 67-year-old man with progressive nonfluent aphasia and speech apraxia |
train/ROCOv2_2023_train_060064.jpg | Cranial CT scan: lesion on the right parietal lobe. |
train/ROCOv2_2023_train_060065.jpg | Figure 1: X-ray showing metal objects in the hugely distended stomach. |
train/ROCOv2_2023_train_060066.jpg | A 51-year-old woman with a history of menorrhagia. Sagittal T2W MRI shows a bulky retroverted uterus containing multiple intramural fibroids and a large submucosal fibroid (arrow) projecting into the endometrial cavity. A complex ovarian cyst is also incidentally demonstrated posterior to the uterus (arrowhead) |
train/ROCOv2_2023_train_060067.jpg | A 43-year-old woman with menorrhagia. Sagittal T2W MRI image shows multiple intramural fibroids (arrows); the largest (arrowhead) lying anteriorly measures 8.5 cm. These show typical low-signal intensity |
train/ROCOv2_2023_train_060068.jpg | A 59-year-old woman with an abdominal mass and discomfort. Sagittal T2W MRI image shows a 15-cm pedunculated, subserosal fibroid arising from the anterior uterus. There is also a small intramural fibroid lying posteriorly |
train/ROCOv2_2023_train_060069.jpg | A 46-year-old woman with a history of abdominal pain. Transvaginal (TV) USG image shows a 1.1-cm submucous fibroid (arrow) with posterior acoustic shadowing (arrowheads) |
train/ROCOv2_2023_train_060070.jpg | A 51-year-old woman known to have fibroids, which have been treated by uterine artery embolization 18 months earlier. Axial CT scan shows several fibroids with peripheral calcification (arrows) |
train/ROCOv2_2023_train_060071.jpg | A 45-year-old woman with a large, asymptomatic abdominal mass. Axial CT scan image shows a 30-cm heterogeneous mass (arrowheads) that extends up to the epigastrium. The right ovarian vein is dilated (arrow) and there is mild right hydronephrosis. There is also free intra-abdominal fluid (curved arrow). Histology confirmed this to be a massive, partly degenerate fibroid |
train/ROCOv2_2023_train_060072.jpg | A 71-year-old woman shown to have uterine fibroids whilst undergoing an MRI scan of her hip. She had no gynecological symptoms. Sagittal T2W MRI image shows a 7-cm intramural fibroid (arrow), with surrounding high signal (arrowhead). Several other small intramural fibroids (curved arrows) and a trace of fluid in the pouch of Douglas are also present |
train/ROCOv2_2023_train_060073.jpg | A 47-year-old woman with a pelvic mass. Sagittal T2W MRI image shows an enlarged heterogeneous uterus containing multiple nodules (arrows). Hysterectomy and histology showed that this was diffuse leiomyomatosis. There was no evidence of extra-uterine spread |
train/ROCOv2_2023_train_060074.jpg | Sagittal T2W MRI image shows thickening of the junctional zone in a patient with adenomyosis. The thickening is most marked posteriorly (arrow) and several small cystic spaces can be seen within it |
train/ROCOv2_2023_train_060075.jpg | During admission, chest X-ray (A) showed bilateral ground-glass opacities (red arrows). |
train/ROCOv2_2023_train_060076.jpg | Follow-up chest X-ray (B) 30 days after onset of symptoms showed complete resolution of bilateral lung opacities. |
train/ROCOv2_2023_train_060077.jpg | Chest computed tomography showing a right lung nodule (arrow). |
train/ROCOv2_2023_train_060078.jpg | Abdominal computed tomography showing a solitary splenic mass (dotted line). |
train/ROCOv2_2023_train_060079.jpg | Fluorodeoxyglucose positron emission tomography showing abnormal uptake in the spleen (maximum standardized uptake value 7.9). |
train/ROCOv2_2023_train_060080.jpg | Echocardiographic view of the thrombi in the right atrium. |
train/ROCOv2_2023_train_060081.jpg | Echocardiographic appearance of thrombi in the right ventricle. |
train/ROCOv2_2023_train_060082.jpg | Stereotactic MRI + contrast pre-gamma knife surgery for glomus jugulare tumor extends to the atlas vertebrae level. |
train/ROCOv2_2023_train_060083.jpg | Photograph of the X-ray of pelvis showing the K-wire in the pelvis. A previously inserted copper-T in the uterus is also seen. |
train/ROCOv2_2023_train_060084.jpg | Doppler echogram of the left parotid gland. The mass showed a relatively regular border, enhanced back echoes, dissimilar internal echoes, and poor blood flow. |
train/ROCOv2_2023_train_060085.jpg | Radiographic measurements. |
train/ROCOv2_2023_train_060086.jpg | AP scannogram of the lower extremity of the proband's mother. Cortical and periosteal thickening with sclerosis confined to the diaphyses is also noted. Mild undermodeling is seen in the distal femurs and proximal tibias. |
train/ROCOv2_2023_train_060087.jpg | Osteomyelitis of the third metatarsophalangeal joint (encircled). |
train/ROCOv2_2023_train_060088.jpg | Coronal view of computed tomography showing extensive calcification of right flank. |
train/ROCOv2_2023_train_060089.jpg | Sagittal view of computed tomography showing right-sided calcification as well as small calcific foci on left anterior abdomen. |
train/ROCOv2_2023_train_060090.jpg | Radiograph of resuscitative endovascular balloon occlusion of the aorta. |
train/ROCOv2_2023_train_060091.jpg | Chest X-ray: Rt upper lobe mass. |
train/ROCOv2_2023_train_060092.jpg | Chest CT scan: Rt upper lobe density. |
train/ROCOv2_2023_train_060093.jpg | Contrast-enhanced MRI of the mediastinum: coronal slice. Block arrow: recurrent tumour, pre-treatment (November 2011). Broken arrow: level of previous surgical resection and end-to-end anastomosis. |
train/ROCOv2_2023_train_060094.jpg | Contrast-enhanced MRI of the mediastinum: axial slice. Block arrow: reduction in tumour size, 1 year post-treatment (November 2012). |
train/ROCOv2_2023_train_060095.jpg | Contrast-enhanced MRI of the mediastinum: axial slice. Block arrow: further reduction in tumour size, 3 years post-treatment (November 2014). |
train/ROCOv2_2023_train_060096.jpg | Cystic mass with internal echoes lying anterior to thyroid. |
train/ROCOv2_2023_train_060097.jpg | Transverse view of neck showing thick walled cystic mass post aspiration. |
train/ROCOv2_2023_train_060098.jpg | Right lateral neck showing abnormal nodes. |
train/ROCOv2_2023_train_060099.jpg | X-ray image of the skeletal structure of a wing with the position of all 12 landmarks and associated wing traits indicated.LR, length radius; DR, diameter radius; DU, diameter ulna; LC, length of the carpometacarpal window; DC1 and DC2, diameter of both bony structures of carpometacarpus. |
train/ROCOv2_2023_train_060100.jpg | Chest X-ray on admission. Chest x-ray on admission showing no infiltrates suggestive of pulmonary disease. |
train/ROCOv2_2023_train_060101.jpg | Chest x-ray on day 46 of hospitalization. Image showing the chest x-ray after positive liver biopsy for Mycobacterium tuberculosis. The arrows show left lung alveolar infiltrates in the midpart of the lung and apical alveolar infiltrates in the right lobe. |
train/ROCOv2_2023_train_060102.jpg | Preoperative computed tomography scan revealed pericardial effusion. |
train/ROCOv2_2023_train_060103.jpg | Plain chest radiograph showing cavitary lesions in both lung fields (arrows) with surrounding air space opacities and right costophrenic angle blunting. |
train/ROCOv2_2023_train_060104.jpg | Axial plain multidetector CT section of chest in soft tissue window showing hyperdense intracavitary contents (blood density). |
train/ROCOv2_2023_train_060105.jpg | Coronal MPR reformatted image showing a branch from the right descending pulmonary artery leading into the aneurysm (arrows). |