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Figure 1
Abdominal ultrasound.
[ { "img_id": "fig-0001", "passages": [ "An urgent transabdominal ultrasonogram of the abdomen confirmed the suspicion of massive ascites (Figure [1](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2015/878716
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fig-0002
Figure 2
MRI abdomen.
[ { "img_id": "fig-0002", "passages": [ "The MRI of the abdomen and the pelvis (Figure [2](#fig-0002)) revealed that what was visualized as massive ascites by the sonographer was in fact a large homogenous well defined unilocular huge cystic abdominopelvic mass which measured 39 × 29 × 18 cm in dimension, occupying the entire abdomen and pelvis and bulging into the anterior abdominal wall." ], "section": "2. Case Report" } ]
/doi/10.1155/2015/878716
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fig-0003
fig-0003
Figure 3
Intraoperative cystectomy.
[ { "img_id": "fig-0003", "passages": [ "(Figure [3](#fig-0003)) Histopathological examination of the cyst revealed simple tubal-type epithelium confirming the diagnosis of a serous cystadenoma of the right ovary, consistent with the preoperative MRI diagnosis." ], "section": "2. Case Report" } ]
/doi/10.1155/2015/878716
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fig-0001
fig-0001
Figure 1
Pedigree of the family.
[ { "img_id": "fig-0001", "passages": [ "There were other reports afterwards from different regions of the world with novel mutations from families of Italian, Hispanic, and Arabic ethnic origins [[2](#bib-0002), [4](#bib-0004)] (Figure [1](#fig-0001))." ], "section": "3. Discussion" } ]
/doi/10.1155/2020/3460631
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fig-0001
figpt-0001
Figure 1 (a)
Plain X-ray of the abdomen demonstrating the UVC directed to the left within the splenic vein (a) which is corrected after 26 min (b).
[ { "img_id": "fig-0001", "passages": [ "Abdominal X-ray to localize the position of the UVC showed it to be directed to the left side in splenic vein which was corrected immediately ( Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2014/903421
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fig-0001
figpt-0002
Figure 1 (b)
Plain X-ray of the abdomen demonstrating the UVC directed to the left within the splenic vein (a) which is corrected after 26 min (b).
[ { "img_id": "fig-0001", "passages": [ "Abdominal X-ray to localize the position of the UVC showed it to be directed to the left side in splenic vein which was corrected immediately ( Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2014/903421
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fig-0002
fig-0002
Figure 2
US examination demonstrating solitary small well-defined splenic abscess.
[ { "img_id": "fig-0002", "passages": [ "Abdominal ultrasound revealed intrahepatic gas at portal venules (Figure [2](#fig-0002)) and slight hepatosplenomegaly." ], "section": "2. Case Report" } ]
/doi/10.1155/2014/903421
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fig-0001
figpt-0001
Figure 1 (a)
MRI of the brain: (a) axial T1W postcontrast: enhancement of bilateral optic nerves extending to the optic chiasm. (b) and (c): T2W FLAIR: increased signal in a symmetric fashion involving the hypothalami, mammillary bodies, periaqueductal gray matter, and posterior aspect of pons and medulla.
[ { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "### 2.1. First Admission" } ]
/doi/10.1155/2013/124929
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fig-0001
figpt-0002
Figure 1 (b)
MRI of the brain: (a) axial T1W postcontrast: enhancement of bilateral optic nerves extending to the optic chiasm. (b) and (c): T2W FLAIR: increased signal in a symmetric fashion involving the hypothalami, mammillary bodies, periaqueductal gray matter, and posterior aspect of pons and medulla.
[ { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "### 2.1. First Admission" } ]
/doi/10.1155/2013/124929
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fig-0001
figpt-0003
Figure 1 (c)
MRI of the brain: (a) axial T1W postcontrast: enhancement of bilateral optic nerves extending to the optic chiasm. (b) and (c): T2W FLAIR: increased signal in a symmetric fashion involving the hypothalami, mammillary bodies, periaqueductal gray matter, and posterior aspect of pons and medulla.
[ { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0001", "passages": [ "Subsequent MRIs showed progression of abnormalities with new enhancement of bilateral optic nerves extending to the optic chiasm, pontine tegmentum bilaterally, and gradual resolution of earlier appeared changes (Figure [1](#fig-0001))." ], "section": "### 2.1. First Admission" } ]
/doi/10.1155/2013/124929
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fig-0002
figpt-0004
Figure 2 (a)
MRI of the cervical spine: (a) T1W postcontrast shows increased cord signal with an enlarged, edematous central cord. MRI of the thoracic spine: (b) T2W STIR shows abnormal T2 signal within the cord. MRI of the lumbar spine: (c) T1W postcontrast with fat suppression shows abnormal enhancement in the cord.
[ { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "### 2.2. Second Admission" } ]
/doi/10.1155/2013/124929
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fig-0002
figpt-0005
Figure 2 (b)
MRI of the cervical spine: (a) T1W postcontrast shows increased cord signal with an enlarged, edematous central cord. MRI of the thoracic spine: (b) T2W STIR shows abnormal T2 signal within the cord. MRI of the lumbar spine: (c) T1W postcontrast with fat suppression shows abnormal enhancement in the cord.
[ { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "### 2.2. Second Admission" } ]
/doi/10.1155/2013/124929
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fig-0002
figpt-0006
Figure 2 (c)
MRI of the cervical spine: (a) T1W postcontrast shows increased cord signal with an enlarged, edematous central cord. MRI of the thoracic spine: (b) T2W STIR shows abnormal T2 signal within the cord. MRI of the lumbar spine: (c) T1W postcontrast with fat suppression shows abnormal enhancement in the cord.
[ { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "2. Case Presentation" }, { "img_id": "fig-0002", "passages": [ "MRI of the spine showed increased signal throughout most of the cervical and thoracic spine, with central cord enlargement, and heterogeneous and patchy areas of central and peripheral enhancement (Figures [2(a)](#fig-0002)–[2(c)](#fig-0002))." ], "section": "### 2.2. Second Admission" } ]
/doi/10.1155/2013/124929
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fig-0001
fig-0001
Figure 1
Angio-computed tomography: demonstrating the aberrant right subclavian artery compressing the esophagus.
[ { "img_id": "fig-0001", "passages": [ "Angio-CT (computed tomography) scan confirmed an aberrant right subclavian artery compressing the posterior middle third of the thoracic esophagus (Figure [1](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/2539374
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fig-0001
fig-0001
Figure 1
Chest X-ray showing the presence of a right-sided spontaneous pneumothorax with a midline shift to the left.
[ { "img_id": "fig-0001", "passages": [ "The chest X-ray showed a right pneumothorax (Figure [1](#fig-0001)) that was drained." ], "section": "2. Case Report" } ]
/doi/10.1155/2020/8879661
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fig-0002
fig-0002
Figure 2
CT scan showing overdistension of the right chest with parenchymal air cystic lesions involving the external segment of the middle lobe.
[ { "img_id": "fig-0002", "passages": [ "A thoracic CT scan searching an underlying pathology revealed overdistension of the right hemithorax with parenchymal air cystic lesions involving the external segment of the middle lobe conducting to a malformation cystic adenomatoid, a fairly abundant right hydropneumothorax responsible for a compressive effect on the adjacent pulmonary parenchyma, and inflammation of the pleura (Figure [2](#fig-0002))." ], "section": "2. Case Report" } ]
/doi/10.1155/2020/8879661
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fig-0003
fig-0003
Figure 3
Multiple resected fragments with a gelatinous component with necrotic fragments.
[ { "img_id": "fig-0003", "passages": [ "Through an open thoracotomy, we found a gelatinous component in the right chest originated from the middle right lobe extending to the pleura and diaphragm; a middle lobectomy was performed with resection of the gelatinous component (Figure [3](#fig-0003)).The specimen weighed 194 g and measured 16 cm." ], "section": "2. Case Report" } ]
/doi/10.1155/2020/8879661
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fig-0004
fig-0004
Figure 4
Photograph of pneumoblastoma type II showing malignant mesenchymal cell proliferation.
[ { "img_id": "fig-0004", "passages": [ "Cytological finding confirmed macroscopically multiple fragments with polypoid cerebroid and necrotic component and rare cystic wall.Microscopically, the tumor proliferation had the double epithelial (Figure [4](#fig-0004)) and sarcomatous component (Figure [5](#fig-0005))." ], "section": "2. Case Report" } ]
/doi/10.1155/2020/8879661
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fig-0005
fig-0005
Figure 5
Photograph of pneumoblastoma type II showing a multicystic structure with the epithelial component.
[ { "img_id": "fig-0005", "passages": [ "Cytological finding confirmed macroscopically multiple fragments with polypoid cerebroid and necrotic component and rare cystic wall.Microscopically, the tumor proliferation had the double epithelial (Figure [4](#fig-0004)) and sarcomatous component (Figure [5](#fig-0005))." ], "section": "2. Case Report" } ]
/doi/10.1155/2020/8879661
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fig-0001
fig-0001
Figure 1
Clinical presentation of the incarcerated umbilical hernia (front view).
[ { "img_id": "fig-0001", "passages": [ "The covering skin became red and edematous (Figures [1](#fig-0001) and [2](#fig-0002))." ], "section": "2. Case Reports" } ]
/doi/10.1155/2012/463628
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fig-0002
fig-0002
Figure 2
Clinical presentation of the incarcerated umbilical hernia (lateral view).
[ { "img_id": "fig-0002", "passages": [ "The covering skin became red and edematous (Figures [1](#fig-0001) and [2](#fig-0002))." ], "section": "2. Case Reports" } ]
/doi/10.1155/2012/463628
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fig-0003
fig-0003
Figure 3
Ultrasound examination showing the presence of the omentum into the hernia.
[ { "img_id": "fig-0003", "passages": [ "Ultrasound examination showed incarcerated omentum through a 12 mm wide umbilical ring (Figure [3](#fig-0003))." ], "section": "2. Case Reports" } ]
/doi/10.1155/2012/463628
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fig-0004
fig-0004
Figure 4
Operative picture showing the sac containing the strangulated and congested omentum.
[ { "img_id": "fig-0004", "passages": [ "Emergency surgery demonstrated the strangulated omentum (Figure [4](#fig-0004))." ], "section": "2. Case Reports" } ]
/doi/10.1155/2012/463628
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fig-0001
fig-0001
Figure 1
Diffuse patchiness on chest radiography in a neonate with Chlamydia trachomatis.
[ { "img_id": "fig-0001", "passages": [ "A chest radiograph, however, revealed interstitial pneumonitis (Figure [1](#fig-0001))." ], "section": "1. Case" } ]
/doi/10.1155/2013/549649
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fig-0001
fig-0001
Figure 1
Enlarged perihilar lymph nodes and bilateral lower lobe consolidation.
[ { "img_id": "fig-0001", "passages": [ "Chest X-ray showed enlarged perihilar lymph nodes and bilateral lower lobe consolidation, which was interpreted as bilateral pneumonia with a mild bilateral pleural effusion (Figure [1](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/1024054
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fig-0002
fig-0002
Figure 2
Tricuspid septal leaflet vegetation.
[ { "img_id": "fig-0002", "passages": [ "Two days after her admission transthoracic echocardiography (TTE) was done and revealed two vegetations (2.3 × 1 cm and 0.8 × 0.5 cm) attached to the tricuspid valve with a moderate tricuspid regurgitation without other valvular abnormalities (Figures [2](#fig-0002), [3](#fig-0003), and [4](#fig-0004))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/1024054
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fig-0003
fig-0003
Figure 3
Tricuspid valve vegetation on septal tricuspid valve leaflet.
[ { "img_id": "fig-0003", "passages": [ "Two days after her admission transthoracic echocardiography (TTE) was done and revealed two vegetations (2.3 × 1 cm and 0.8 × 0.5 cm) attached to the tricuspid valve with a moderate tricuspid regurgitation without other valvular abnormalities (Figures [2](#fig-0002), [3](#fig-0003), and [4](#fig-0004))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/1024054
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fig-0004
Figure 4
Floating tricuspid valve leaflet and damaged (ruptured) tricuspid valve chordae.
[ { "img_id": "fig-0004", "passages": [ "Two days after her admission transthoracic echocardiography (TTE) was done and revealed two vegetations (2.3 × 1 cm and 0.8 × 0.5 cm) attached to the tricuspid valve with a moderate tricuspid regurgitation without other valvular abnormalities (Figures [2](#fig-0002), [3](#fig-0003), and [4](#fig-0004))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/1024054
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fig-0005
fig-0005
Figure 5
Septic emboli in the bilateral lower pulmonary segments.
[ { "img_id": "fig-0005", "passages": [ "Lung CAT scan revealed bilateral consolidation that was diagnosed eventually as septic emboli originating from the tricuspid vegetations, clearly demonstrated by Angio-CT (Figure [5](#fig-0005); septic pulmonary emboli originating from the tricuspid vegetation were diagnosed)." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/1024054
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fig-0001
fig-0001
Figure 1
Liver biopsy.
[ { "img_id": "fig-0001", "passages": [ "At any level acute or chronic inflammatory infiltrates, abscesses, or eosinophils were not observed (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2015/437298
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fig-0001
figpt-0001
Figure 1 (a)
(a) Full face profile and (b) worm eye view showing lateral proboscis with complete clefts of the lip and the palate.
[ { "img_id": "fig-0001", "passages": [ "Clinical examination revealed an otherwise normal baby weighing 3 kg with a tubular fleshy structure measuring about 3 cm in the medial canthus of the left eye and cleft of the left upper lip, alveolus, and primary and secondary palates (Figure [1](#fig-0001))." ], "section": "2. Case Report" }, { "img_id": "fig-0001", "passages": [ "In our case, it occurred in association with another midline craniofacial anomaly: the cleft lip and palate (Figure [1](#fig-0001))." ], "section": "3. Discussion" } ]
/doi/10.1155/2018/6820972
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figpt-0002
Figure 1 (b)
(a) Full face profile and (b) worm eye view showing lateral proboscis with complete clefts of the lip and the palate.
[ { "img_id": "fig-0001", "passages": [ "Clinical examination revealed an otherwise normal baby weighing 3 kg with a tubular fleshy structure measuring about 3 cm in the medial canthus of the left eye and cleft of the left upper lip, alveolus, and primary and secondary palates (Figure [1](#fig-0001))." ], "section": "2. Case Report" }, { "img_id": "fig-0001", "passages": [ "In our case, it occurred in association with another midline craniofacial anomaly: the cleft lip and palate (Figure [1](#fig-0001))." ], "section": "3. Discussion" } ]
/doi/10.1155/2018/6820972
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fig-0002
figpt-0003
Figure 2 (a)
Surgical site (a) before and (b) after suturing.
[ { "img_id": "fig-0002", "passages": [ "The resultant wound was closed in layers using 4/0 Vicryl sutures (Figure [2](#fig-0002))." ], "section": "2. Case Report" }, { "img_id": "fig-0002", "passages": [ "In our case, simple excision (amputation) was done via elliptical incision since the noses were normal with satisfactory results (Figure [2](#fig-0002)) with repair of the cleft lip." ], "section": "3. Discussion" } ]
/doi/10.1155/2018/6820972
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fig-0002
figpt-0004
Figure 2 (b)
Surgical site (a) before and (b) after suturing.
[ { "img_id": "fig-0002", "passages": [ "The resultant wound was closed in layers using 4/0 Vicryl sutures (Figure [2](#fig-0002))." ], "section": "2. Case Report" }, { "img_id": "fig-0002", "passages": [ "In our case, simple excision (amputation) was done via elliptical incision since the noses were normal with satisfactory results (Figure [2](#fig-0002)) with repair of the cleft lip." ], "section": "3. Discussion" } ]
/doi/10.1155/2018/6820972
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fig-0003
fig-0003
Figure 3
Photomicrograph showing the stratified squamous epithelium, overlying collagenized dermis containing adnexal structures, and admixture of fat lobules and collagen bundles (H&E × 10).
[ { "img_id": "fig-0003", "passages": [ "Gross examination of the specimen showed an oblong skin-covered tubular mass measuring about 3 cm, while histological examination showed the stratified squamous epithelium, overlying collagenized dermis containing adnexal structures, and admixture of fat lobules and collagen bundles (Figure [3](#fig-0003))." ], "section": "2. Case Report" } ]
/doi/10.1155/2018/6820972
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fig-0001
figpt-0001
Figure 1 (a)
Peripheral blood smear (Wright–Giemsa stain, 50x magnification) showing nucleated red blood cells (open arrows), sickle cells (S), myelocytes (arrows), platelets (asterisks), and a blast (arrowhead). Numerous target cells are also present.
[ { "img_id": "fig-0001", "passages": [ "Morphologic examination of the peripheral blood showed a marked leukoerythroblastosis, rare myeloblasts (∼1%), markedly abundant nucleated RBCs, and thrombocytosis with many large and giant platelets (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2020/8841607
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fig-0001
figpt-0002
Figure 1 (b)
Peripheral blood smear (Wright–Giemsa stain, 50x magnification) showing nucleated red blood cells (open arrows), sickle cells (S), myelocytes (arrows), platelets (asterisks), and a blast (arrowhead). Numerous target cells are also present.
[ { "img_id": "fig-0001", "passages": [ "Morphologic examination of the peripheral blood showed a marked leukoerythroblastosis, rare myeloblasts (∼1%), markedly abundant nucleated RBCs, and thrombocytosis with many large and giant platelets (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2020/8841607
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fig-0001
fig-0001
Figure 1
CT of abdomen showing linear low attenuation within the pancreatic body.
[ { "img_id": "fig-0001", "passages": [ "Abdominal CT (Figure [1](#fig-0001)) showed linear low attenuation within the pancreatic body with mild to moderate intraperitoneal fluid, indicating a pancreatic laceration." ], "section": "1. Case Report" } ]
/doi/10.1155/2017/2681835
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fig-0002
fig-0002
Figure 2
MRI showing complete transection through the proximal portion of the body of the pancreas.
[ { "img_id": "fig-0002", "passages": [ "MRI (Figure [2](#fig-0002)) showed a complete transection through the proximal portion of the body of the pancreas." ], "section": "1. Case Report" } ]
/doi/10.1155/2017/2681835
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fig-0001
fig-0001
Figure 1
CT of the abdomen showing a 30 cm × 10 cm left sided isodense retroperitoneal mass.
[ { "img_id": "fig-0001", "passages": [ "CT scan abdomen with IV contrast was performed which showed a 30 cm by 10 cm left sided isodense retroperitoneal mass attached to the lower pole of left kidney (Figure [1](#fig-0001))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0001", "passages": [ "CT scan abdomen with IV contrast was performed which showed a 30 cm by 10 cm left sided isodense retroperitoneal mass attached to the lower pole of left kidney (Figure [1](#fig-0001))." ], "section": "### 2.2. Case 2" } ]
/doi/10.1155/2014/626198
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fig-0002
fig-0002
Figure 2
Abdominal ultrasound showing a 14 cm by 7 cm by 12 cm fluid filled structure in the left half of the abdomen.
[ { "img_id": "fig-0002", "passages": [ "An abdominal USS revealed a 14 cm by 7 cm by 12 cm fluid filled structure in the left half of the abdomen extending into the pelvic cavity (Figure [2](#fig-0002))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0002", "passages": [ "An abdominal USS revealed a 14 cm by 7 cm by 12 cm fluid filled structure in the left half of the abdomen extending into the pelvic cavity (Figure [2](#fig-0002))." ], "section": "### 2.3. Case 3" } ]
/doi/10.1155/2014/626198
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fig-0003
fig-0003
Figure 3
Abdominal CT showing a 13 cm × 8 cm × 12 cm cystic abdominal mass.
[ { "img_id": "fig-0003", "passages": [ "Abdominal CT with IV contrast showed a 13 cm by 8 cm by 12 cm cystic abdominal mass that appeared to arise from the pelvis extending into the abdomen and displacing the bowel bilaterally (Figure [3](#fig-0003))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0003", "passages": [ "Abdominal CT with IV contrast showed a 13 cm by 8 cm by 12 cm cystic abdominal mass that appeared to arise from the pelvis extending into the abdomen and displacing the bowel bilaterally (Figure [3](#fig-0003))." ], "section": "### 2.3. Case 3" } ]
/doi/10.1155/2014/626198
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fig-0004
Figure 4
Histology showing a mixture of lymph vessels and smooth muscle, with lymphatic channels containing blood and lymphoid cells (magnification ×100).
[ { "img_id": "fig-0004", "passages": [ "Histology showed a mixture of lymph vessels and smooth muscle, features suggestive of lymphangioma (Figure [4](#fig-0004))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0004", "passages": [ "Histology showed a mixture of lymph vessels and smooth muscle, features suggestive of lymphangioma (Figure [4](#fig-0004))." ], "section": "### 2.3. Case 3" }, { "img_id": "fig-0004", "passages": [ "However typically they do not communicate with the lymphatic system (Figure [4](#fig-0004))." ], "section": "3. Discussion" } ]
/doi/10.1155/2014/626198
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fig-0005
Figure 5
Ultrasound of the chest showing a heterogeneous solid cystic mass in the left axilla.
[ { "img_id": "fig-0005", "passages": [ "USS of the chest showed a heterogeneous solid and cystic mass in the left axilla (Figure [5](#fig-0005))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0005", "passages": [ "USS of the chest showed a heterogeneous solid and cystic mass in the left axilla (Figure [5](#fig-0005))." ], "section": "### 2.4. Case 4" } ]
/doi/10.1155/2014/626198
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fig-0006
fig-0006
Figure 6
CT of the chest showing several soft tissue lesions noted laterally and anterior to the left pectoralis major measuring 4 cm × 3 cm × 1 cm.
[ { "img_id": "fig-0006", "passages": [ "CT scan of the chest with contrast done subsequently demonstrated a left axillary cystic mass with no intrathoracic extension (Figure [6](#fig-0006))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0006", "passages": [ "CT scan of the chest with contrast done subsequently demonstrated a left axillary cystic mass with no intrathoracic extension (Figure [6](#fig-0006))." ], "section": "### 2.4. Case 4" } ]
/doi/10.1155/2014/626198
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fig-0007
fig-0007
Figure 7
Picture showing right chest swelling shortly after birth.
[ { "img_id": "fig-0007", "passages": [ "Case 5\n\nThis male patient was referred to us at birth with a right chest swelling (Figure [7](#fig-0007))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0007", "passages": [ "Case 5\n\nThis male patient was referred to us at birth with a right chest swelling (Figure [7](#fig-0007))." ], "section": "### 2.5. Case 5" } ]
/doi/10.1155/2014/626198
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fig-0008
fig-0008
Figure 8
Ultrasound of the chest/axilla showing a cystic mass with septations in the right lateral chest wall near the right axilla, 5 cm × 4 cm.
[ { "img_id": "fig-0008", "passages": [ "USS of the chest revealed a predominantly cystic mass with septations in the right lateral chest wall near the right axilla, 5 cm by 4 cm (Figure [8](#fig-0008))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0008", "passages": [ "USS of the chest revealed a predominantly cystic mass with septations in the right lateral chest wall near the right axilla, 5 cm by 4 cm (Figure [8](#fig-0008))." ], "section": "### 2.5. Case 5" } ]
/doi/10.1155/2014/626198
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fig-0009
fig-0009
Figure 9
CT of the chest showing an 8 cm × 7 cm × 3 cm enhancing mixed density mass in the right chest wall.
[ { "img_id": "fig-0009", "passages": [ "Chest CT with contrast revealed 8 cm by 7 cm by 3 cm enhancing mixed density mass in the right chest wall abutting the pectoralis major muscle (Figure [9](#fig-0009))." ], "section": "2. Case Descriptions" }, { "img_id": "fig-0009", "passages": [ "Chest CT with contrast revealed 8 cm by 7 cm by 3 cm enhancing mixed density mass in the right chest wall abutting the pectoralis major muscle (Figure [9](#fig-0009))." ], "section": "### 2.5. Case 5" } ]
/doi/10.1155/2014/626198
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figpt-0001
Figure 1 (a)
Renal and bladder imaging. (a). Hydronephrosis of the left kidney. (b). Hydronephrosis of the right kidney. (c). Micturation cystourethrogram (filling phase-normal bladder wall). (d) Micturation cystourethrogram (voiding phase-normal urethra).
[ { "img_id": "fig-0001", "passages": [ "Ultrasound of the kidneys and bladder showed a bilateral hydronephrosis (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001)).", "A micturition cystourethrogram was normal (Figures [1(c)](#fig-0001) and [1(d)](#fig-0001)) without a significant residue (<1 ml)." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/6658525
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fig-0001
figpt-0002
Figure 1 (b)
Renal and bladder imaging. (a). Hydronephrosis of the left kidney. (b). Hydronephrosis of the right kidney. (c). Micturation cystourethrogram (filling phase-normal bladder wall). (d) Micturation cystourethrogram (voiding phase-normal urethra).
[ { "img_id": "fig-0001", "passages": [ "Ultrasound of the kidneys and bladder showed a bilateral hydronephrosis (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001)).", "A micturition cystourethrogram was normal (Figures [1(c)](#fig-0001) and [1(d)](#fig-0001)) without a significant residue (<1 ml)." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/6658525
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fig-0001
figpt-0003
Figure 1 (c)
Renal and bladder imaging. (a). Hydronephrosis of the left kidney. (b). Hydronephrosis of the right kidney. (c). Micturation cystourethrogram (filling phase-normal bladder wall). (d) Micturation cystourethrogram (voiding phase-normal urethra).
[ { "img_id": "fig-0001", "passages": [ "Ultrasound of the kidneys and bladder showed a bilateral hydronephrosis (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001)).", "A micturition cystourethrogram was normal (Figures [1(c)](#fig-0001) and [1(d)](#fig-0001)) without a significant residue (<1 ml)." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/6658525
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fig-0001
figpt-0004
Figure 1 (d)
Renal and bladder imaging. (a). Hydronephrosis of the left kidney. (b). Hydronephrosis of the right kidney. (c). Micturation cystourethrogram (filling phase-normal bladder wall). (d) Micturation cystourethrogram (voiding phase-normal urethra).
[ { "img_id": "fig-0001", "passages": [ "Ultrasound of the kidneys and bladder showed a bilateral hydronephrosis (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001)).", "A micturition cystourethrogram was normal (Figures [1(c)](#fig-0001) and [1(d)](#fig-0001)) without a significant residue (<1 ml)." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/6658525
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fig-0002
fig-0002
Figure 2
Barium enema X-ray. Dolichocolon (additional curves at sigmoid and transverse colon, arrows), no strictures, no pathological bowel dilatations, and no signs of Hirschsprung’s disease.
[ { "img_id": "fig-0002", "passages": [ "Because of the increased abdominal distension and difficult defecation, a barium enema was performed and it showed a dolichocolon with redundancies at the level of the sigmoid and the transverse colon (Figure [2](#fig-0002)).", "Radiology images were not suggestive for Hirschsprung’s disease (Figure [2](#fig-0002)) which was also ruled out by rectal biopsy." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/6658525
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figpt-0001
Figure 1 (a)
Images of the child (a) before treatment and after treatment (b).
[ { "img_id": "fig-0001", "passages": [ "Currently, the patient is six years old and has a normal quality of life, without edema that had normalized after six months of treatment (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "3. Case Report 2" } ]
/doi/10.1155/2017/9724524
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fig-0001
figpt-0002
Figure 1 (b)
Images of the child (a) before treatment and after treatment (b).
[ { "img_id": "fig-0001", "passages": [ "Currently, the patient is six years old and has a normal quality of life, without edema that had normalized after six months of treatment (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "3. Case Report 2" } ]
/doi/10.1155/2017/9724524
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fig-0001
fig-0001
Figure 1
Abdominal enhanced CT showing a cystic low-density shadow (arrow) in the head and neck of the pancreas.
[ { "img_id": "fig-0001", "passages": [ "Abdominal enhanced computed tomography (CT) revealed the following findings: (1) the pancreatic duct was significantly dilated, and the surrounding pancreatic head space was unclear; (2) a cystic low-density shadow was observed in the head of the pancreas (Figure [1](#fig-0001)); (3) massive peritoneal effusion was observed; (4) patchy lymph node enhancement and enlargement were observed in the mesentery; and (5) intestinal aggregation in the upper abdomen along with thickening and enhancement of the bowel wall was observed." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2018/5215128
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fig-0002
fig-0002
Figure 2
Abdominal enhanced CT showing a significant reduction in the cystic low-density shadow (arrow) of the head and neck of the pancreas one year after discharge.
[ { "img_id": "fig-0002", "passages": [ "Abdominal CT showed a significant reduction in the cystic low-density shadow of the head and neck of the pancreas (Figure [2](#fig-0002))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2018/5215128
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fig-0001
fig-0001
Figure 1
Osteopenia with fraying and cupping of the metaphysis suggestive of rickets.
[ { "img_id": "fig-0001", "passages": [ "No acute fracture was seen (Figure [1](#fig-0001)).", "These labs were consistent with nutritional rickets, and the radiology findings were classical for rickets (Figure [1](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2017/4627905
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fig-0002
fig-0002
Figure 2
Minimal soft tissue edema surrounding the left proximal tibial metaphysis and diaphysis with corresponding mild enhancement suggestive of early acute osteomyelitis.
[ { "img_id": "fig-0002", "passages": [ "A repeat MRI was performed on day 6 of admission, which revealed osteomyelitis involving left proximal tibial diaphysis and metaphysis (Figure [2](#fig-0002))." ], "section": "2. Case Report" } ]
/doi/10.1155/2017/4627905
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fig-0001
fig-0001
Figure 1
Blister on palate.
[ { "img_id": "fig-0001", "passages": [ "At sixty hours after ingestion, an esophagogastroduodenoscopy (EGD) was performed which revealed blistering and edema of the soft palate (Figure [1](#fig-0001)) and epiglottis (Figure [2](#fig-0002)), diffuse and circumferential erythema of the entire esophagus with an exudate likely to be desquamated mucosa (Figures [3(a)](#fig-0003) and [3(b)](#fig-0003)), and linear erythema of the body and fundus of the stomach (Figure [4](#fig-0004))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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fig-0002
fig-0002
Figure 2
Edema and blisters on epiglottis.
[ { "img_id": "fig-0002", "passages": [ "At sixty hours after ingestion, an esophagogastroduodenoscopy (EGD) was performed which revealed blistering and edema of the soft palate (Figure [1](#fig-0001)) and epiglottis (Figure [2](#fig-0002)), diffuse and circumferential erythema of the entire esophagus with an exudate likely to be desquamated mucosa (Figures [3(a)](#fig-0003) and [3(b)](#fig-0003)), and linear erythema of the body and fundus of the stomach (Figure [4](#fig-0004))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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figpt-0001
Figure 3 (a)
Erythema and desquamation of esophagus.
[ { "img_id": "fig-0003", "passages": [ "At sixty hours after ingestion, an esophagogastroduodenoscopy (EGD) was performed which revealed blistering and edema of the soft palate (Figure [1](#fig-0001)) and epiglottis (Figure [2](#fig-0002)), diffuse and circumferential erythema of the entire esophagus with an exudate likely to be desquamated mucosa (Figures [3(a)](#fig-0003) and [3(b)](#fig-0003)), and linear erythema of the body and fundus of the stomach (Figure [4](#fig-0004))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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fig-0003
figpt-0002
Figure 3 (b)
Erythema and desquamation of esophagus.
[ { "img_id": "fig-0003", "passages": [ "At sixty hours after ingestion, an esophagogastroduodenoscopy (EGD) was performed which revealed blistering and edema of the soft palate (Figure [1](#fig-0001)) and epiglottis (Figure [2](#fig-0002)), diffuse and circumferential erythema of the entire esophagus with an exudate likely to be desquamated mucosa (Figures [3(a)](#fig-0003) and [3(b)](#fig-0003)), and linear erythema of the body and fundus of the stomach (Figure [4](#fig-0004))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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fig-0004
fig-0004
Figure 4
Linear erythema of gastric body and fundus.
[ { "img_id": "fig-0004", "passages": [ "At sixty hours after ingestion, an esophagogastroduodenoscopy (EGD) was performed which revealed blistering and edema of the soft palate (Figure [1](#fig-0001)) and epiglottis (Figure [2](#fig-0002)), diffuse and circumferential erythema of the entire esophagus with an exudate likely to be desquamated mucosa (Figures [3(a)](#fig-0003) and [3(b)](#fig-0003)), and linear erythema of the body and fundus of the stomach (Figure [4](#fig-0004))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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fig-0005
fig-0005
Figure 5
Erythema and desquamation of esophagus.
[ { "img_id": "fig-0005", "passages": [ "One month after ingestion, a repeat EGD was performed which was completely normal and showed no residual effects from the previous thermal injury (Figure [5](#fig-0005))." ], "section": "1. Case Presentation" } ]
/doi/10.1155/2017/1859352
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fig-0006
fig-0006
Figure 6
[ { "img_id": "fig-0006", "passages": [ "Our suggested approach is presented in Figure [6](#fig-0006)." ], "section": "2. Discussion" } ]
/doi/10.1155/2017/1859352
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fig-0001
figpt-0001
Figure 1 (a)
(a) US image of the intrasplenic cystic process with thick wall that proved to be an abscess. (b) Image of the initial CT scan prior to the 1st puncture illustrating splenomegaly and the site of the abscess next to the abdominal wall.
[ { "img_id": "fig-0001", "passages": [ "US revealed splenomegaly (17 cm) and a hypoechoic cystic process, suspected to be an abscess (Figure [1(a)](#fig-0001)).", "A low-dose CT scan with intravenous and oral contrast (Visipaque) confirmed a 32 × 45 × 40 mm thick-walled, unilocular abscess anteriorly in the spleen, with an adjacent inflammatory reaction in the abdominal wall (Figure [1(b)](#fig-0001)), and a small amount of ascites." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2023/8802760
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fig-0001
figpt-0002
Figure 1 (b)
(a) US image of the intrasplenic cystic process with thick wall that proved to be an abscess. (b) Image of the initial CT scan prior to the 1st puncture illustrating splenomegaly and the site of the abscess next to the abdominal wall.
[ { "img_id": "fig-0001", "passages": [ "US revealed splenomegaly (17 cm) and a hypoechoic cystic process, suspected to be an abscess (Figure [1(a)](#fig-0001)).", "A low-dose CT scan with intravenous and oral contrast (Visipaque) confirmed a 32 × 45 × 40 mm thick-walled, unilocular abscess anteriorly in the spleen, with an adjacent inflammatory reaction in the abdominal wall (Figure [1(b)](#fig-0001)), and a small amount of ascites." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2023/8802760
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fig-0001
figpt-0001
Figure 1 (a)
(a) Foetal alcoholic syndrome: face, note the short palpebral fissures, flat nasal bridge and small nose, strikingly featureless philtrum and poorly formed upper lip. (b) Severe malnutrition and growth restriction in foetal alcoholic syndrome. Initially all treatments failed to establish adequate nutrition and growth, including insertion of a gastrostomy and total parenteral nutrition, due to persistent severe vomiting. After 6 months of age, a fundoplication was performed, and gradually enteral nutrition could be reestablished. The child has caught up weight and growth into the percentiles but is still dependent on gastrostomy feeding at present (4 years and 10 months of age).
[ { "img_id": "fig-0001", "passages": [ "On examination she had several distinctive features with a wide anterior fontanelle, large mouth and tongue, short anteverted nose, flat nasal bridge, long smooth philtrum, thin tented upper lip (Figure [1(a)](#fig-0001)), short neck, widely spaced nipples, mild camptodactyly of the left fifth finger and deep palmar crease on the right hand (Figure [2(a)](#fig-0002)), wide sandal gap on both feet (Figure [2(b)](#fig-0002)), and deep sacral crease.", "Her growth was falling further away from her centiles (Figure [1(b)](#fig-0001)), and she was extensively investigated." ], "section": "1. Case Report" } ]
/doi/10.1155/2012/509253
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fig-0001
figpt-0002
Figure 1 (b)
(a) Foetal alcoholic syndrome: face, note the short palpebral fissures, flat nasal bridge and small nose, strikingly featureless philtrum and poorly formed upper lip. (b) Severe malnutrition and growth restriction in foetal alcoholic syndrome. Initially all treatments failed to establish adequate nutrition and growth, including insertion of a gastrostomy and total parenteral nutrition, due to persistent severe vomiting. After 6 months of age, a fundoplication was performed, and gradually enteral nutrition could be reestablished. The child has caught up weight and growth into the percentiles but is still dependent on gastrostomy feeding at present (4 years and 10 months of age).
[ { "img_id": "fig-0001", "passages": [ "On examination she had several distinctive features with a wide anterior fontanelle, large mouth and tongue, short anteverted nose, flat nasal bridge, long smooth philtrum, thin tented upper lip (Figure [1(a)](#fig-0001)), short neck, widely spaced nipples, mild camptodactyly of the left fifth finger and deep palmar crease on the right hand (Figure [2(a)](#fig-0002)), wide sandal gap on both feet (Figure [2(b)](#fig-0002)), and deep sacral crease.", "Her growth was falling further away from her centiles (Figure [1(b)](#fig-0001)), and she was extensively investigated." ], "section": "1. Case Report" } ]
/doi/10.1155/2012/509253
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fig-0002
figpt-0003
Figure 2 (a)
(a) Foetal alcoholic syndrome: right hand, note the “hockey stick” appearance of the deep palmar crease. (b) Feet, note the wide 1-2 sandal gap bilaterally.
[ { "img_id": "fig-0002", "passages": [ "On examination she had several distinctive features with a wide anterior fontanelle, large mouth and tongue, short anteverted nose, flat nasal bridge, long smooth philtrum, thin tented upper lip (Figure [1(a)](#fig-0001)), short neck, widely spaced nipples, mild camptodactyly of the left fifth finger and deep palmar crease on the right hand (Figure [2(a)](#fig-0002)), wide sandal gap on both feet (Figure [2(b)](#fig-0002)), and deep sacral crease." ], "section": "1. Case Report" } ]
/doi/10.1155/2012/509253
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fig-0002
figpt-0004
Figure 2 (b)
(a) Foetal alcoholic syndrome: right hand, note the “hockey stick” appearance of the deep palmar crease. (b) Feet, note the wide 1-2 sandal gap bilaterally.
[ { "img_id": "fig-0002", "passages": [ "On examination she had several distinctive features with a wide anterior fontanelle, large mouth and tongue, short anteverted nose, flat nasal bridge, long smooth philtrum, thin tented upper lip (Figure [1(a)](#fig-0001)), short neck, widely spaced nipples, mild camptodactyly of the left fifth finger and deep palmar crease on the right hand (Figure [2(a)](#fig-0002)), wide sandal gap on both feet (Figure [2(b)](#fig-0002)), and deep sacral crease." ], "section": "1. Case Report" } ]
/doi/10.1155/2012/509253
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fig-0001
fig-0001
Figure 1
Ultrasound of fetus heart at 42nd week of gestation, thoracic cleft, and major blood vessels transposition. Ao: aorta, RV: right ventricle, and LV: left ventricle. A: wide anterior thoracic defect, B: ventricular septum, C: ectopic heart, and D: chest.
[ { "img_id": "fig-0001", "passages": [ "Multiple anomalies were observed: wide anterior thoracic defect with extrathoracic four-chamber heart, rounded apex of the heart, high ventricular septal defect, the major blood vessels transposition, narrow pulmonary artery, and pericardium covering only ventricles (Figures [1](#fig-0001) and [2](#fig-0002))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/5097059
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fig-0002
fig-0002
Figure 2
Ultrasound of fetus heart at 42nd week of gestation with ventricular septal defect. RA: right atrium, RV: right ventricle, and LV: left ventricle. A: ventricular septal defect.
[ { "img_id": "fig-0002", "passages": [ "Multiple anomalies were observed: wide anterior thoracic defect with extrathoracic four-chamber heart, rounded apex of the heart, high ventricular septal defect, the major blood vessels transposition, narrow pulmonary artery, and pericardium covering only ventricles (Figures [1](#fig-0001) and [2](#fig-0002))." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/5097059
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fig-0003
Figure 3
The newborn 5 minutes after birth. C: the ectopic heart positioned outside the thoracic cavity; F: supraumbilical omphalocele.
[ { "img_id": "fig-0003", "passages": [ "The newborn was a female of 3300 g weight and 44 cm height who scored 8 (1 min) and 8 (5 min) on Apgar scale (Figure [3](#fig-0003), Supporting Information Video 1 in Supplementary Material available online at <http://dx.doi.org/10.1155/2016/5097059>)." ], "section": "2. Case Report" } ]
/doi/10.1155/2016/5097059
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fig-0001
Figure 1
Preoperative appearance of the baby depression over chest wall.
[ { "img_id": "fig-0001", "passages": [ "There was a prominent midline raphe over the skin starting from anterior neck and visible cardiac pulsations in the suprasternal region (Figure [1](#fig-0001))." ], "section": "1. Case History" } ]
/doi/10.1155/2013/192478
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fig-0002
fig-0002
Figure 2
Transthoracic echocardiogram, parasternal short axis view showing patent ductus arteriosus.
[ { "img_id": "fig-0002", "passages": [ "Transthoracic echocardiography revealed a 3 mm ostium secondum atrial septal defect (ASD) with left-to-right shunt and a 2 mm patent ductus arteriosus (PDA) (Figure [2](#fig-0002))." ], "section": "1. Case History" } ]
/doi/10.1155/2013/192478
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fig-0003
Figure 3
Postoperative skin.
[ { "img_id": "fig-0003", "passages": [ "She was discharged home and was doing well in the first-week followup (Figure [3](#fig-0003))." ], "section": "1. Case History" } ]
/doi/10.1155/2013/192478
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fig-0001
Figure 1
Chest computed tomography image. A tumorous lesion is seen in the anterior mediastinum, with compression of the heart and distal area of the carina.
[ { "img_id": "fig-0001", "passages": [ "Chest computed tomography (CT) showed a tumorous lesion in the anterior mediastinum, with compression of the heart and the distal area of the carina (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2024/1727612
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fig-0001
figpt-0001
Figure 1 (a)
MR and US images of the abdominal mass. (a) Fetal ultrasonogram at 37 weeks’ gestation: longitudinal section through the abdomen of the fetus shows a 4 × 3 cm cystic mass with sedimented echoes (arrow). (b) Fetal MR image at 28 weeks’ gestation: axial T2-weighted image shows a cystic mass lesion in the right side of the fetal abdomen (arrow). (c) Postnatal longitudinal ultrasonogram on day 0 shows a 4.5 × 3.5 cm cystic mass with floating internal echoes in the right abdomen. Note the fluid-debris level (arrow) and muscular rim sign (arrowhead). (d) Axial T2-weighted MR image on postnatal day 16 reveals a hyperintense cyst in the left lower abdomen (arrow).
[ { "img_id": "fig-0001", "passages": [ "The US revealed a 4 × 3 cm unilocular cystic mass with sedimented echoes in the fetal right quadrant, and no significant thickness or hyperechogenicity of the cyst wall was seen (Figure [1(a)](#fig-0001)).", "A fetal magnetic resonance imaging (MRI), which was performed at 28 weeks’ gestation, revealed a unilocular cystic structure without a thick wall and solid components occupying the right side of the fetal abdomen (Figure [1(b)](#fig-0001)).", "On US, echogenic debris and septation were seen in the cyst, and a double-layered wall was seen over a small segment of the lowermost portion of the cyst wall (Figure [1(c)](#fig-0001)), which revealed the transient change in contour of the cyst.", "It showed a well-circumscribed cystic mass with a size of 3.8 × 3.5 × 3.0 cm in the left abdomen (Figure [1(d)](#fig-0001))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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Figure 1 (b)
MR and US images of the abdominal mass. (a) Fetal ultrasonogram at 37 weeks’ gestation: longitudinal section through the abdomen of the fetus shows a 4 × 3 cm cystic mass with sedimented echoes (arrow). (b) Fetal MR image at 28 weeks’ gestation: axial T2-weighted image shows a cystic mass lesion in the right side of the fetal abdomen (arrow). (c) Postnatal longitudinal ultrasonogram on day 0 shows a 4.5 × 3.5 cm cystic mass with floating internal echoes in the right abdomen. Note the fluid-debris level (arrow) and muscular rim sign (arrowhead). (d) Axial T2-weighted MR image on postnatal day 16 reveals a hyperintense cyst in the left lower abdomen (arrow).
[ { "img_id": "fig-0001", "passages": [ "The US revealed a 4 × 3 cm unilocular cystic mass with sedimented echoes in the fetal right quadrant, and no significant thickness or hyperechogenicity of the cyst wall was seen (Figure [1(a)](#fig-0001)).", "A fetal magnetic resonance imaging (MRI), which was performed at 28 weeks’ gestation, revealed a unilocular cystic structure without a thick wall and solid components occupying the right side of the fetal abdomen (Figure [1(b)](#fig-0001)).", "On US, echogenic debris and septation were seen in the cyst, and a double-layered wall was seen over a small segment of the lowermost portion of the cyst wall (Figure [1(c)](#fig-0001)), which revealed the transient change in contour of the cyst.", "It showed a well-circumscribed cystic mass with a size of 3.8 × 3.5 × 3.0 cm in the left abdomen (Figure [1(d)](#fig-0001))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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Figure 1 (c)
MR and US images of the abdominal mass. (a) Fetal ultrasonogram at 37 weeks’ gestation: longitudinal section through the abdomen of the fetus shows a 4 × 3 cm cystic mass with sedimented echoes (arrow). (b) Fetal MR image at 28 weeks’ gestation: axial T2-weighted image shows a cystic mass lesion in the right side of the fetal abdomen (arrow). (c) Postnatal longitudinal ultrasonogram on day 0 shows a 4.5 × 3.5 cm cystic mass with floating internal echoes in the right abdomen. Note the fluid-debris level (arrow) and muscular rim sign (arrowhead). (d) Axial T2-weighted MR image on postnatal day 16 reveals a hyperintense cyst in the left lower abdomen (arrow).
[ { "img_id": "fig-0001", "passages": [ "The US revealed a 4 × 3 cm unilocular cystic mass with sedimented echoes in the fetal right quadrant, and no significant thickness or hyperechogenicity of the cyst wall was seen (Figure [1(a)](#fig-0001)).", "A fetal magnetic resonance imaging (MRI), which was performed at 28 weeks’ gestation, revealed a unilocular cystic structure without a thick wall and solid components occupying the right side of the fetal abdomen (Figure [1(b)](#fig-0001)).", "On US, echogenic debris and septation were seen in the cyst, and a double-layered wall was seen over a small segment of the lowermost portion of the cyst wall (Figure [1(c)](#fig-0001)), which revealed the transient change in contour of the cyst.", "It showed a well-circumscribed cystic mass with a size of 3.8 × 3.5 × 3.0 cm in the left abdomen (Figure [1(d)](#fig-0001))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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Figure 1 (d)
MR and US images of the abdominal mass. (a) Fetal ultrasonogram at 37 weeks’ gestation: longitudinal section through the abdomen of the fetus shows a 4 × 3 cm cystic mass with sedimented echoes (arrow). (b) Fetal MR image at 28 weeks’ gestation: axial T2-weighted image shows a cystic mass lesion in the right side of the fetal abdomen (arrow). (c) Postnatal longitudinal ultrasonogram on day 0 shows a 4.5 × 3.5 cm cystic mass with floating internal echoes in the right abdomen. Note the fluid-debris level (arrow) and muscular rim sign (arrowhead). (d) Axial T2-weighted MR image on postnatal day 16 reveals a hyperintense cyst in the left lower abdomen (arrow).
[ { "img_id": "fig-0001", "passages": [ "The US revealed a 4 × 3 cm unilocular cystic mass with sedimented echoes in the fetal right quadrant, and no significant thickness or hyperechogenicity of the cyst wall was seen (Figure [1(a)](#fig-0001)).", "A fetal magnetic resonance imaging (MRI), which was performed at 28 weeks’ gestation, revealed a unilocular cystic structure without a thick wall and solid components occupying the right side of the fetal abdomen (Figure [1(b)](#fig-0001)).", "On US, echogenic debris and septation were seen in the cyst, and a double-layered wall was seen over a small segment of the lowermost portion of the cyst wall (Figure [1(c)](#fig-0001)), which revealed the transient change in contour of the cyst.", "It showed a well-circumscribed cystic mass with a size of 3.8 × 3.5 × 3.0 cm in the left abdomen (Figure [1(d)](#fig-0001))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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Figure 2 (a)
(a) Intraoperative photograph of the thick-walled, 5 × 5 cm cyst (arrowhead) attached to the ileum (arrow). (b) Low-power photomicrograph (hematoxylin-eosin stain; original magnification, ×100) shows histopathologic features of the enteric duplication cyst. The convergence of the cyst wall and the small-bowel wall can be seen. Duplication cyst mucosa of the duplication cyst including gastric mucosal lining (arrowhead) and mucosa of the native ileum (arrow) can be seen. The asterisk indicates the shared muscularis propria.
[ { "img_id": "fig-0002", "passages": [ "On laparotomy, we observed a 5 × 5 × 3.5 cm cystic structure that was attached to the mesenteric border of the ileum, approximately 70 cm proximal to the ileocecal valve (Figure [2(a)](#fig-0002)).", "A histological examination revealed that the resected cyst and contiguous portion of the ileum shared a common muscular wall, although each had its own mucosal lining (Figure [2(b)](#fig-0002))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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Figure 2 (b)
(a) Intraoperative photograph of the thick-walled, 5 × 5 cm cyst (arrowhead) attached to the ileum (arrow). (b) Low-power photomicrograph (hematoxylin-eosin stain; original magnification, ×100) shows histopathologic features of the enteric duplication cyst. The convergence of the cyst wall and the small-bowel wall can be seen. Duplication cyst mucosa of the duplication cyst including gastric mucosal lining (arrowhead) and mucosa of the native ileum (arrow) can be seen. The asterisk indicates the shared muscularis propria.
[ { "img_id": "fig-0002", "passages": [ "On laparotomy, we observed a 5 × 5 × 3.5 cm cystic structure that was attached to the mesenteric border of the ileum, approximately 70 cm proximal to the ileocecal valve (Figure [2(a)](#fig-0002)).", "A histological examination revealed that the resected cyst and contiguous portion of the ileum shared a common muscular wall, although each had its own mucosal lining (Figure [2(b)](#fig-0002))." ], "section": "2. Case Summary" } ]
/doi/10.1155/2017/9209126
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fig-0001
fig-0001
Figure 1
Plain film reveals osteolytic metastases in the left humerus.
[ { "img_id": "fig-0001", "passages": [ "Case Report\n--------------\n\nA 12-year-old girl (no puberty) presented with localized pain of the left shoulder evolving for 9 months, and plain radiography done in the emergency showed osteolytic lesions without rupture of the cortex of the upper end of the left humerus (Figure [1](#fig-0001)) confirmed on computerized tomography (CT) scan." ], "section": "2. Case Report" } ]
/doi/10.1155/2021/8826688
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fig-0002
Figure 2
Contrast-enhanced CT shows a heterogeneous density abdomino-pelvic tumor.
[ { "img_id": "fig-0002", "passages": [ "Abdominal CT scan revealed a 10-cm diameter abdomino-pelvic mass of heterogeneous density without calcification (Figure [2](#fig-0002)), whose origin is difficult to assess." ], "section": "2. Case Report" } ]
/doi/10.1155/2021/8826688
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Figure 3
Cytology of pediatric ovarian lymphoma: diffuse large B-cell lymphoma (40x).
[ { "img_id": "fig-0003", "passages": [ "Immunohistochemistry indicated that the cells were positive for CD20 and CD45 and Ki67 (about 80%) but negative for CD3, BCL2, and BCL6 (Figures [3](#fig-0003) and [4](#fig-0004))." ], "section": "2. Case Report" } ]
/doi/10.1155/2021/8826688
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Figure 4
CD45 staining of the tumor cells (40x).
[ { "img_id": "fig-0004", "passages": [ "Immunohistochemistry indicated that the cells were positive for CD20 and CD45 and Ki67 (about 80%) but negative for CD3, BCL2, and BCL6 (Figures [3](#fig-0003) and [4](#fig-0004))." ], "section": "2. Case Report" } ]
/doi/10.1155/2021/8826688
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Figure 5
Skeletal scintigraphy showing multiple bone metastases.
[ { "img_id": "fig-0005", "passages": [ "The diagnosis made was a diffuse large B-cell lymphoma (DLBCL) of the left ovary with bone metastasis confirmed by bone scintigraphy which revealed multiple lesions with intensive radioactive accumulation in the left humerus, point of the left scapula, upper third of the left femur, the skull, and the second dorsal vertebra (Figure [5](#fig-0005))." ], "section": "2. Case Report" } ]
/doi/10.1155/2021/8826688
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fig-0001
Figure 1
In utero fetal color Doppler ultrasonography demonstrating a sagittal view of right testicle at 36 weeks gestation, revealing a thickened scrotal wall (arrow) with reactive hydrocele surrounding a necrotic testicle.
[ { "img_id": "fig-0001", "passages": [ "Initial radiologic interpretation revealed a hemorrhagic incident with thrombosis of the right testicle (Figure [1](#fig-0001))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/8825763
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Figure 2
Sagittal view of immediate postnatal color Doppler ultrasonography demonstrating the absence of testicular blood flow and accompanying changes including “whirlpool” sign (asterisk).
[ { "img_id": "fig-0002", "passages": [ "Color Doppler ultrasonography demonstrated absence of blood flow in the right testicle accompanied by chronic changes in the tissue consistent with a subacute or chronic testicular infarct (Figure [2](#fig-0002))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/8825763
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Figure 3
The incision of the scrotum along the raphe, revealing a discolored, edematous, and necrotic right testicle, with normal appearance of the left testicle. Orchiectomy of the right testicle was followed by contralateral orchiopexy.
[ { "img_id": "fig-0003", "passages": [ "Subsequent simple orchiectomy was performed (Figure [3](#fig-0003))." ], "section": "2. Case Presentation" } ]
/doi/10.1155/2021/8825763
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Figure 1 (a)
(a) An appendage lesion with approximately 2 cm with no communication with the spinal cord. (b) Confirmation by magnetic resonance image (axial image), with development of a false human tail.
[ { "img_id": "fig-0001", "passages": [ "MRI of the lumbosacral region was requested and identified an appendage lesion with approximately 2 cm, with no communication with the spinal cord, which developed a false human tail (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "2. Case 1" } ]
/doi/10.1155/2013/210301
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Figure 1 (b)
(a) An appendage lesion with approximately 2 cm with no communication with the spinal cord. (b) Confirmation by magnetic resonance image (axial image), with development of a false human tail.
[ { "img_id": "fig-0001", "passages": [ "MRI of the lumbosacral region was requested and identified an appendage lesion with approximately 2 cm, with no communication with the spinal cord, which developed a false human tail (Figures [1(a)](#fig-0001) and [1(b)](#fig-0001))." ], "section": "2. Case 1" } ]
/doi/10.1155/2013/210301
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Figure 2 (a)
(a) Lesion at the lumbosacral region, type tail. (b) Confirmation by a lumbosacral MRI that showed a spinal dysraphism associated with intradural lipoma.
[ { "img_id": "fig-0002", "passages": [ "Normal neurological exams and lumbosacral MRI were performed and confirmed spinal dysraphism associated with intradural lipoma (Figures [2(a)](#fig-0002) and [2(b)](#fig-0002))." ], "section": "3. Case 2" } ]
/doi/10.1155/2013/210301
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Figure 2 (b)
(a) Lesion at the lumbosacral region, type tail. (b) Confirmation by a lumbosacral MRI that showed a spinal dysraphism associated with intradural lipoma.
[ { "img_id": "fig-0002", "passages": [ "Normal neurological exams and lumbosacral MRI were performed and confirmed spinal dysraphism associated with intradural lipoma (Figures [2(a)](#fig-0002) and [2(b)](#fig-0002))." ], "section": "3. Case 2" } ]
/doi/10.1155/2013/210301
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Figure 3 (a)
(a) A newborn with multiple thoracic myelomeningocele. (b) Plain radiograph of the chest, showing a reduction and a fissure in the body of the fifith thoracic vertebrae.
[ { "img_id": "fig-0003", "passages": [ "Case 3\n---------\n\nA neonate (18 days of life) with two intact cystic lesions was detected in the posterior thoracic region, of 2 cm (the superior) and 3 cm (the inferior) (Figure [3(a)](#fig-0003)).", "A chest radiography exam showed, at the level of the fifth thoracic vertebrae, a reduction of the left part of the vertebra, as well as a fissure (Figure [3(b)](#fig-0003))." ], "section": "4. Case 3" } ]
/doi/10.1155/2013/210301
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Figure 3 (b)
(a) A newborn with multiple thoracic myelomeningocele. (b) Plain radiograph of the chest, showing a reduction and a fissure in the body of the fifith thoracic vertebrae.
[ { "img_id": "fig-0003", "passages": [ "Case 3\n---------\n\nA neonate (18 days of life) with two intact cystic lesions was detected in the posterior thoracic region, of 2 cm (the superior) and 3 cm (the inferior) (Figure [3(a)](#fig-0003)).", "A chest radiography exam showed, at the level of the fifth thoracic vertebrae, a reduction of the left part of the vertebra, as well as a fissure (Figure [3(b)](#fig-0003))." ], "section": "4. Case 3" } ]
/doi/10.1155/2013/210301
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fig-0001
Figure 1
Ultrasound performed on the first day of life revealed free intraabdominal fluid.
[ { "img_id": "fig-0001", "passages": [ "An abdominal ultrasound revealed free fluid as a sign of meconium perforation (Figure [1](#fig-0001))." ], "section": "2. Case Report" } ]
/doi/10.1155/2017/2969473
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