OpenMed/multicare-images · Datasets at Hugging Face

file_id stringlengths 12 12	file stringlengths 25 76	main_image stringlengths 21 64	image_component stringclasses 25 values	patient_id stringlengths 11 14	license stringclasses 9 values	caption stringlengths 1 3.22k	case_substring listlengths 0 7	image_type stringclasses 7 values	image_subtype stringclasses 40 values	radiology_region stringclasses 9 values	radiology_region_granular stringclasses 19 values	radiology_view stringclasses 9 values	labels listlengths 1 5	semi_labels listlengths 0 11
file_0000100	PMC10010593_JWACS-13-98-g005_A_1_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	a	PMC10010593_01	CC BY-NC-SA	(A) Finished and polished orbital prosthesis.	[ "Figure 5A" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000101	PMC10010593_JWACS-13-98-g005_B_2_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	b	PMC10010593_01	CC BY-NC-SA	(B) Artificial eyebrows and eyelids were positioned on the prosthesis.	[ "Figure 5B" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000102	PMC10010593_JWACS-13-98-g005_C_3_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	c	PMC10010593_01	CC BY-NC-SA	(C) Adaptation of cast partial framework on the cast.	[ "Figure 5C" ]	radiology	mri	abdomen	abdomen	sagittal	[ "abdomen", "radiology", "sagittal", "mri" ]	[]
file_0000103	PMC10010593_JWACS-13-98-g005_D_4_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	d	PMC10010593_01	CC BY-NC-SA	(D) Final finished and polished intraoral prosthesis in situ.	[ "Figure 5D" ]	medical_photograph	oral_photograph	null	null	null	[ "medical_photograph", "oral_photograph" ]	[]
file_0000104	PMC10010593_JWACS-13-98-g005_E_5_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	e	PMC10010593_01	CC BY-NC-SA	(E) Tripod pattern of magnets picked up using autopolymerising resin on the inferior surface of orbital prosthesis.	[ "Figure 5E" ]	medical_photograph	oral_photograph	null	null	null	[ "medical_photograph", "oral_photograph" ]	[]
file_0000105	PMC10010593_JWACS-13-98-g005_F_6_6.webp	PMC10010593_01_JWACS-13-98-g005.jpg	f	PMC10010593_01	CC BY-NC-SA	(F) Magnets picked up using self-cure resin on the superior surface of the obturator.	[ "Figure 5F" ]	medical_photograph	oral_photograph	null	null	null	[ "medical_photograph", "oral_photograph" ]	[]
file_0000106	PMC10010903_10-1055-a-2028-6419-i22jul0054-1_I_1_1.webp	PMC10010903_01_10-1055-a-2028-6419-i22jul0054-1.jpg	i	PMC10010903_01	CC BY-NC-ND	Magnetic resonance imaging (MRI) showing Chiari malformation type I (CM-I).	[ "Fig. 1" ]	radiology	mri	head	head	sagittal	[ "head", "radiology", "sagittal", "mri" ]	[ "radiology", "mri" ]
file_0000107	PMC10010903_10-1055-a-2028-6419-i22jul0054-2_undivided_1_1.webp	PMC10010903_01_10-1055-a-2028-6419-i22jul0054-2.jpg	undivided	PMC10010903_01	CC BY-NC-ND	Preoperative magnetic resonance imaging (MRI) of the thoracic spine demonstrating cervical and upper thoracic spinal cord edema.	[ "Fig. 2" ]	radiology	mri	neck	neck	sagittal	[ "neck", "radiology", "sagittal", "mri" ]	[ "radiology", "mri" ]
file_0000108	PMC10010903_10-1055-a-2028-6419-i22jul0054-3_undivided_1_1.webp	PMC10010903_01_10-1055-a-2028-6419-i22jul0054-3.jpg	undivided	PMC10010903_01	CC BY-NC-ND	Right side motor evoked potentials (MEPs) pre- and post-decompression. The red arrow indicates time of bony decompression. Traces below the arrow show improved MEP response.	[ "Fig. 3" ]	electrography	eeg	null	null	null	[ "eeg", "electrography" ]	[]
file_0000109	PMC10011097_fped-11-1083168-g001_A_1_2.webp	PMC10011097_01_fped-11-1083168-g001.jpg	a	PMC10011097_01	CC BY	(A,B) At chest CT, a right 46 x 30 x 35 mm ovular, expansive pulmonary lesion and bilateral axillary lymphadenopathy was detected: the lesion showed non-uniform contrast enhancement.	[ "Figure 1" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "mass", "contrast" ]
file_0000110	PMC10011097_fped-11-1083168-g001_B_2_2.webp	PMC10011097_01_fped-11-1083168-g001.jpg	b	PMC10011097_01	CC BY	(A,B) At chest CT, a right 46 x 30 x 35 mm ovular, expansive pulmonary lesion and bilateral axillary lymphadenopathy was detected: the lesion showed non-uniform contrast enhancement.	[ "Figure 1" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "mass", "contrast" ]
file_0000111	PMC10011097_fped-11-1083168-g002_A_1_2.webp	PMC10011097_01_fped-11-1083168-g002.jpg	a	PMC10011097_01	CC BY	(A,B) After adjuvant therapy, a CT scan showed a persistency of the metastasis, which presented an unusual cavitating aspect.	[ "Figure 2" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "malignant", "ct", "mass" ]
file_0000112	PMC10011097_fped-11-1083168-g002_B_2_2.webp	PMC10011097_01_fped-11-1083168-g002.jpg	b	PMC10011097_01	CC BY	(A,B) After adjuvant therapy, a CT scan showed a persistency of the metastasis, which presented an unusual cavitating aspect.	[ "Figure 2" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "malignant", "ct", "mass" ]
file_0000113	PMC10011424_gr1_undivided_1_1.webp	PMC10011424_01_gr1.jpg	undivided	PMC10011424_01	CC BY	CT scan with signs of pulmonary congestion, bilateral pleural effusion and bilateral peribronchial parenchymal infiltrates.	[ "Fig. 1" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "ct" ]
file_0000114	PMC10011424_gr2_undivided_1_1.webp	PMC10011424_01_gr2.jpg	undivided	PMC10011424_01	CC BY	TEE showing a 12 mm mobile mass attached to noncoronary cusp of the aortic valve, protruding into the left ventricular outflow tract.	[]	radiology	ultrasound	thorax	thorax	ultrasound_view	[ "thorax", "radiology", "ultrasound_view", "ultrasound", "echocardiogram" ]	[]
file_0000115	PMC10011424_gr4_undivided_1_1.webp	PMC10011424_01_gr4.jpg	undivided	PMC10011424_01	CC BY	A perivalvular echolucent area compatible with an aortic root abscess.	[ "Fig. 4" ]	radiology	ultrasound	thorax	thorax	ultrasound_view	[ "thorax", "radiology", "ultrasound_view", "ultrasound", "echocardiogram" ]	[]
file_0000116	PMC10011480_fimmu-14-1127085-g001_G_1_1.webp	PMC10011480_03_fimmu-14-1127085-g001.jpg	g	PMC10011480_03	CC BY	Proband in each family is denoted with arrow. Individuals shaded in black carry a combination of clinical features including mucocutaneous, musculoskeletal, gastrointestinal, neurological manifestations, infections, or fever. G+ denotes individual carrying pathogenic/likely pathogenic RELA variant, G- denotes wild type...	[]	pathology	giemsa	null	null	null	[ "pathology", "giemsa" ]	[]
file_0000117	PMC10011612_fped-11-1115788-g001_A_1_2.webp	PMC10011612_01_fped-11-1115788-g001.jpg	a	PMC10011612_01	CC BY	CT scan of chest. (A) The lung window showing scattered infiltrates in the bilateral lungs.	[ "Figure 1A" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "lung_window", "thorax", "ct" ]
file_0000118	PMC10011612_fped-11-1115788-g001_B_2_2.webp	PMC10011612_01_fped-11-1115788-g001.jpg	b	PMC10011612_01	CC BY	CT scan of chest. (B) The mediastinal window showing an enlarged mediastinum (red arrow), some pleural effusion (blue arrow), and pericardial effusion (yellow arrow).	[ "Figure 1B" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "soft_tissue_window", "thorax", "ct" ]
file_0000119	PMC10011612_fped-11-1115788-g002_A_1_3.webp	PMC10011612_01_fped-11-1115788-g002.jpg	a	PMC10011612_01	CC BY	Contrast-enhanced CT scan of chest. (A). CT showing scattered infiltrates in the bilateral lungs.	[ "Figure 2A" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "contrast" ]
file_0000120	PMC10011612_fped-11-1115788-g002_B_2_3.webp	PMC10011612_01_fped-11-1115788-g002.jpg	b	PMC10011612_01	CC BY	Contrast-enhanced CT scan of chest. (B). CT showing partial encapsulated changes of mediastinum (red arrow) revealing the possibility of mediastinal abscess, some pleural effusion (yellow arrow), and pericardial effusion (white arrow).	[ "Figure 2B" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "contrast" ]
file_0000121	PMC10011612_fped-11-1115788-g002_C_3_3.webp	PMC10011612_01_fped-11-1115788-g002.jpg	c	PMC10011612_01	CC BY	Contrast-enhanced CT scan of chest. (C). CT showing mediastinal abscess disappeared when the patient was discharged.	[ "Figure 2C" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "contrast" ]
file_0000122	PMC10011616_fendo-14-1153374-g001_A_1_5.webp	PMC10011616_03_fendo-14-1153374-g001.jpg	a	PMC10011616_03	CC BY	Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. (A), Distribution of CYP11B2 immunoreactivity in the tumor region (T) of the adrenal tissue.	[ "Figure 1" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[ "pathology", "immunostaining" ]
file_0000123	PMC10011616_fendo-14-1153374-g001_B_2_5.webp	PMC10011616_03_fendo-14-1153374-g001.jpg	b	PMC10011616_03	CC BY	Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. Distribution of CYP11B2 . Immunoreactivities in consecutive sections of the APA tissue at low . Similar distribution of CYP11B2 and LHCGR immunoreactivities were observed in some areas (arrows) in (B, C). PT indicates peritumoral tiss...	[ "Figure 1" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000124	PMC10011616_fendo-14-1153374-g001_C_3_5.webp	PMC10011616_03_fendo-14-1153374-g001.jpg	c	PMC10011616_03	CC BY	Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. LHCGR. Immunoreactivities in consecutive sections of the APA tissue at low . Similar distribution of CYP11B2 and LHCGR immunoreactivities were observed in some areas (arrows) in (B, C). PT indicates peritumoral tissue; and V, vein.	[ "Figure 1" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000125	PMC10011616_fendo-14-1153374-g001_D_4_5.webp	PMC10011616_03_fendo-14-1153374-g001.jpg	d	PMC10011616_03	CC BY	Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. Distribution of CYP11B2 . High. Magnifications.	[ "Figure 1" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000126	PMC10011616_fendo-14-1153374-g001_E_5_5.webp	PMC10011616_03_fendo-14-1153374-g001.jpg	e	PMC10011616_03	CC BY	Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. LHCGR high. Magnifications.	[ "Figure 1" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000127	PMC10011861_med-07-5-f1_A_1_2.webp	PMC10011861_01_med-07-5-f1.jpg	a	PMC10011861_01	CC BY-NC-ND	Axial contrast-enhanced chest CT images showing a large mass in the prevascular mediastinal compartment. The tumour is lobulated, and ,well-defined.	[]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "mass", "contrast" ]
file_0000128	PMC10011861_med-07-5-f1_B_2_2.webp	PMC10011861_01_med-07-5-f1.jpg	b	PMC10011861_01	CC BY-NC-ND	Axial contrast-enhanced chest CT images showing a large mass in the prevascular mediastinal compartment. Has a heterogeneous aspect, with low-density areas corresponding with necrosis as well as an area of chunky calcifications (white arrow). CT, computed tomography.	[ "Figure 2" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "mass", "contrast" ]
file_0000129	PMC10011861_med-07-5-f2_undivided_1_1.webp	PMC10011861_01_med-07-5-f2.jpg	undivided	PMC10011861_01	CC BY-NC-ND	Coronal reformatted contrast-enhanced image clearly depicts the large extend of the mass, as well as the heterogeneous aspect.	[ "Figure 2" ]	radiology	ct	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "ct" ]	[ "radiology", "mass", "contrast" ]
file_0000130	PMC10011863_med-07-4-f1_A_1_2.webp	PMC10011863_01_med-07-4-f1.jpg	a	PMC10011863_01	CC BY-NC-ND	Both preoperative chest X-ray ,axial CT-scan with IV contrast (soft tissue window.	[ "Figure 1A" ]	radiology	x_ray	thorax	thorax	frontal	[ "thorax", "radiology", "frontal", "x_ray" ]	[ "radiology" ]
file_0000131	PMC10011863_med-07-4-f1_B_2_2.webp	PMC10011863_01_med-07-4-f1.jpg	b	PMC10011863_01	CC BY-NC-ND	Implicates a NSCLC of the right upper lobe with tumor-positive lymph node station 4R (provisional TNM classification: T2 N2 Mx). NSCLC, non-small cell lung cancer; CT, computed tomography; IV, intravenous; TNM, tumor node metastasis.	[]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[]
file_0000132	PMC10011863_med-07-4-f2_A_1_3.webp	PMC10011863_01_med-07-4-f2.jpg	a	PMC10011863_01	CC BY-NC-ND	EBUS-TBNA of mediastinal lymph node stations 4R.	[ "Figure 2A" ]	radiology	ultrasound	abdomen	abdomen	ultrasound_view	[ "abdomen", "radiology", "ultrasound_view", "ultrasound" ]	[]
file_0000133	PMC10011863_med-07-4-f2_B_2_3.webp	PMC10011863_01_med-07-4-f2.jpg	b	PMC10011863_01	CC BY-NC-ND	Medical image.	[]	radiology	ultrasound	abdomen	abdomen	ultrasound_view	[ "abdomen", "radiology", "ultrasound_view", "ultrasound" ]	[]
file_0000134	PMC10011863_med-07-4-f2_C_3_3.webp	PMC10011863_01_med-07-4-f2.jpg	c	PMC10011863_01	CC BY-NC-ND	10R LK, lymph node station; EBUS-TBNA, endobronchial ultrasound-guided transbronchial needle aspiration.	[]	radiology	ultrasound	lower_limb	lower_leg	ultrasound_view	[ "radiology", "lower_limb", "ultrasound_view", "ultrasound", "lower_leg" ]	[]
file_0000135	PMC10011863_med-07-4-f3_A_1_3.webp	PMC10011863_01_med-07-4-f3.jpg	a	PMC10011863_01	CC BY-NC-ND	Two weeks after EBUS-TBNA, chest X-ray indicated massive pericardial effusion and concomitant heart failure (A).	[ "Figure 3A" ]	radiology	x_ray	thorax	thorax	frontal	[ "thorax", "radiology", "frontal", "x_ray" ]	[ "radiology", "thorax", "x_ray" ]
file_0000136	PMC10011863_med-07-4-f3_B_2_3.webp	PMC10011863_01_med-07-4-f3.jpg	b	PMC10011863_01	CC BY-NC-ND	Axial CT-scan with IV contrast (soft tissue window) showed protein-rich pericardial effusion.	[ "Figure 3B" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "soft_tissue_window", "ct", "contrast" ]
file_0000137	PMC10011863_med-07-4-f3_C_3_3.webp	PMC10011863_01_med-07-4-f3.jpg	c	PMC10011863_01	CC BY-NC-ND	An organized mediastinal fluid collection , indicating a complicated pericardial effusion with possible mediastinal abscess formation. Additional pleural effusion reflected functional heart failure. EBUS-TBNA, endobronchial ultrasound-guided transbronchial needle aspiration; CT, computed tomography; IV, intravenous.	[ "Figure 3C" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "ct" ]
file_0000138	PMC10011863_med-07-4-f4_undivided_1_1.webp	PMC10011863_01_med-07-4-f4.jpg	undivided	PMC10011863_01	CC BY-NC-ND	Intraoperative finding after evacuation of at least 300 mL opaque pericardial effusion and pericardial fenestration via left-sided video-assisted thoracoscopy.	[ "Figure 4" ]	endoscopy	arthroscopy	null	null	null	[ "endoscopy", "arthroscopy" ]	[]
file_0000139	PMC10011863_med-07-4-f5_undivided_1_1.webp	PMC10011863_01_med-07-4-f5.jpg	undivided	PMC10011863_01	CC BY-NC-ND	Interim coronal CT-scan with IV contrast (soft tissue window) displaying both residual pericardial effusion and residual mediastinal fluid collection as a possible indication for persistent abscess formation. CT, computed tomography; IV, intravenous.	[ "Figure 5" ]	radiology	ct	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "ct" ]	[ "radiology", "soft_tissue_window", "ct", "contrast" ]
file_0000140	PMC10011866_med-07-6-f1_undivided_1_1.webp	PMC10011866_01_med-07-6-f1.jpg	undivided	PMC10011866_01	CC BY-NC-ND	Case 1 imaging. Coronal contrast-enhanced pediatric protocol low dose CT showed a left prevascular mediastinal mass (arrow) that is well-circumscribed, and lobulated, with serpiginous heterogeneous enhancement. CT, computed tomography.	[ "Figure 1" ]	radiology	ct	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "ct" ]	[ "radiology", "ct", "mass", "contrast" ]
file_0000141	PMC10011866_med-07-6-f2_undivided_1_1.webp	PMC10011866_01_med-07-6-f2.jpg	undivided	PMC10011866_01	CC BY-NC-ND	Case 1 first biopsy. CT-guided biopsy was nonspecific. There was scant fibroconnective tissue with variable collagenization, myxoid change, and myofibroblasts (H&E stain; original magnification: 100x). Additional tissue sampling was recommended. CT, computed tomography; H&E, hematoxylin and eosin.	[ "Figure 2" ]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[]
file_0000142	PMC10011866_med-07-6-f3_undivided_1_1.webp	PMC10011866_01_med-07-6-f3.jpg	undivided	PMC10011866_01	CC BY-NC-ND	Case 1 second biopsy. Open biopsy showed extensive fibrosclerosis, lymphoplasmacytic infiltration, and thin dilated vessels (H&E stain; original magnification: 100x). H&E, hematoxylin and eosin.	[ "Figure 3" ]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[ "pathology", "h&e" ]
file_0000143	PMC10011866_med-07-6-f4_A_1_6.webp	PMC10011866_01_med-07-6-f4.jpg	a	PMC10011866_01	CC BY-NC-ND	Case 1 resection. Gross examination of the resection specimen showed a 115.6 g, 7.0 cm x 6.9 cm x 4.3 cm irregular well-circumscribed, red-pink firm mass with mottled fibrotic cut surfaces (A).	[ "Figure 4A" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000144	PMC10011866_med-07-6-f4_B_2_6.webp	PMC10011866_01_med-07-6-f4.jpg	b	PMC10011866_01	CC BY-NC-ND	Case 1 resection. Only approximately 5% of the mass showed tumor cells, mostly along the periphery and involving adjacent thymic parenchyma (B, middle and bottom; H&E stain; original magnification: 20x). The remainder of the mass consisted of inflamed vascular sclerotic tissue suggestive of regression (B, upper right).	[ "Figure 4B" ]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[ "pathology", "h&e" ]
file_0000145	PMC10011866_med-07-6-f4_C_3_6.webp	PMC10011866_01_med-07-6-f4.jpg	c	PMC10011866_01	CC BY-NC-ND	Case 1 resection. The tumor component consisted of sheets of medium-sized tumor cells with relatively uniform, large central nuclei with prominent nucleoli, and amphiphilic to clear cytoplasm (C; H&E stain; original magnification: 100x).	[]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[ "pathology", "h&e" ]
file_0000146	PMC10011866_med-07-6-f4_D_4_6.webp	PMC10011866_01_med-07-6-f4.jpg	d	PMC10011866_01	CC BY-NC-ND	Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...	[ "Figure 4D" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000147	PMC10011866_med-07-6-f4_E_5_6.webp	PMC10011866_01_med-07-6-f4.jpg	e	PMC10011866_01	CC BY-NC-ND	Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...	[]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[]
file_0000148	PMC10011866_med-07-6-f4_F_6_6.webp	PMC10011866_01_med-07-6-f4.jpg	f	PMC10011866_01	CC BY-NC-ND	Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...	[]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000149	PMC10011866_med-07-6-f5_undivided_1_1.webp	PMC10011866_02_med-07-6-f5.jpg	undivided	PMC10011866_02	CC BY-NC-ND	Case 2 imaging. Axial CT angiogram of the chest showed a prevascular mediastinal mass (yellow arrow) with small peripheral calcifications (blue arrow). CT, computed tomography.	[ "Figure 5" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct", "mass", "angiography", "cta" ]
file_0000150	PMC10011866_med-07-6-f6_A_1_3.webp	PMC10011866_02_med-07-6-f6.jpg	a	PMC10011866_02	CC BY-NC-ND	Case 2 biopsy. During CT-guided biopsy, the needle.	[ "Figure 6A" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[]
file_0000151	PMC10011866_med-07-6-f6_B_2_3.webp	PMC10011866_02_med-07-6-f6.jpg	b	PMC10011866_02	CC BY-NC-ND	Case 2 biopsy. Arrow) entered a non-FDG-avid portion of the mass. PET scan; arrow corresponds to biopsied area shown in A).	[ "Figure 6B" ]	radiology	pet	breast	breast	axial	[ "breast", "radiology", "axial", "pet" ]	[ "radiology", "pet", "nuclear_medicine", "mass" ]
file_0000152	PMC10011866_med-07-6-f6_C_3_3.webp	PMC10011866_02_med-07-6-f6.jpg	c	PMC10011866_02	CC BY-NC-ND	Case 2 biopsy. The biopsy demonstrated hypocellular dense fibrous tissue (C; H&E stain; original magnification: 100x) that was negative for Congo red, STAT6, S100 protein, and beta-catenin. CT, computed tomography; FDG, fluorodeoxyglucose; PET, positron emission tomography; H&E, hematoxylin and eosin.	[ "Figure 6C" ]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[]
file_0000153	PMC10011866_med-07-6-f7_A_1_6.webp	PMC10011866_02_med-07-6-f7.jpg	a	PMC10011866_02	CC BY-NC-ND	Case 2 resection. Gross examination of the resection specimen showed a 7.0 cm x 6.0 cm x 1.5 cm tan-white lobulated firm tumor with focal hemorrhage on cut sections (A).	[]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000154	PMC10011866_med-07-6-f7_B_2_6.webp	PMC10011866_02_med-07-6-f7.jpg	b	PMC10011866_02	CC BY-NC-ND	Case 2 resection. Approximately 50% of the tumor showed dense hypocellular fibrotic tissue with irregular thin ectatic vessels, suggestive of regression (B, left; H&E stain; original magnification: 40x). The tumor consisted of sheets and nests of medium sized tumor cells separated by fibrous septa. The tumor cells had ...	[]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[ "pathology", "h&e" ]
file_0000155	PMC10011866_med-07-6-f7_C_3_6.webp	PMC10011866_02_med-07-6-f7.jpg	c	PMC10011866_02	CC BY-NC-ND	Case 2 resection. A lymphoplasmacytic infiltrate was seen in the fibrous septa (C; H&E stain; original magnification: 100x).	[]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[ "pathology", "h&e" ]
file_0000156	PMC10011866_med-07-6-f7_D_4_6.webp	PMC10011866_02_med-07-6-f7.jpg	d	PMC10011866_02	CC BY-NC-ND	Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...	[]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000157	PMC10011866_med-07-6-f7_E_5_6.webp	PMC10011866_02_med-07-6-f7.jpg	e	PMC10011866_02	CC BY-NC-ND	Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...	[]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[]
file_0000158	PMC10011866_med-07-6-f7_F_6_6.webp	PMC10011866_02_med-07-6-f7.jpg	f	PMC10011866_02	CC BY-NC-ND	Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...	[ " positive for OCT-4" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[]
file_0000159	PMC10012016_ABR-12-21-g001_undivided_1_1.webp	PMC10012016_01_ABR-12-21-g001.jpg	undivided	PMC10012016_01	CC BY-NC-SA	Initial X-ray of the arm by the time of admission.	[ "Figure 1" ]	radiology	x_ray	upper_limb	shoulder	frontal	[ "radiology", "upper_limb", "frontal", "shoulder", "x_ray" ]	[ "radiology", "x_ray", "upper_limb" ]
file_0000160	PMC10012016_ABR-12-21-g002_undivided_1_1.webp	PMC10012016_01_ABR-12-21-g002.jpg	undivided	PMC10012016_01	CC BY-NC-SA	Post-operative X-ray of the right arm.	[ "Figure 2" ]	radiology	x_ray	upper_limb	shoulder	frontal	[ "radiology", "upper_limb", "frontal", "shoulder", "x_ray" ]	[ "radiology", "x_ray", "upper_limb", "right" ]
file_0000161	PMC10012016_ABR-12-21-g003_undivided_1_1.webp	PMC10012016_01_ABR-12-21-g003.jpg	undivided	PMC10012016_01	CC BY-NC-SA	Removed humerus bone and prepared bone allograft.	[ "Figures 3" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000162	PMC10012016_ABR-12-21-g004_undivided_1_1.webp	PMC10012016_01_ABR-12-21-g004.jpg	undivided	PMC10012016_01	CC BY-NC-SA	X-ray of the right arm after complete bone removal and insertion of bone allograft and implant.	[ "Figures 3" ]	radiology	x_ray	upper_limb	upper_arm	frontal	[ "radiology", "upper_limb", "frontal", "upper_arm", "x_ray" ]	[ "radiology", "x_ray", "upper_limb", "right" ]
file_0000163	PMC10012018_ABR-12-18-g001_a_1_3.webp	PMC10012018_01_ABR-12-18-g001.jpg	a	PMC10012018_01	CC BY-NC-SA	DFU condition during intervention. Wound on the first day before the treatment.	[ "Figure 1" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000164	PMC10012018_ABR-12-18-g001_b_2_3.webp	PMC10012018_01_ABR-12-18-g001.jpg	b	PMC10012018_01	CC BY-NC-SA	DFU condition during intervention. Wound after 45 days of zinc, and ,ozone therapy.	[ "Figure 1" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]
file_0000165	PMC10012018_ABR-12-18-g001_c_3_3.webp	PMC10012018_01_ABR-12-18-g001.jpg	c	PMC10012018_01	CC BY-NC-SA	DFU condition during intervention. Wound after 2 month of the treatment.	[ "Figure 1" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]
file_0000166	PMC10012018_ABR-12-18-g002_undivided_1_1.webp	PMC10012018_01_ABR-12-18-g002.jpg	undivided	PMC10012018_01	CC BY-NC-SA	Serum CRP level of the patient at different days during the treatment.	[ "Figure 2" ]	chart	chart	null	null	null	[ "chart" ]	[]
file_0000167	PMC10012166_acc-10-01-29-g001_undivided_1_1.webp	PMC10012166_01_acc-10-01-29-g001.jpg	undivided	PMC10012166_01	CC BY-NC	Chest CT axial section - Extensive bilateral abnormal lung opacities, which are more prominent in the perihilar regions of the lungs, but are scattered within all lobes of the lungs.	[ "Figure 1" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "axial", "ct", "mass" ]
file_0000168	PMC10012167_acc-10-01-32-g001_undivided_1_1.webp	PMC10012167_01_acc-10-01-32-g001.jpg	undivided	PMC10012167_01	CC BY-NC	ECG. Diffuse low voltage in the acute phase with gradual normalization over a period of about 20 days was observed.	[ "Fig. 1" ]	electrography	ekg	null	null	null	[ "ekg", "electrography" ]	[ "electrography", "ekg" ]
file_0000169	PMC10012167_acc-10-01-32-g003_undivided_1_1.webp	PMC10012167_01_acc-10-01-32-g003.jpg	undivided	PMC10012167_01	CC BY-NC	This graph depicts the improvement in left ventricular systolic performance indices over time. Of note, concomitant with this improvement was no substantial change in afterload, as expressed by LV and RV size, afterload in relation to Norepinephrine rate infusion, and indices of inflammation.	[ "Figure 3" ]	chart	chart	null	null	null	[ "chart" ]	[ "chart" ]
file_0000170	PMC10012167_acc-10-01-32-g004_A_1_4.webp	PMC10012167_01_acc-10-01-32-g004.jpg	a	PMC10012167_01	CC BY-NC	CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...	[ "Fig. 4" ]	radiology	mri	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "mri" ]	[ "radiology", "t2", "thorax", "mri", "spin_echo", "cmr" ]
file_0000171	PMC10012167_acc-10-01-32-g004_B_2_4.webp	PMC10012167_01_acc-10-01-32-g004.jpg	b	PMC10012167_01	CC BY-NC	CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...	[ "Fig. 4" ]	radiology	mri	thorax	thorax	ultrasound_view	[ "thorax", "radiology", "ultrasound_view", "mri" ]	[ "radiology", "t2", "thorax", "mri", "spin_echo", "cmr" ]
file_0000172	PMC10012167_acc-10-01-32-g004_C_3_4.webp	PMC10012167_01_acc-10-01-32-g004.jpg	c	PMC10012167_01	CC BY-NC	CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...	[ "Fig. 4" ]	radiology	mri	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "mri" ]	[ "radiology", "t2", "thorax", "mri", "contrast", "spin_echo", "cmr" ]
file_0000173	PMC10012167_acc-10-01-32-g004_D_4_4.webp	PMC10012167_01_acc-10-01-32-g004.jpg	d	PMC10012167_01	CC BY-NC	CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...	[ "Fig. 4" ]	radiology	mri	thorax	thorax	sagittal	[ "thorax", "radiology", "sagittal", "mri" ]	[ "radiology", "t2", "thorax", "mri", "contrast", "spin_echo", "cmr" ]
file_0000174	PMC10012974_TJTCS-2023-31-1-128-130-F1_undivided_1_1.webp	PMC10012974_01_TJTCS-2023-31-1-128-130-F1.jpg	undivided	PMC10012974_01	CC BY-NC	Chest X-ray showing new implantable central venous catheter inserted into the left subclavian vein (arrow in upper right corner) and fracture catheter fragment embolized to the middle lobe branch of the right segmentary pulmonary artery (arrow in lower left corner).	[ "Figures 1" ]	radiology	x_ray	thorax	thorax	frontal	[ "thorax", "radiology", "frontal", "x_ray" ]	[ "radiology", "thorax", "x_ray" ]
file_0000175	PMC10012987_TJTCS-2023-31-1-123-127-F3_a_1_4.webp	PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg	a	PMC10012987_01	CC BY-NC	(a) The arrow shows the dilated, thickened and diffusely infiltrated aortic wall.	[ "Figure 3a" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000176	PMC10012987_TJTCS-2023-31-1-123-127-F3_b_2_4.webp	PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg	b	PMC10012987_01	CC BY-NC	(b) The image of suturing the left main coronary button to the graft with a fenestrated Teflon. Patch support.	[ "Figure 3b" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000177	PMC10012987_TJTCS-2023-31-1-123-127-F3_c_3_4.webp	PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg	c	PMC10012987_01	CC BY-NC	(c) The image of suturing the distal anastomosis of the graft proximal to the aortic arch.	[ "Figure 3c" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000178	PMC10012987_TJTCS-2023-31-1-123-127-F3_d_4_4.webp	PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg	d	PMC10012987_01	CC BY-NC	(d) CTA scan of the patient with three-dimensional reconstruction at the postoperative third month. LMCA: Left main coronary artery; RCA: Right coronary artery; CTA: Computed tomographic angiography.	[ "Figure 3d" ]	radiology	ct	thorax	thorax	oblique	[ "thorax", "radiology", "oblique", "ct" ]	[ "radiology", "ct", "3d", "angiography", "cta" ]
file_0000179	PMC10012991_TJTCS-2023-31-1-136-142-F1_a_1_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	a	PMC10012991_01	CC BY-NC	Thoracic CT.	[ "Figure 1a-f", "Figure 1a, b" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct" ]
file_0000180	PMC10012991_TJTCS-2023-31-1-136-142-F1_b_2_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	b	PMC10012991_01	CC BY-NC	Thoracic CT.	[ "Figure 1a-f", "Figure 1a, b" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct" ]
file_0000181	PMC10012991_TJTCS-2023-31-1-136-142-F1_c_3_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	c	PMC10012991_01	CC BY-NC	PET-CT showing a diffuse malignant lesion in the middle part of the esophagus, and ,20 mm x25 mm malignant nodular lesion in lower lobe of the right lung, adenosquamous carcinoma.	[ "Figure 1c, d", "Figure 1a-f" ]	radiology	pet	breast	breast	axial	[ "breast", "radiology", "axial", "pet" ]	[ "radiology" ]
file_0000182	PMC10012991_TJTCS-2023-31-1-136-142-F1_d_4_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	d	PMC10012991_01	CC BY-NC	PET-CT showing a diffuse malignant lesion in the middle part of the esophagus, and ,20 mm x25 mm malignant nodular lesion in lower lobe of the right lung, adenosquamous carcinoma.	[ "Figure 1c, d", "Figure 1a-f" ]	radiology	pet	breast	breast	axial	[ "breast", "radiology", "axial", "pet" ]	[ "radiology" ]
file_0000183	PMC10012991_TJTCS-2023-31-1-136-142-F1_e_5_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	e	PMC10012991_01	CC BY-NC	Lung, x200, TTF1, squamous cell carcinoma, esophagus.	[ "Figure 1e", "Figure 1a-f" ]	pathology	immunostaining	null	null	null	[ "pathology", "immunostaining" ]	[ "pathology" ]
file_0000184	PMC10012991_TJTCS-2023-31-1-136-142-F1_f_6_6.webp	PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg	f	PMC10012991_01	CC BY-NC	H&E, x200. PET-CT: Positron emission tomography-computed tomography; TTF1: Thyroid transcription factor-1.	[ "Figure 1a-f" ]	pathology	h&e	null	null	null	[ "pathology", "h&e" ]	[]
file_0000185	PMC10012991_TJTCS-2023-31-1-136-142-F3_a_1_4.webp	PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg	a	PMC10012991_03	CC BY-NC	Thoracic CT.	[ "Figure 3a-d" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct" ]
file_0000186	PMC10012991_TJTCS-2023-31-1-136-142-F3_b_2_4.webp	PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg	b	PMC10012991_03	CC BY-NC	Thoracic CT.	[ "Figure 3a-d" ]	radiology	ct	thorax	thorax	axial	[ "thorax", "radiology", "axial", "ct" ]	[ "radiology", "thorax", "ct" ]
file_0000187	PMC10012991_TJTCS-2023-31-1-136-142-F3_c_3_4.webp	PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg	c	PMC10012991_03	CC BY-NC	PET-CT showing a mass lesion with a 15-mm spicular extension in the left upper lobe's apicoposterior segment and thickening of the wall at the esophagus- gastroesophageal junction and spreading to the cardia and the lower curvature. PET-CT: Positron emission tomography-computed tomography.	[ "Figure 3a-d" ]	radiology	pet	abdomen	abdomen	axial	[ "abdomen", "radiology", "axial", "pet" ]	[ "radiology" ]
file_0000188	PMC10012991_TJTCS-2023-31-1-136-142-F3_d_4_4.webp	PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg	d	PMC10012991_03	CC BY-NC	PET-CT showing a mass lesion with a 15-mm spicular extension in the left upper lobe's apicoposterior segment and thickening of the wall at the esophagus- gastroesophageal junction and spreading to the cardia and the lower curvature. PET-CT: Positron emission tomography-computed tomography.	[ "Figure 3a-d" ]	radiology	pet	thorax	thorax	axial	[ "thorax", "radiology", "axial", "pet" ]	[ "radiology" ]
file_0000189	PMC10013424_ICRP_A_2185621_F0001_C_undivided_1_1.webp	PMC10013424_01_ICRP_A_2185621_F0001_C.jpg	undivided	PMC10013424_01	CC BY	Pre-operative photos of 32-year-old transgender male.	[ "Figure 1" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[ "medical_photograph", "other_medical_photograph" ]
file_0000190	PMC10013424_ICRP_A_2185621_F0003_C_undivided_1_1.webp	PMC10013424_01_ICRP_A_2185621_F0003_C.jpg	undivided	PMC10013424_01	CC BY	Purulent drainage from subcutaneous Jackson-Pratt drain, POD 7.	[ "Figure 3" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000191	PMC10013424_ICRP_A_2185621_F0004_C_undivided_1_1.webp	PMC10013424_01_ICRP_A_2185621_F0004_C.jpg	undivided	PMC10013424_01	CC BY	Intra-operative examination of widely disseminated milky fluid within the breast pocket during first washout procedure.	[ "Figure 4" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000192	PMC10013424_ICRP_A_2185621_F0005_C_undivided_1_1.webp	PMC10013424_01_ICRP_A_2185621_F0005_C.jpg	undivided	PMC10013424_01	CC BY	Final post-operative result after 6 months.	[ "Figure 5" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000193	PMC10013465_fonc-13-1111146-g002_A_1_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	a	PMC10013465_01	CC BY	Case 1. Bulky recurrence on the vertex of cSCC at cycle 1 (C1) of cemiplimab.	[ "Figure 2A" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000194	PMC10013465_fonc-13-1111146-g002_B_2_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	b	PMC10013465_01	CC BY	Case 1. Partial response at C23 of cemiplimab, and ,C4 of sonidegib.	[ "Figures 2B, C" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000195	PMC10013465_fonc-13-1111146-g002_C_3_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	c	PMC10013465_01	CC BY	Case 1. Stable disease at C30 of cemiplimab and C10 of sonidegib.	[ "Figures 2B, C" ]	medical_photograph	other_medical_photograph	null	null	null	[ "medical_photograph", "other_medical_photograph" ]	[]
file_0000196	PMC10013465_fonc-13-1111146-g002_D_4_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	d	PMC10013465_01	CC BY	Case 1. Infiltrative BCC extended to the right external auditory meatus at C18 of cemiplimab, and ,C1 of sonidegib.	[ "Figure 2D" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]
file_0000197	PMC10013465_fonc-13-1111146-g002_E_5_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	e	PMC10013465_01	CC BY	Case 1. Partial response at C23 of cemiplimab, and ,C4 of sonidegib.	[ "Figures 2E, F" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]
file_0000198	PMC10013465_fonc-13-1111146-g002_F_6_6.webp	PMC10013465_01_fonc-13-1111146-g002.jpg	f	PMC10013465_01	CC BY	Case 1. Complete response of BCC at C30 of cemiplimab and C10 of sonidegib.	[ "Figures 2E, F" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]
file_0000199	PMC10013465_fonc-13-1111146-g003_A_1_3.webp	PMC10013465_02_fonc-13-1111146-g003.jpg	a	PMC10013465_02	CC BY	Case 2. Retroauricular BCC infiltrating the right auricular cartilage at C1 of sonidegib.	[ "Figure 3A" ]	medical_photograph	skin_photograph	null	null	null	[ "medical_photograph", "skin_photograph" ]	[]

file_0000100

PMC10010593_JWACS-13-98-g005_A_1_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

a

PMC10010593_01

CC BY-NC-SA

(A) Finished and polished orbital prosthesis.

[ "Figure 5A" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000101

PMC10010593_JWACS-13-98-g005_B_2_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

b

PMC10010593_01

CC BY-NC-SA

(B) Artificial eyebrows and eyelids were positioned on the prosthesis.

[ "Figure 5B" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000102

PMC10010593_JWACS-13-98-g005_C_3_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

c

PMC10010593_01

CC BY-NC-SA

(C) Adaptation of cast partial framework on the cast.

[ "Figure 5C" ]

radiology

mri

abdomen

sagittal

[ "abdomen", "radiology", "sagittal", "mri" ]

[]

file_0000103

PMC10010593_JWACS-13-98-g005_D_4_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

d

PMC10010593_01

CC BY-NC-SA

(D) Final finished and polished intraoral prosthesis in situ.

[ "Figure 5D" ]

medical_photograph

oral_photograph

null

[ "medical_photograph", "oral_photograph" ]

[]

file_0000104

PMC10010593_JWACS-13-98-g005_E_5_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

e

PMC10010593_01

CC BY-NC-SA

(E) Tripod pattern of magnets picked up using autopolymerising resin on the inferior surface of orbital prosthesis.

[ "Figure 5E" ]

medical_photograph

oral_photograph

null

[ "medical_photograph", "oral_photograph" ]

[]

file_0000105

PMC10010593_JWACS-13-98-g005_F_6_6.webp

PMC10010593_01_JWACS-13-98-g005.jpg

f

PMC10010593_01

CC BY-NC-SA

(F) Magnets picked up using self-cure resin on the superior surface of the obturator.

[ "Figure 5F" ]

medical_photograph

oral_photograph

null

[ "medical_photograph", "oral_photograph" ]

[]

file_0000106

PMC10010903_10-1055-a-2028-6419-i22jul0054-1_I_1_1.webp

PMC10010903_01_10-1055-a-2028-6419-i22jul0054-1.jpg

i

PMC10010903_01

CC BY-NC-ND

Magnetic resonance imaging (MRI) showing Chiari malformation type I (CM-I).

[ "Fig. 1" ]

radiology

mri

head

sagittal

[ "head", "radiology", "sagittal", "mri" ]

[ "radiology", "mri" ]

file_0000107

PMC10010903_10-1055-a-2028-6419-i22jul0054-2_undivided_1_1.webp

PMC10010903_01_10-1055-a-2028-6419-i22jul0054-2.jpg

undivided

PMC10010903_01

CC BY-NC-ND

Preoperative magnetic resonance imaging (MRI) of the thoracic spine demonstrating cervical and upper thoracic spinal cord edema.

[ "Fig. 2" ]

radiology

mri

neck

sagittal

[ "neck", "radiology", "sagittal", "mri" ]

[ "radiology", "mri" ]

file_0000108

PMC10010903_10-1055-a-2028-6419-i22jul0054-3_undivided_1_1.webp

PMC10010903_01_10-1055-a-2028-6419-i22jul0054-3.jpg

undivided

PMC10010903_01

CC BY-NC-ND

Right side motor evoked potentials (MEPs) pre- and post-decompression. The red arrow indicates time of bony decompression. Traces below the arrow show improved MEP response.

[ "Fig. 3" ]

electrography

eeg

null

[ "eeg", "electrography" ]

[]

file_0000109

PMC10011097_fped-11-1083168-g001_A_1_2.webp

PMC10011097_01_fped-11-1083168-g001.jpg

a

PMC10011097_01

CC BY

(A,B) At chest CT, a right 46 x 30 x 35 mm ovular, expansive pulmonary lesion and bilateral axillary lymphadenopathy was detected: the lesion showed non-uniform contrast enhancement.

[ "Figure 1" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "mass", "contrast" ]

file_0000110

PMC10011097_fped-11-1083168-g001_B_2_2.webp

PMC10011097_01_fped-11-1083168-g001.jpg

b

PMC10011097_01

CC BY

(A,B) At chest CT, a right 46 x 30 x 35 mm ovular, expansive pulmonary lesion and bilateral axillary lymphadenopathy was detected: the lesion showed non-uniform contrast enhancement.

[ "Figure 1" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "mass", "contrast" ]

file_0000111

PMC10011097_fped-11-1083168-g002_A_1_2.webp

PMC10011097_01_fped-11-1083168-g002.jpg

a

PMC10011097_01

CC BY

(A,B) After adjuvant therapy, a CT scan showed a persistency of the metastasis, which presented an unusual cavitating aspect.

[ "Figure 2" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "malignant", "ct", "mass" ]

file_0000112

PMC10011097_fped-11-1083168-g002_B_2_2.webp

PMC10011097_01_fped-11-1083168-g002.jpg

b

PMC10011097_01

CC BY

(A,B) After adjuvant therapy, a CT scan showed a persistency of the metastasis, which presented an unusual cavitating aspect.

[ "Figure 2" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "malignant", "ct", "mass" ]

file_0000113

PMC10011424_gr1_undivided_1_1.webp

PMC10011424_01_gr1.jpg

undivided

PMC10011424_01

CC BY

CT scan with signs of pulmonary congestion, bilateral pleural effusion and bilateral peribronchial parenchymal infiltrates.

[ "Fig. 1" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "ct" ]

file_0000114

PMC10011424_gr2_undivided_1_1.webp

PMC10011424_01_gr2.jpg

undivided

PMC10011424_01

CC BY

TEE showing a 12 mm mobile mass attached to noncoronary cusp of the aortic valve, protruding into the left ventricular outflow tract.

[]

radiology

ultrasound

thorax

ultrasound_view

[ "thorax", "radiology", "ultrasound_view", "ultrasound", "echocardiogram" ]

[]

file_0000115

PMC10011424_gr4_undivided_1_1.webp

PMC10011424_01_gr4.jpg

undivided

PMC10011424_01

CC BY

A perivalvular echolucent area compatible with an aortic root abscess.

[ "Fig. 4" ]

radiology

ultrasound

thorax

ultrasound_view

[ "thorax", "radiology", "ultrasound_view", "ultrasound", "echocardiogram" ]

[]

file_0000116

PMC10011480_fimmu-14-1127085-g001_G_1_1.webp

PMC10011480_03_fimmu-14-1127085-g001.jpg

g

PMC10011480_03

CC BY

Proband in each family is denoted with arrow. Individuals shaded in black carry a combination of clinical features including mucocutaneous, musculoskeletal, gastrointestinal, neurological manifestations, infections, or fever. G+ denotes individual carrying pathogenic/likely pathogenic RELA variant, G- denotes wild type...

[]

pathology

giemsa

null

[ "pathology", "giemsa" ]

[]

file_0000117

PMC10011612_fped-11-1115788-g001_A_1_2.webp

PMC10011612_01_fped-11-1115788-g001.jpg

a

PMC10011612_01

CC BY

CT scan of chest. (A) The lung window showing scattered infiltrates in the bilateral lungs.

[ "Figure 1A" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "lung_window", "thorax", "ct" ]

file_0000118

PMC10011612_fped-11-1115788-g001_B_2_2.webp

PMC10011612_01_fped-11-1115788-g001.jpg

b

PMC10011612_01

CC BY

CT scan of chest. (B) The mediastinal window showing an enlarged mediastinum (red arrow), some pleural effusion (blue arrow), and pericardial effusion (yellow arrow).

[ "Figure 1B" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "soft_tissue_window", "thorax", "ct" ]

file_0000119

PMC10011612_fped-11-1115788-g002_A_1_3.webp

PMC10011612_01_fped-11-1115788-g002.jpg

a

PMC10011612_01

CC BY

Contrast-enhanced CT scan of chest. (A). CT showing scattered infiltrates in the bilateral lungs.

[ "Figure 2A" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "contrast" ]

file_0000120

PMC10011612_fped-11-1115788-g002_B_2_3.webp

PMC10011612_01_fped-11-1115788-g002.jpg

b

PMC10011612_01

CC BY

Contrast-enhanced CT scan of chest. (B). CT showing partial encapsulated changes of mediastinum (red arrow) revealing the possibility of mediastinal abscess, some pleural effusion (yellow arrow), and pericardial effusion (white arrow).

[ "Figure 2B" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "contrast" ]

file_0000121

PMC10011612_fped-11-1115788-g002_C_3_3.webp

PMC10011612_01_fped-11-1115788-g002.jpg

c

PMC10011612_01

CC BY

Contrast-enhanced CT scan of chest. (C). CT showing mediastinal abscess disappeared when the patient was discharged.

[ "Figure 2C" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "contrast" ]

file_0000122

PMC10011616_fendo-14-1153374-g001_A_1_5.webp

PMC10011616_03_fendo-14-1153374-g001.jpg

a

PMC10011616_03

CC BY

Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. (A), Distribution of CYP11B2 immunoreactivity in the tumor region (T) of the adrenal tissue.

[ "Figure 1" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

file_0000123

PMC10011616_fendo-14-1153374-g001_B_2_5.webp

PMC10011616_03_fendo-14-1153374-g001.jpg

b

PMC10011616_03

CC BY

Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. Distribution of CYP11B2 . Immunoreactivities in consecutive sections of the APA tissue at low . Similar distribution of CYP11B2 and LHCGR immunoreactivities were observed in some areas (arrows) in (B, C). PT indicates peritumoral tiss...

[ "Figure 1" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000124

PMC10011616_fendo-14-1153374-g001_C_3_5.webp

PMC10011616_03_fendo-14-1153374-g001.jpg

c

PMC10011616_03

CC BY

Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. LHCGR. Immunoreactivities in consecutive sections of the APA tissue at low . Similar distribution of CYP11B2 and LHCGR immunoreactivities were observed in some areas (arrows) in (B, C). PT indicates peritumoral tissue; and V, vein.

[ "Figure 1" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000125

PMC10011616_fendo-14-1153374-g001_D_4_5.webp

PMC10011616_03_fendo-14-1153374-g001.jpg

d

PMC10011616_03

CC BY

Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. Distribution of CYP11B2 . High. Magnifications.

[ "Figure 1" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000126

PMC10011616_fendo-14-1153374-g001_E_5_5.webp

PMC10011616_03_fendo-14-1153374-g001.jpg

e

PMC10011616_03

CC BY

Distribution of aldosterone synthase (CYP11B2) and LHCGR in the patient's adrenal. ,. LHCGR high. Magnifications.

[ "Figure 1" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000127

PMC10011861_med-07-5-f1_A_1_2.webp

PMC10011861_01_med-07-5-f1.jpg

a

PMC10011861_01

CC BY-NC-ND

Axial contrast-enhanced chest CT images showing a large mass in the prevascular mediastinal compartment. The tumour is lobulated, and ,well-defined.

[]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "mass", "contrast" ]

file_0000128

PMC10011861_med-07-5-f1_B_2_2.webp

PMC10011861_01_med-07-5-f1.jpg

b

PMC10011861_01

CC BY-NC-ND

Axial contrast-enhanced chest CT images showing a large mass in the prevascular mediastinal compartment. Has a heterogeneous aspect, with low-density areas corresponding with necrosis as well as an area of chunky calcifications (white arrow). CT, computed tomography.

[ "Figure 2" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "mass", "contrast" ]

file_0000129

PMC10011861_med-07-5-f2_undivided_1_1.webp

PMC10011861_01_med-07-5-f2.jpg

undivided

PMC10011861_01

CC BY-NC-ND

Coronal reformatted contrast-enhanced image clearly depicts the large extend of the mass, as well as the heterogeneous aspect.

[ "Figure 2" ]

radiology

ct

thorax

sagittal

[ "thorax", "radiology", "sagittal", "ct" ]

[ "radiology", "mass", "contrast" ]

file_0000130

PMC10011863_med-07-4-f1_A_1_2.webp

PMC10011863_01_med-07-4-f1.jpg

a

PMC10011863_01

CC BY-NC-ND

Both preoperative chest X-ray ,axial CT-scan with IV contrast (soft tissue window.

[ "Figure 1A" ]

radiology

x_ray

thorax

frontal

[ "thorax", "radiology", "frontal", "x_ray" ]

[ "radiology" ]

file_0000131

PMC10011863_med-07-4-f1_B_2_2.webp

PMC10011863_01_med-07-4-f1.jpg

b

PMC10011863_01

CC BY-NC-ND

Implicates a NSCLC of the right upper lobe with tumor-positive lymph node station 4R (provisional TNM classification: T2 N2 Mx). NSCLC, non-small cell lung cancer; CT, computed tomography; IV, intravenous; TNM, tumor node metastasis.

[]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[]

file_0000132

PMC10011863_med-07-4-f2_A_1_3.webp

PMC10011863_01_med-07-4-f2.jpg

a

PMC10011863_01

CC BY-NC-ND

EBUS-TBNA of mediastinal lymph node stations 4R.

[ "Figure 2A" ]

radiology

ultrasound

abdomen

ultrasound_view

[ "abdomen", "radiology", "ultrasound_view", "ultrasound" ]

[]

file_0000133

PMC10011863_med-07-4-f2_B_2_3.webp

PMC10011863_01_med-07-4-f2.jpg

b

PMC10011863_01

CC BY-NC-ND

Medical image.

[]

radiology

ultrasound

abdomen

ultrasound_view

[ "abdomen", "radiology", "ultrasound_view", "ultrasound" ]

[]

file_0000134

PMC10011863_med-07-4-f2_C_3_3.webp

PMC10011863_01_med-07-4-f2.jpg

c

PMC10011863_01

CC BY-NC-ND

10R LK, lymph node station; EBUS-TBNA, endobronchial ultrasound-guided transbronchial needle aspiration.

[]

radiology

ultrasound

lower_limb

lower_leg

ultrasound_view

[ "radiology", "lower_limb", "ultrasound_view", "ultrasound", "lower_leg" ]

[]

file_0000135

PMC10011863_med-07-4-f3_A_1_3.webp

PMC10011863_01_med-07-4-f3.jpg

a

PMC10011863_01

CC BY-NC-ND

Two weeks after EBUS-TBNA, chest X-ray indicated massive pericardial effusion and concomitant heart failure (A).

[ "Figure 3A" ]

radiology

x_ray

thorax

frontal

[ "thorax", "radiology", "frontal", "x_ray" ]

[ "radiology", "thorax", "x_ray" ]

file_0000136

PMC10011863_med-07-4-f3_B_2_3.webp

PMC10011863_01_med-07-4-f3.jpg

b

PMC10011863_01

CC BY-NC-ND

Axial CT-scan with IV contrast (soft tissue window) showed protein-rich pericardial effusion.

[ "Figure 3B" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "soft_tissue_window", "ct", "contrast" ]

file_0000137

PMC10011863_med-07-4-f3_C_3_3.webp

PMC10011863_01_med-07-4-f3.jpg

c

PMC10011863_01

CC BY-NC-ND

An organized mediastinal fluid collection , indicating a complicated pericardial effusion with possible mediastinal abscess formation. Additional pleural effusion reflected functional heart failure. EBUS-TBNA, endobronchial ultrasound-guided transbronchial needle aspiration; CT, computed tomography; IV, intravenous.

[ "Figure 3C" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "ct" ]

file_0000138

PMC10011863_med-07-4-f4_undivided_1_1.webp

PMC10011863_01_med-07-4-f4.jpg

undivided

PMC10011863_01

CC BY-NC-ND

Intraoperative finding after evacuation of at least 300 mL opaque pericardial effusion and pericardial fenestration via left-sided video-assisted thoracoscopy.

[ "Figure 4" ]

endoscopy

arthroscopy

null

[ "endoscopy", "arthroscopy" ]

[]

file_0000139

PMC10011863_med-07-4-f5_undivided_1_1.webp

PMC10011863_01_med-07-4-f5.jpg

undivided

PMC10011863_01

CC BY-NC-ND

Interim coronal CT-scan with IV contrast (soft tissue window) displaying both residual pericardial effusion and residual mediastinal fluid collection as a possible indication for persistent abscess formation. CT, computed tomography; IV, intravenous.

[ "Figure 5" ]

radiology

ct

thorax

sagittal

[ "thorax", "radiology", "sagittal", "ct" ]

[ "radiology", "soft_tissue_window", "ct", "contrast" ]

file_0000140

PMC10011866_med-07-6-f1_undivided_1_1.webp

PMC10011866_01_med-07-6-f1.jpg

undivided

PMC10011866_01

CC BY-NC-ND

Case 1 imaging. Coronal contrast-enhanced pediatric protocol low dose CT showed a left prevascular mediastinal mass (arrow) that is well-circumscribed, and lobulated, with serpiginous heterogeneous enhancement. CT, computed tomography.

[ "Figure 1" ]

radiology

ct

thorax

sagittal

[ "thorax", "radiology", "sagittal", "ct" ]

[ "radiology", "ct", "mass", "contrast" ]

file_0000141

PMC10011866_med-07-6-f2_undivided_1_1.webp

PMC10011866_01_med-07-6-f2.jpg

undivided

PMC10011866_01

CC BY-NC-ND

Case 1 first biopsy. CT-guided biopsy was nonspecific. There was scant fibroconnective tissue with variable collagenization, myxoid change, and myofibroblasts (H&E stain; original magnification: 100x). Additional tissue sampling was recommended. CT, computed tomography; H&E, hematoxylin and eosin.

[ "Figure 2" ]

pathology

h&e

null

[ "pathology", "h&e" ]

[]

file_0000142

PMC10011866_med-07-6-f3_undivided_1_1.webp

PMC10011866_01_med-07-6-f3.jpg

undivided

PMC10011866_01

CC BY-NC-ND

Case 1 second biopsy. Open biopsy showed extensive fibrosclerosis, lymphoplasmacytic infiltration, and thin dilated vessels (H&E stain; original magnification: 100x). H&E, hematoxylin and eosin.

[ "Figure 3" ]

pathology

h&e

null

[ "pathology", "h&e" ]

file_0000143

PMC10011866_med-07-6-f4_A_1_6.webp

PMC10011866_01_med-07-6-f4.jpg

a

PMC10011866_01

CC BY-NC-ND

Case 1 resection. Gross examination of the resection specimen showed a 115.6 g, 7.0 cm x 6.9 cm x 4.3 cm irregular well-circumscribed, red-pink firm mass with mottled fibrotic cut surfaces (A).

[ "Figure 4A" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000144

PMC10011866_med-07-6-f4_B_2_6.webp

PMC10011866_01_med-07-6-f4.jpg

b

PMC10011866_01

CC BY-NC-ND

Case 1 resection. Only approximately 5% of the mass showed tumor cells, mostly along the periphery and involving adjacent thymic parenchyma (B, middle and bottom; H&E stain; original magnification: 20x). The remainder of the mass consisted of inflamed vascular sclerotic tissue suggestive of regression (B, upper right).

[ "Figure 4B" ]

pathology

h&e

null

[ "pathology", "h&e" ]

file_0000145

PMC10011866_med-07-6-f4_C_3_6.webp

PMC10011866_01_med-07-6-f4.jpg

c

PMC10011866_01

CC BY-NC-ND

Case 1 resection. The tumor component consisted of sheets of medium-sized tumor cells with relatively uniform, large central nuclei with prominent nucleoli, and amphiphilic to clear cytoplasm (C; H&E stain; original magnification: 100x).

[]

pathology

h&e

null

[ "pathology", "h&e" ]

file_0000146

PMC10011866_med-07-6-f4_D_4_6.webp

PMC10011866_01_med-07-6-f4.jpg

d

PMC10011866_01

CC BY-NC-ND

Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...

[ "Figure 4D" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000147

PMC10011866_med-07-6-f4_E_5_6.webp

PMC10011866_01_med-07-6-f4.jpg

e

PMC10011866_01

CC BY-NC-ND

Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...

[]

pathology

h&e

null

[ "pathology", "h&e" ]

[]

file_0000148

PMC10011866_med-07-6-f4_F_6_6.webp

PMC10011866_01_med-07-6-f4.jpg

f

PMC10011866_01

CC BY-NC-ND

Case 1 resection. The tumor cells were positive for immunostains OCT-4, PLAP, and D2-40, consistent with seminoma (D, E, F, respectively; immunohistochemical stains; original magnification: 100x). H&E, hematoxylin and eosin; OCT-4, octamer-binding transcription factor-4; PLAP, placental-like alkaline phosphatase; D2-40...

[]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000149

PMC10011866_med-07-6-f5_undivided_1_1.webp

PMC10011866_02_med-07-6-f5.jpg

undivided

PMC10011866_02

CC BY-NC-ND

Case 2 imaging. Axial CT angiogram of the chest showed a prevascular mediastinal mass (yellow arrow) with small peripheral calcifications (blue arrow). CT, computed tomography.

[ "Figure 5" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct", "mass", "angiography", "cta" ]

file_0000150

PMC10011866_med-07-6-f6_A_1_3.webp

PMC10011866_02_med-07-6-f6.jpg

a

PMC10011866_02

CC BY-NC-ND

Case 2 biopsy. During CT-guided biopsy, the needle.

[ "Figure 6A" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[]

file_0000151

PMC10011866_med-07-6-f6_B_2_3.webp

PMC10011866_02_med-07-6-f6.jpg

b

PMC10011866_02

CC BY-NC-ND

Case 2 biopsy. Arrow) entered a non-FDG-avid portion of the mass. PET scan; arrow corresponds to biopsied area shown in A).

[ "Figure 6B" ]

radiology

pet

breast

axial

[ "breast", "radiology", "axial", "pet" ]

[ "radiology", "pet", "nuclear_medicine", "mass" ]

file_0000152

PMC10011866_med-07-6-f6_C_3_3.webp

PMC10011866_02_med-07-6-f6.jpg

c

PMC10011866_02

CC BY-NC-ND

Case 2 biopsy. The biopsy demonstrated hypocellular dense fibrous tissue (C; H&E stain; original magnification: 100x) that was negative for Congo red, STAT6, S100 protein, and beta-catenin. CT, computed tomography; FDG, fluorodeoxyglucose; PET, positron emission tomography; H&E, hematoxylin and eosin.

[ "Figure 6C" ]

pathology

h&e

null

[ "pathology", "h&e" ]

[]

file_0000153

PMC10011866_med-07-6-f7_A_1_6.webp

PMC10011866_02_med-07-6-f7.jpg

a

PMC10011866_02

CC BY-NC-ND

Case 2 resection. Gross examination of the resection specimen showed a 7.0 cm x 6.0 cm x 1.5 cm tan-white lobulated firm tumor with focal hemorrhage on cut sections (A).

[]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000154

PMC10011866_med-07-6-f7_B_2_6.webp

PMC10011866_02_med-07-6-f7.jpg

b

PMC10011866_02

CC BY-NC-ND

Case 2 resection. Approximately 50% of the tumor showed dense hypocellular fibrotic tissue with irregular thin ectatic vessels, suggestive of regression (B, left; H&E stain; original magnification: 40x). The tumor consisted of sheets and nests of medium sized tumor cells separated by fibrous septa. The tumor cells had ...

[]

pathology

h&e

null

[ "pathology", "h&e" ]

file_0000155

PMC10011866_med-07-6-f7_C_3_6.webp

PMC10011866_02_med-07-6-f7.jpg

c

PMC10011866_02

CC BY-NC-ND

Case 2 resection. A lymphoplasmacytic infiltrate was seen in the fibrous septa (C; H&E stain; original magnification: 100x).

[]

pathology

h&e

null

[ "pathology", "h&e" ]

file_0000156

PMC10011866_med-07-6-f7_D_4_6.webp

PMC10011866_02_med-07-6-f7.jpg

d

PMC10011866_02

CC BY-NC-ND

Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...

[]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000157

PMC10011866_med-07-6-f7_E_5_6.webp

PMC10011866_02_med-07-6-f7.jpg

e

PMC10011866_02

CC BY-NC-ND

Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...

[]

pathology

h&e

null

[ "pathology", "h&e" ]

[]

file_0000158

PMC10011866_med-07-6-f7_F_6_6.webp

PMC10011866_02_med-07-6-f7.jpg

f

PMC10011866_02

CC BY-NC-ND

Case 2 resection. The tumor cells were positive for immunostains OCT-4, CD117, SALL4 (D, E, F, respectively; immunohistochemical stains; original magnification: 100x), keratin CAM 5.2 (dot-like cytoplasmic pattern), and D2-40, while negative for Glypican-3 and CD30, consistent with seminoma. H&E, hematoxylin and eosin;...

[ " positive for OCT-4" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[]

file_0000159

PMC10012016_ABR-12-21-g001_undivided_1_1.webp

PMC10012016_01_ABR-12-21-g001.jpg

undivided

PMC10012016_01

CC BY-NC-SA

Initial X-ray of the arm by the time of admission.

[ "Figure 1" ]

radiology

x_ray

upper_limb

shoulder

frontal

[ "radiology", "upper_limb", "frontal", "shoulder", "x_ray" ]

[ "radiology", "x_ray", "upper_limb" ]

file_0000160

PMC10012016_ABR-12-21-g002_undivided_1_1.webp

PMC10012016_01_ABR-12-21-g002.jpg

undivided

PMC10012016_01

CC BY-NC-SA

Post-operative X-ray of the right arm.

[ "Figure 2" ]

radiology

x_ray

upper_limb

shoulder

frontal

[ "radiology", "upper_limb", "frontal", "shoulder", "x_ray" ]

[ "radiology", "x_ray", "upper_limb", "right" ]

file_0000161

PMC10012016_ABR-12-21-g003_undivided_1_1.webp

PMC10012016_01_ABR-12-21-g003.jpg

undivided

PMC10012016_01

CC BY-NC-SA

Removed humerus bone and prepared bone allograft.

[ "Figures 3" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000162

PMC10012016_ABR-12-21-g004_undivided_1_1.webp

PMC10012016_01_ABR-12-21-g004.jpg

undivided

PMC10012016_01

CC BY-NC-SA

X-ray of the right arm after complete bone removal and insertion of bone allograft and implant.

[ "Figures 3" ]

radiology

x_ray

upper_limb

upper_arm

frontal

[ "radiology", "upper_limb", "frontal", "upper_arm", "x_ray" ]

[ "radiology", "x_ray", "upper_limb", "right" ]

file_0000163

PMC10012018_ABR-12-18-g001_a_1_3.webp

PMC10012018_01_ABR-12-18-g001.jpg

a

PMC10012018_01

CC BY-NC-SA

DFU condition during intervention. Wound on the first day before the treatment.

[ "Figure 1" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000164

PMC10012018_ABR-12-18-g001_b_2_3.webp

PMC10012018_01_ABR-12-18-g001.jpg

b

PMC10012018_01

CC BY-NC-SA

DFU condition during intervention. Wound after 45 days of zinc, and ,ozone therapy.

[ "Figure 1" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]

file_0000165

PMC10012018_ABR-12-18-g001_c_3_3.webp

PMC10012018_01_ABR-12-18-g001.jpg

c

PMC10012018_01

CC BY-NC-SA

DFU condition during intervention. Wound after 2 month of the treatment.

[ "Figure 1" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]

file_0000166

PMC10012018_ABR-12-18-g002_undivided_1_1.webp

PMC10012018_01_ABR-12-18-g002.jpg

undivided

PMC10012018_01

CC BY-NC-SA

Serum CRP level of the patient at different days during the treatment.

[ "Figure 2" ]

chart

null

[ "chart" ]

[]

file_0000167

PMC10012166_acc-10-01-29-g001_undivided_1_1.webp

PMC10012166_01_acc-10-01-29-g001.jpg

undivided

PMC10012166_01

CC BY-NC

Chest CT axial section - Extensive bilateral abnormal lung opacities, which are more prominent in the perihilar regions of the lungs, but are scattered within all lobes of the lungs.

[ "Figure 1" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "axial", "ct", "mass" ]

file_0000168

PMC10012167_acc-10-01-32-g001_undivided_1_1.webp

PMC10012167_01_acc-10-01-32-g001.jpg

undivided

PMC10012167_01

CC BY-NC

ECG. Diffuse low voltage in the acute phase with gradual normalization over a period of about 20 days was observed.

[ "Fig. 1" ]

electrography

ekg

null

[ "ekg", "electrography" ]

[ "electrography", "ekg" ]

file_0000169

PMC10012167_acc-10-01-32-g003_undivided_1_1.webp

PMC10012167_01_acc-10-01-32-g003.jpg

undivided

PMC10012167_01

CC BY-NC

This graph depicts the improvement in left ventricular systolic performance indices over time. Of note, concomitant with this improvement was no substantial change in afterload, as expressed by LV and RV size, afterload in relation to Norepinephrine rate infusion, and indices of inflammation.

[ "Figure 3" ]

chart

null

[ "chart" ]

file_0000170

PMC10012167_acc-10-01-32-g004_A_1_4.webp

PMC10012167_01_acc-10-01-32-g004.jpg

a

PMC10012167_01

CC BY-NC

CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...

[ "Fig. 4" ]

radiology

mri

thorax

sagittal

[ "thorax", "radiology", "sagittal", "mri" ]

[ "radiology", "t2", "thorax", "mri", "spin_echo", "cmr" ]

file_0000171

PMC10012167_acc-10-01-32-g004_B_2_4.webp

PMC10012167_01_acc-10-01-32-g004.jpg

b

PMC10012167_01

CC BY-NC

CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...

[ "Fig. 4" ]

radiology

mri

thorax

ultrasound_view

[ "thorax", "radiology", "ultrasound_view", "mri" ]

[ "radiology", "t2", "thorax", "mri", "spin_echo", "cmr" ]

file_0000172

PMC10012167_acc-10-01-32-g004_C_3_4.webp

PMC10012167_01_acc-10-01-32-g004.jpg

c

PMC10012167_01

CC BY-NC

CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...

[ "Fig. 4" ]

radiology

mri

thorax

sagittal

[ "thorax", "radiology", "sagittal", "mri" ]

[ "radiology", "t2", "thorax", "mri", "contrast", "spin_echo", "cmr" ]

file_0000173

PMC10012167_acc-10-01-32-g004_D_4_4.webp

PMC10012167_01_acc-10-01-32-g004.jpg

d

PMC10012167_01

CC BY-NC

CMR. In the TIR/t2w sequences, there was an increase in signal intensity compatible with edema, spread to almost all LV myocardial segments, with a higher ratio seen with subendocardial localization to the basal and middle segments of the interventricular septum, both on the right and left sides of it, the inferior bas...

[ "Fig. 4" ]

radiology

mri

thorax

sagittal

[ "thorax", "radiology", "sagittal", "mri" ]

[ "radiology", "t2", "thorax", "mri", "contrast", "spin_echo", "cmr" ]

file_0000174

PMC10012974_TJTCS-2023-31-1-128-130-F1_undivided_1_1.webp

PMC10012974_01_TJTCS-2023-31-1-128-130-F1.jpg

undivided

PMC10012974_01

CC BY-NC

Chest X-ray showing new implantable central venous catheter inserted into the left subclavian vein (arrow in upper right corner) and fracture catheter fragment embolized to the middle lobe branch of the right segmentary pulmonary artery (arrow in lower left corner).

[ "Figures 1" ]

radiology

x_ray

thorax

frontal

[ "thorax", "radiology", "frontal", "x_ray" ]

[ "radiology", "thorax", "x_ray" ]

file_0000175

PMC10012987_TJTCS-2023-31-1-123-127-F3_a_1_4.webp

PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg

a

PMC10012987_01

CC BY-NC

(a) The arrow shows the dilated, thickened and diffusely infiltrated aortic wall.

[ "Figure 3a" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000176

PMC10012987_TJTCS-2023-31-1-123-127-F3_b_2_4.webp

PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg

b

PMC10012987_01

CC BY-NC

(b) The image of suturing the left main coronary button to the graft with a fenestrated Teflon. Patch support.

[ "Figure 3b" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000177

PMC10012987_TJTCS-2023-31-1-123-127-F3_c_3_4.webp

PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg

c

PMC10012987_01

CC BY-NC

(c) The image of suturing the distal anastomosis of the graft proximal to the aortic arch.

[ "Figure 3c" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000178

PMC10012987_TJTCS-2023-31-1-123-127-F3_d_4_4.webp

PMC10012987_01_TJTCS-2023-31-1-123-127-F3.jpg

d

PMC10012987_01

CC BY-NC

(d) CTA scan of the patient with three-dimensional reconstruction at the postoperative third month. LMCA: Left main coronary artery; RCA: Right coronary artery; CTA: Computed tomographic angiography.

[ "Figure 3d" ]

radiology

ct

thorax

oblique

[ "thorax", "radiology", "oblique", "ct" ]

[ "radiology", "ct", "3d", "angiography", "cta" ]

file_0000179

PMC10012991_TJTCS-2023-31-1-136-142-F1_a_1_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

a

PMC10012991_01

CC BY-NC

Thoracic CT.

[ "Figure 1a-f", "Figure 1a, b" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct" ]

file_0000180

PMC10012991_TJTCS-2023-31-1-136-142-F1_b_2_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

b

PMC10012991_01

CC BY-NC

Thoracic CT.

[ "Figure 1a-f", "Figure 1a, b" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct" ]

file_0000181

PMC10012991_TJTCS-2023-31-1-136-142-F1_c_3_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

c

PMC10012991_01

CC BY-NC

PET-CT showing a diffuse malignant lesion in the middle part of the esophagus, and ,20 mm x25 mm malignant nodular lesion in lower lobe of the right lung, adenosquamous carcinoma.

[ "Figure 1c, d", "Figure 1a-f" ]

radiology

pet

breast

axial

[ "breast", "radiology", "axial", "pet" ]

[ "radiology" ]

file_0000182

PMC10012991_TJTCS-2023-31-1-136-142-F1_d_4_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

d

PMC10012991_01

CC BY-NC

PET-CT showing a diffuse malignant lesion in the middle part of the esophagus, and ,20 mm x25 mm malignant nodular lesion in lower lobe of the right lung, adenosquamous carcinoma.

[ "Figure 1c, d", "Figure 1a-f" ]

radiology

pet

breast

axial

[ "breast", "radiology", "axial", "pet" ]

[ "radiology" ]

file_0000183

PMC10012991_TJTCS-2023-31-1-136-142-F1_e_5_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

e

PMC10012991_01

CC BY-NC

Lung, x200, TTF1, squamous cell carcinoma, esophagus.

[ "Figure 1e", "Figure 1a-f" ]

pathology

immunostaining

null

[ "pathology", "immunostaining" ]

[ "pathology" ]

file_0000184

PMC10012991_TJTCS-2023-31-1-136-142-F1_f_6_6.webp

PMC10012991_01_TJTCS-2023-31-1-136-142-F1.jpg

f

PMC10012991_01

CC BY-NC

H&E, x200. PET-CT: Positron emission tomography-computed tomography; TTF1: Thyroid transcription factor-1.

[ "Figure 1a-f" ]

pathology

h&e

null

[ "pathology", "h&e" ]

[]

file_0000185

PMC10012991_TJTCS-2023-31-1-136-142-F3_a_1_4.webp

PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg

a

PMC10012991_03

CC BY-NC

Thoracic CT.

[ "Figure 3a-d" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct" ]

file_0000186

PMC10012991_TJTCS-2023-31-1-136-142-F3_b_2_4.webp

PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg

b

PMC10012991_03

CC BY-NC

Thoracic CT.

[ "Figure 3a-d" ]

radiology

ct

thorax

axial

[ "thorax", "radiology", "axial", "ct" ]

[ "radiology", "thorax", "ct" ]

file_0000187

PMC10012991_TJTCS-2023-31-1-136-142-F3_c_3_4.webp

PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg

c

PMC10012991_03

CC BY-NC

PET-CT showing a mass lesion with a 15-mm spicular extension in the left upper lobe's apicoposterior segment and thickening of the wall at the esophagus- gastroesophageal junction and spreading to the cardia and the lower curvature. PET-CT: Positron emission tomography-computed tomography.

[ "Figure 3a-d" ]

radiology

pet

abdomen

axial

[ "abdomen", "radiology", "axial", "pet" ]

[ "radiology" ]

file_0000188

PMC10012991_TJTCS-2023-31-1-136-142-F3_d_4_4.webp

PMC10012991_03_TJTCS-2023-31-1-136-142-F3.jpg

d

PMC10012991_03

CC BY-NC

PET-CT showing a mass lesion with a 15-mm spicular extension in the left upper lobe's apicoposterior segment and thickening of the wall at the esophagus- gastroesophageal junction and spreading to the cardia and the lower curvature. PET-CT: Positron emission tomography-computed tomography.

[ "Figure 3a-d" ]

radiology

pet

thorax

axial

[ "thorax", "radiology", "axial", "pet" ]

[ "radiology" ]

file_0000189

PMC10013424_ICRP_A_2185621_F0001_C_undivided_1_1.webp

PMC10013424_01_ICRP_A_2185621_F0001_C.jpg

undivided

PMC10013424_01

CC BY

Pre-operative photos of 32-year-old transgender male.

[ "Figure 1" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

file_0000190

PMC10013424_ICRP_A_2185621_F0003_C_undivided_1_1.webp

PMC10013424_01_ICRP_A_2185621_F0003_C.jpg

undivided

PMC10013424_01

CC BY

Purulent drainage from subcutaneous Jackson-Pratt drain, POD 7.

[ "Figure 3" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000191

PMC10013424_ICRP_A_2185621_F0004_C_undivided_1_1.webp

PMC10013424_01_ICRP_A_2185621_F0004_C.jpg

undivided

PMC10013424_01

CC BY

Intra-operative examination of widely disseminated milky fluid within the breast pocket during first washout procedure.

[ "Figure 4" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000192

PMC10013424_ICRP_A_2185621_F0005_C_undivided_1_1.webp

PMC10013424_01_ICRP_A_2185621_F0005_C.jpg

undivided

PMC10013424_01

CC BY

Final post-operative result after 6 months.

[ "Figure 5" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000193

PMC10013465_fonc-13-1111146-g002_A_1_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

a

PMC10013465_01

CC BY

Case 1. Bulky recurrence on the vertex of cSCC at cycle 1 (C1) of cemiplimab.

[ "Figure 2A" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000194

PMC10013465_fonc-13-1111146-g002_B_2_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

b

PMC10013465_01

CC BY

Case 1. Partial response at C23 of cemiplimab, and ,C4 of sonidegib.

[ "Figures 2B, C" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000195

PMC10013465_fonc-13-1111146-g002_C_3_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

c

PMC10013465_01

CC BY

Case 1. Stable disease at C30 of cemiplimab and C10 of sonidegib.

[ "Figures 2B, C" ]

medical_photograph

other_medical_photograph

null

[ "medical_photograph", "other_medical_photograph" ]

[]

file_0000196

PMC10013465_fonc-13-1111146-g002_D_4_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

d

PMC10013465_01

CC BY

Case 1. Infiltrative BCC extended to the right external auditory meatus at C18 of cemiplimab, and ,C1 of sonidegib.

[ "Figure 2D" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]

file_0000197

PMC10013465_fonc-13-1111146-g002_E_5_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

e

PMC10013465_01

CC BY

Case 1. Partial response at C23 of cemiplimab, and ,C4 of sonidegib.

[ "Figures 2E, F" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]

file_0000198

PMC10013465_fonc-13-1111146-g002_F_6_6.webp

PMC10013465_01_fonc-13-1111146-g002.jpg

f

PMC10013465_01

CC BY

Case 1. Complete response of BCC at C30 of cemiplimab and C10 of sonidegib.

[ "Figures 2E, F" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]

file_0000199

PMC10013465_fonc-13-1111146-g003_A_1_3.webp

PMC10013465_02_fonc-13-1111146-g003.jpg

a

PMC10013465_02

CC BY

Case 2. Retroauricular BCC infiltrating the right auricular cartilage at C1 of sonidegib.

[ "Figure 3A" ]

medical_photograph

skin_photograph

null

[ "medical_photograph", "skin_photograph" ]

[]