about
Endograft collapse after thoracic stent-graft repair for traumatic rupture.Pelvic CT angiography in blunt trauma: imaging findings and protocol considerations. [corrected].Effect of disease progression on liver apparent diffusion coefficient and T2 values in a murine model of hepatic fibrosis at 11.7 Tesla MRI.Blunt abdominal trauma: performance of CT without oral contrast material.Pancreas divisum: depiction with multi-detector row CT.Use of 3D imaging in CT of the acute trauma patient: impact of a PACS-based software package.Spontaneous hemoperitoneum: causes and significance.Impact of MDCT angiography on the use of catheter angiography for the assessment of cervical arterial injury after blunt or penetrating trauma.Accuracy of MDCT in the diagnosis of choledocholithiasis.Sixty-four multi-detector row computed tomography in multitrauma patient imaging: early experience.Blunt splenic trauma: delayed-phase CT for differentiation of active hemorrhage from contained vascular injury in patients.Spontaneous hemoperitoneum: a bloody mess.64 MDCT in multiple trauma patients: imaging manifestations and clinical implications of active extravasation.64-detector row computed tomography: an improved tool for evaluating the biliary and pancreatic ducts?[Clinical applications of magnetic resonance cholangiopancreatography].Blunt trauma: feasibility and clinical utility of pelvic CT angiography performed with 64-detector row CT.Detection of biliary duct narrowing and choledocholithiasis: accuracy of portal venous phase multidetector CT.Imaging of colorectal carcinoma.Upper extremity CT angiography in penetrating trauma: use of 64-section multidetector CT.MDCT evaluation of blunt abdominal trauma: clinical significance of free intraperitoneal fluid in males with absence of identifiable injury.Anorectal trauma: the use of computed tomography scan in diagnosis.Detection of vascular injuries in patients with blunt pelvic trauma by using 64-channel multidetector CT.Active extravasation of the abdomen and pelvis in trauma using 64MDCT.Pelvic CT angiography: application to blunt trauma using 64MDCT.Abdominal 64-MDCT for suspected appendicitis: the use of oral and IV contrast material versus IV contrast material only.Ileal pouch-anal anastomosis surgery: imaging and intervention for post-operative complications.Influence of body habitus and use of oral contrast on reader confidence in patients with suspected acute appendicitis using 64 MDCT.Quantifying hepatic fibrosis using a biexponential model of diffusion weighted imaging in ex vivo liver specimens.Use of magnetic resonance imaging contrast agents in the liver and biliary tract.The diagnostic and therapeutic role of imaging in postoperative complications of esophageal surgery.Blunt trauma of the pancreas and biliary tract: a multimodality imaging approach to diagnosis.Consensus on current clinical practice of virtual colonoscopy.Liver and spleen volumetry with quantitative MR imaging and dual-space clustering segmentation.Differentiation of hepatocellular carcinoma and hepatic metastasis from cysts and hemangiomas with calculated T2 relaxation times and the T1/T2 relaxation times ratio.Perforated versus nonperforated acute appendicitis: accuracy of multidetector CT detection.Blunt abdominal trauma: current imaging techniques and CT findings in patients with solid organ, bowel, and mesenteric injury.CT angiography of extremity trauma.Pancreatic duct evaluation: accuracy of portal venous phase 64 MDCT.Extremity CT angiography: application to trauma using 64-MDCT.Imaging of blunt pancreatic trauma.
P50
Q30860437-D265D2F0-CCE7-42AE-9BBD-B6A8ED11E164Q30863726-065BD62E-3A27-4953-823E-C79B1B6B3893Q31032042-C4F9CE82-51F0-4E4E-99F3-1EF7788B5075Q33208519-77CC6044-1337-44B7-A287-54F5698D0655Q33212932-69ED8D6E-6544-4BC3-A163-00BC445C8019Q33219856-82DC2186-26B5-4EFC-B93B-0C352DBF4EE9Q33222523-8F5F5E5E-2FC8-45C1-BD8B-753D83E67471Q33223743-D6DF17FE-CE5B-4EF3-9D28-61688B55E75AQ33247706-C49803A3-70BD-4415-953C-C3C1C9831393Q33256187-136A14AE-D1CF-4C50-A0EF-204DF1B13B97Q33273219-67DE5CE0-CD5B-4D6E-B4D0-417CA6EFF8A7Q33277197-97D2DA5B-1EF9-4CD9-9F2F-9744EF7994EFQ33283870-2C30F6FC-5E9C-452A-B486-24686D049392Q33304109-6B1FD3D7-0609-451E-9154-96CB04031C06Q33306183-90126F7B-1EFB-4D15-A2C1-58F3FAAADC3EQ33316927-BF873FEA-0383-473D-8938-BEE40EE27CC3Q33326088-790C7E6C-79CE-4873-A1E8-3156064A1444Q33350895-9B2EDE6A-0254-4762-8C81-C2A5FDFFE393Q33384616-27CF271E-F6DD-44AD-A86D-CE2465AC85BBQ33385614-2DC42E28-D0D4-4615-B4B2-A4DC0438430FQ33402557-6444D362-C920-4C45-9708-F56B4B6D9592Q33402847-27E1BF77-8B6D-4213-A952-811C04707238Q33416061-5E21F4B0-A223-47C3-9D96-D58C2529005BQ33480102-683550C9-A4E8-4F31-87AB-769C7F170C8EQ33511577-6DFB7EAE-A7CC-4787-8FD4-63DB54620190Q33524981-43532111-FD49-473F-B204-B12BB2A9AE62Q33585316-88444ADE-B5CE-40E2-B2DA-17DB4CE609EBQ34393398-3108B4AE-6A50-40AA-9A31-2FD19106B132Q34454405-60B80F06-B845-4F51-98CE-3FCC7D2A9FDCQ34878770-B9BA5477-76E2-4135-867F-E7DF251A6151Q35889277-75F95447-2F3C-4349-933C-62C565F83B0EQ36053311-CA36CC2F-A78A-4815-B13A-27BC1511BBEBQ36242747-0BC6F460-A868-4C6C-8719-DA7617944FCAQ36643688-DC0B3CF0-357A-4EA0-8622-0A40AD6A631EQ36657587-8352D767-C51F-4CAB-B4A3-FCB5487FEE12Q36791034-142BFAF4-DE9E-4BA0-9C2A-3CE22AD57266Q36914559-29CC0010-7DD9-427A-98D9-CAE54B25EEE0Q37143245-FAD4B94A-58DB-4981-9517-CA3BA287C976Q37419130-AF7F98B7-2F20-432B-ACC1-83087FE516B9Q37460976-1FDEF6B4-B768-4AA2-A10F-5D92EB0E013C
P50
description
hulumtues
@sq
onderzoeker
@nl
researcher
@en
ricercatore
@it
հետազոտող
@hy
name
Jorge A Soto
@ast
Jorge A Soto
@en
Jorge A Soto
@es
Jorge A Soto
@nl
Jorge A Soto
@sl
type
label
Jorge A Soto
@ast
Jorge A Soto
@en
Jorge A Soto
@es
Jorge A Soto
@nl
Jorge A Soto
@sl
prefLabel
Jorge A Soto
@ast
Jorge A Soto
@en
Jorge A Soto
@es
Jorge A Soto
@nl
Jorge A Soto
@sl
P1006
P214
P244
P1006
P106
P21
P214
P244
n2008183644
P31
P496
0000-0003-2533-3015
P734
P735
P7859
lccn-n2008183644