The Experts below are selected from a list of 1629 Experts worldwide ranked by ideXlab platform
José M. Carril - One of the best experts on this subject based on the ideXlab platform.
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Bone SPECT in an osteoid osteoma of transverse process of First Lumbar Vertebra.
Clinical nuclear medicine, 2005Co-Authors: Ignacio Banzo, Roberto Hernandez-allende, Remedios Quirce, José M. CarrilAbstract:The transverse processes of the spine are unusual locations for osteoid osteomas. Bone SPECT and spiral CT scans were crucial for localizing an osteoid osteoma in the right transverse process of L1 in a patient with lowerback pain. Surgical removal of the tumor was performed.
Dionisis Cavouras - One of the best experts on this subject based on the ideXlab platform.
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CT assessment of normal splenic size in children.
Acta radiologica (Stockholm Sweden : 1987), 1994Co-Authors: Panos Prassopoulos, Dionisis CavourasAbstract:The size of the normal spleen was estimated by CT in 153 children, examined with indication unrelated to splenic disease. In each patient the width, thickness, length and volume of the spleen were calculated. Measurements were also normalized to the transverse diameter of the body of the First Lumbar Vertebra. The spleen underwent significant growth during the First 4 years of life and reached maximum size at the age of 13. There were no differences in splenic volume between boys and girls. Splenic thickness correlated best with normal splenic volume. The strongest correlation was also found between splenic thickness and volume in a group of 45 children with clinically evident splenomegaly. Splenic thickness, an easy-to-use measurement, may be employed in everyday practice to represent splenic volume on CT.
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Renal parenchymal thickness in children measured by computed tomography.
European urology, 1994Co-Authors: Panos Prassopoulos, Dionisis CavourasAbstract:Renal parenchymal thickness was measured at different regions and levels through the kidney in 162 abdominal computed tomography (CT) examinations of children 5 months to 14 years old. The transverse diameter of the First Lumbar Vertebra (L 1 ) was also measured, in order to take into account the child's body habitus. All patients were examined with an indication other than renal disease and had no abnormal CT findings in the retroperitoneum. Renal parenchyma increased in parallel with the transverse diameter of L 1 and did not depend on age or sex in children of the same body format. There were no significant differences in size between the right and the left kidneys. Renal measurements were tabulated on reference tables, as an aid in the assessment of renal parenchymal thickness in children undergoing abdominal CT examination
Ignacio Banzo - One of the best experts on this subject based on the ideXlab platform.
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Bone SPECT in an osteoid osteoma of transverse process of First Lumbar Vertebra.
Clinical nuclear medicine, 2005Co-Authors: Ignacio Banzo, Roberto Hernandez-allende, Remedios Quirce, José M. CarrilAbstract:The transverse processes of the spine are unusual locations for osteoid osteomas. Bone SPECT and spiral CT scans were crucial for localizing an osteoid osteoma in the right transverse process of L1 in a patient with lowerback pain. Surgical removal of the tumor was performed.
Panos Prassopoulos - One of the best experts on this subject based on the ideXlab platform.
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CT assessment of normal splenic size in children.
Acta radiologica (Stockholm Sweden : 1987), 1994Co-Authors: Panos Prassopoulos, Dionisis CavourasAbstract:The size of the normal spleen was estimated by CT in 153 children, examined with indication unrelated to splenic disease. In each patient the width, thickness, length and volume of the spleen were calculated. Measurements were also normalized to the transverse diameter of the body of the First Lumbar Vertebra. The spleen underwent significant growth during the First 4 years of life and reached maximum size at the age of 13. There were no differences in splenic volume between boys and girls. Splenic thickness correlated best with normal splenic volume. The strongest correlation was also found between splenic thickness and volume in a group of 45 children with clinically evident splenomegaly. Splenic thickness, an easy-to-use measurement, may be employed in everyday practice to represent splenic volume on CT.
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Renal parenchymal thickness in children measured by computed tomography.
European urology, 1994Co-Authors: Panos Prassopoulos, Dionisis CavourasAbstract:Renal parenchymal thickness was measured at different regions and levels through the kidney in 162 abdominal computed tomography (CT) examinations of children 5 months to 14 years old. The transverse diameter of the First Lumbar Vertebra (L 1 ) was also measured, in order to take into account the child's body habitus. All patients were examined with an indication other than renal disease and had no abnormal CT findings in the retroperitoneum. Renal parenchyma increased in parallel with the transverse diameter of L 1 and did not depend on age or sex in children of the same body format. There were no significant differences in size between the right and the left kidneys. Renal measurements were tabulated on reference tables, as an aid in the assessment of renal parenchymal thickness in children undergoing abdominal CT examination
G. V. Machado - One of the best experts on this subject based on the ideXlab platform.
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TOPOGRAFIA DO CONE MEDULAR NO TAMANDUÁ-MIRIM ( Tamandua tetradactyla Linnaeus, 1758) (XENARTHRA: MYRMECOPHAGIDAE) Topography of the medullar cone in lesser anteater ( Tamandua tetradactyla Linnaeus, 1758)
2008Co-Authors: G. V. MachadoAbstract:Aiming at the search of data to the topography of the medullar cone, three adult lesser anteater (Tamandua tetradactyla), all males, were dissected, which were previously fixed in 10% aqueous formalin solution, and maintained in similar solution. Following skin incision, the epiaxial musculature and Vertebral arches were removed in the whole extension of the Vertebral column, was observed a very long and thin medullar cone, with his base located at First Lumbar Vertebra (L1) and the apex between L5 and L6 Vertebrae. This Tamandua tetradactyla presented six Lumbar Vertebrae.