First FRCR Anatomy : Questions and Answers
Human anatomy Medical radiology Anatomy Radiology e-böcker
Cambridge University Press
2012
EISBN 9781107679498
Cover; First FRCR Anatomy Questions and Answers; Title; Copyright; Contents; Foreword; Preface; Introduction; Examination 1: Questions; Case 1.1; Case 1.2; Case 1.3; Case 1.4; Case 1.5; Case 1.6; Case 1.7; Case 1.8; Case 1.9; Case 1.10; Case 1.11; Case 1.12; Case 1.13; Case 1.14; Case 1.15; Case 1.16; Case 1.17; Case 1.18; Case 1.19; Case 1.20; Examination 1: Answers; 1.1 Postero-anterior (PA) chest radiograph; 1.2 Coronal neonatal ultrasound through the anterior fontanelle; 1.3 Sagittal T1-weighted MR knee; 1.4 Transverse ultrasound of the thyroid gland.
1.19 Transverse ultrasound through the porta hepatis1.20 Paediatric small bowel study; Examination 2: Questions; Case 2.1; Case 2.2; Case 2.3; Case 2.4; Case 2.5; Case 2.6; Case 2.7; Case 2.8; Case 2.9; Case 2.10; Case 2.11; Case 2.12; Case 2.13; Case 2.14; Case 2.15; Case 2.16; Case 2.17; Case 2.18; Case 2.19; Case 2.20; Examination 2: Answers; 2.1 Coronal T1-weighted MR left hip; 2.2 Cystogram; 2.3 Sagittal neonatal cerebral ultrasound through the anterior fontanelle; 2.4 Paediatric bronchogram; 2.5 Coronal T2-weighted image of the male pelvis through the base of the penis.
1.5 Axial T1-weighted MR of the salivary glands1.6 Axial T1-weighted MR female pelvis; 1.7 CT coronary angiography; 1.8 Axial unenhanced abdominal CT; 1.9 Urethrogram; 1.10 Angiogram left lower limb; 1.11 Facial bones: OM30 view (occipitomental projection with 30 degrees angulation); 1.12 Arch aortogram; 1.13 PA chest radiograph centred over mediastinum; 1.14 Abdominal ultrasound over the right iliac fossa; 1.15 Lateral radiograph of the sternum; 1.16 Sagittal T1-weighted MR upper spine; 1.17 Hysterosalpingogram; 1.18 Coronal enhanced CT thorax.
2.6 Barium swallow.
oblique view2.7 Left lateral decubitus film from barium enema; 2.8 Coronal T1-weighted MR elbow; 2.9 Portal venous phase coronal CT abdomen; 2.10 Coronary CT angiography; 2.11 Intravenous urogram (IVU); 2.12 Coeliac axis angiography; 2.13 Unenhanced CT brain; 2.14 PA radiograph centred over the upper chest; 2.15 Axial T1-weighted MR of the thorax; 2.16 Cerebral venography; 2.17 Coronal CT thorax; 2.18 Mammogram; 2.19 Axial radiograph of the shoulder; 2.20 CT sagittal reconstruction image of the abdominal aorta; Examination 3: Questions; Case 3.1; Case 3.2; Case 3.3.
Case 3.4Case 3.5; Case 3.6; Case 3.7; Case 3.8; Case 3.9; Case 3.10; Case 3.11; Case 3.12; Case 3.13; Case 3.14; Case 3.15; Case 3.16; Case 3.17; Case 3.18; Case 3.19; Case 3.20; Examination 3: Answers; 3.1 AP radiograph of the pelvis; 3.2 Axial T2-weighted lumbar spine through L5; 3.3 Cerebral angiogram; 3.4 Axial skull base CT; 3.5 AP abdominal radiograph; 3.6 Volume rendering of the pelvis; 3.7 Barium swallow; 3.8 Cardiac MR (static image from steady state free precession sequence); 3.9 Coronal enhanced abdominal CT; 3.10 Coronal T1-weighted MR wrist; 3.11 Coronal CT paranasal sinuses.
Eight test papers modelled on the RCR anatomy exam, written by experienced subspecialty radiologists and successful FRCR candidates.
1.19 Transverse ultrasound through the porta hepatis1.20 Paediatric small bowel study; Examination 2: Questions; Case 2.1; Case 2.2; Case 2.3; Case 2.4; Case 2.5; Case 2.6; Case 2.7; Case 2.8; Case 2.9; Case 2.10; Case 2.11; Case 2.12; Case 2.13; Case 2.14; Case 2.15; Case 2.16; Case 2.17; Case 2.18; Case 2.19; Case 2.20; Examination 2: Answers; 2.1 Coronal T1-weighted MR left hip; 2.2 Cystogram; 2.3 Sagittal neonatal cerebral ultrasound through the anterior fontanelle; 2.4 Paediatric bronchogram; 2.5 Coronal T2-weighted image of the male pelvis through the base of the penis.
1.5 Axial T1-weighted MR of the salivary glands1.6 Axial T1-weighted MR female pelvis; 1.7 CT coronary angiography; 1.8 Axial unenhanced abdominal CT; 1.9 Urethrogram; 1.10 Angiogram left lower limb; 1.11 Facial bones: OM30 view (occipitomental projection with 30 degrees angulation); 1.12 Arch aortogram; 1.13 PA chest radiograph centred over mediastinum; 1.14 Abdominal ultrasound over the right iliac fossa; 1.15 Lateral radiograph of the sternum; 1.16 Sagittal T1-weighted MR upper spine; 1.17 Hysterosalpingogram; 1.18 Coronal enhanced CT thorax.
2.6 Barium swallow.
oblique view2.7 Left lateral decubitus film from barium enema; 2.8 Coronal T1-weighted MR elbow; 2.9 Portal venous phase coronal CT abdomen; 2.10 Coronary CT angiography; 2.11 Intravenous urogram (IVU); 2.12 Coeliac axis angiography; 2.13 Unenhanced CT brain; 2.14 PA radiograph centred over the upper chest; 2.15 Axial T1-weighted MR of the thorax; 2.16 Cerebral venography; 2.17 Coronal CT thorax; 2.18 Mammogram; 2.19 Axial radiograph of the shoulder; 2.20 CT sagittal reconstruction image of the abdominal aorta; Examination 3: Questions; Case 3.1; Case 3.2; Case 3.3.
Case 3.4Case 3.5; Case 3.6; Case 3.7; Case 3.8; Case 3.9; Case 3.10; Case 3.11; Case 3.12; Case 3.13; Case 3.14; Case 3.15; Case 3.16; Case 3.17; Case 3.18; Case 3.19; Case 3.20; Examination 3: Answers; 3.1 AP radiograph of the pelvis; 3.2 Axial T2-weighted lumbar spine through L5; 3.3 Cerebral angiogram; 3.4 Axial skull base CT; 3.5 AP abdominal radiograph; 3.6 Volume rendering of the pelvis; 3.7 Barium swallow; 3.8 Cardiac MR (static image from steady state free precession sequence); 3.9 Coronal enhanced abdominal CT; 3.10 Coronal T1-weighted MR wrist; 3.11 Coronal CT paranasal sinuses.
Eight test papers modelled on the RCR anatomy exam, written by experienced subspecialty radiologists and successful FRCR candidates.
