Download Passing the FRCR Part 1: Cracking Anatomy by Niall Moore, Yu-Yul Bashir, Jane Chen, Hassan Elhassan, Jean PDF
By Niall Moore, Yu-Yul Bashir, Jane Chen, Hassan Elhassan, Jean Lee, Heiko Peschl, Matt Smedley
Written through radiology registrars who've lately handed the newly formatted FRCR half 1 Anatomy examination, this research consultant comprises specific insurance of the entire anatomy subject matters at the examination. the pictures and accompanying questions and solutions are in particular adapted to the recent examination layout and canopy the next components: Neuroradiology and Head and Neck Radiology; Chest and Cardiovascular Radiology; Gastrointestinal, Gynecological, and Urological Anatomy; and Musculoskeletal Anatomy.
Key Features:
- More than three hundred top quality photos followed by way of questions and solutions that fit the syllabus of the newly formatted anatomy module
- A perform examination on the finish of the ebook deals applicants the event of taking the examination less than timed stipulations
Passing the FRCR half 1: Cracking Anatomy allows applicants to go into the examination room for the picture viewing consultation convinced of their wisdom and entirely ready to cross the exam.
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Additional resources for Passing the FRCR Part 1: Cracking Anatomy
Example text
It acts as a sensory and motor synaptic relay centre. 34 Neuroanatomy and Head & Neck Anatomy ■ Question 23: Name the arrowed structure ■ Question 24: Name the arrowed structure 35 Neuroanatomy and Head & Neck Anatomy ■ Question 23: Axial CT of the brain Answer: Left central sulcus of Rolando • The central sulcus of Rolando is identifiable on an axial CT as the most crooked horizontal fissure resembling an upside down omega (Ω). • It separates the frontal lobe from the parietal lobe posteriorly.
The midbrain is divided into three portions: ○ Tectum (posterior) • Made up of the tectal/quadrigeminal plate and the superior and inferior colliculi ○ Tegmentum ○ Cerebral peduncles (anterior) • Separated by the interpeduncular fossa in the midline, which contains the mamillary bodies ■ Question 34: Axial CT at the level of the lung apices Answer: Left lobe of the thyroid gland • On CT, the thyroid gland can be recognised as a midline structure on either side of the trachea; the thyroid has a higher attenuation than the rest of the soft tissues due to its high iodine content.
The midbrain is divided into three portions: ○ Tectum (posterior) • Made up of the tectal/quadrigeminal plate and the superior and inferior colliculi ○ Tegmentum ○ Cerebral peduncles (anterior) • Separated by the interpeduncular fossa in the midline, which contains the mamillary bodies ■ Question 34: Axial CT at the level of the lung apices Answer: Left lobe of the thyroid gland • On CT, the thyroid gland can be recognised as a midline structure on either side of the trachea; the thyroid has a higher attenuation than the rest of the soft tissues due to its high iodine content.