Respiratory System, Cardiovascular System, Gastrointestinal Tract & Urogenita Tracts MD Previous Question Paper
Name of the University : Kerala University of Health Sciences
Degree : PG Degree Examinations in Radiodiagnosis (MD)
Subject Name : Respiratory System, Cardiovascular System, Gastrointestinal Tract and Urogenita Tracts
Paper : I,II,III & IV
Year : June 2012
Document Type : Previous Question Paper
Website : kuhs.ac.in
Download Model/Sample Question Paper :
PAPER I : https://www.pdfquestion.in/uploads/kuhs.ac.in/3407-Paper%20I%20QP%20101116.pdf
PAPER II : https://www.pdfquestion.in/uploads/kuhs.ac.in/3407-Paper%20II%20QP%20102116.pdf
PAPER III : https://www.pdfquestion.in/uploads/kuhs.ac.in/3407-Paper%20III%20QP%20103116.pdf
PAPER IV : https://www.pdfquestion.in/uploads/kuhs.ac.in/3407-Paper%20IV%20QP%20104116.pdf
KUHS Radiodiagnosis MD Previous Question Paper
PG Degree Examinations in Radiodiagnosis (MD) – May 2013
Respiratory System, Cardiovascular System, Gastrointestinal Tract and Urogenita Tracts
Time: 3 hrs
Max marks:100
Answer all questions :
Draw diagrams wherever necessary :
Related : KUHS Basic Science Applied to Dermatology and Recent Advances MD Model Question Paper : www.pdfquestion.in/3406.html
June 2012
Paper I
BasicScience, Radiation Physics, Radiological Anatomy and Contrast Media
Time: 3 hrs
Max marks:100
Answer all questions :
Draw diagrams wherever necessary :
Essays: (20)
1. Describe basic principles and functioning of digital radiography system and brief about-
** Types of detectors in digital radiograph.
** Advantages of digital radiography.
Short essays: (10×8=80)
2. Radiologicalanatomy of retroperitoneum.
3. Radiation protection steps in DSA room.
4. Pathology of hepato cellular carcinoma (HCC).
5. MRI contrast agents.
6. Physiology of glomerular filtration.
7. Radiotracers for bone scintigraphy.
8. Pathophysiology of pulmonary embolism
9. Management of adverse reactions of intravenous contrast materials used in CT study
Paper II
Essays: (20)
1. Compare the roles of radiotracer imaging and cardiac MRI in myocardial diseases and mention the current concepts in the follow-up of these patients.
Short essays: (8×10=80)
2. Imaging in urinary bladder trauma
3. CT anatomy of mediastinum
4. Plain radiography findings in acute pancreatitis
5. Angiography in aorta arteritis.
6. Imaging and inteNentions in renal cell carcinoma (RCC)
7. Role of scintigraphy in gastro intestinal bleed.
8. MRI of post operative chest.
9. Imaging esophageal function in dysphagia.
Paper III
Skeletal System, Obstetrics and Gynaecological Imaging, ENT, Eyes, Teeth, Soft Tissues, Skull and Central Nervous System
Time: 3 hrs
Max marks:100
Answer all questions :
Draw diagrams wherever necessary :
Essays: (20)
1. Discuss the plain radiography findings in primary & secondary hyper parathyroidism and hypo parathyroidism
Short essays: (8×10=80)
2. Neuro sonography in newborn infant
3. CT features of pseudo tumour in orbit
4. Testicular torsion
5. Spinal angiography
6. Radiology of ankylosing spondylitis
7. Imaging in epilepsy
8. M R mammography in breast diseases.
9. lnterventional radiology in infertility management
Paper IV
Recent Advances in Radiodiagnosis
Time: 3 hrs
Max marks:100
Answer all questions :
Draw diagrams wherever necessary ;
Essays: (20)
1. Brief the points you know on joint prostheses and discuss in detail imaging procedures for assessment of patients with prostheses.
Short essays: (8×10=80)
2. Foetal interventions
3. Contrast enhanced ultrasound
4. CT fluroscopy
5. Yittium-90 microsphere embolisation
6. Nanotechnology inmedicine
7. lntravascular ultrasound
8. Percutaneous vertebroplasty
9. Magnetic resonance angiography
November 2013
Paper I
Basic Science, Radiation Physics, Radiological Anatomy and Contrast Media
Time: 3 hrs
Max marks:100
Answer all questions
Draw diagrams wherever necessary
Essays: (20)
1. Plan a radiology department for 500 bedded hospital
Short essays: (10×8=80)
2. Principle of multi-detector row CT
3. State the principle of radiation protection. Discuss about the dose reduction
strategies in fluoroscopy
4. Discuss about various types of grids. What are the various reasons for grid cut-off
5. Basic image formation in MRI
6. Radiological anatomy of retroperitoneum
7. Radiographic technique of townes view and lordotic view
8. Reaction from contrast agents used in CT
9. Discuss computed radiography and indirect digital radiography
Paper II
Respiratory System, Cardiovascular System, Gastrointestinal Tract and Urogenita Tracts
Time: 3 hrs
Max marks:100
Answer all questions
Draw diagrams wherever necessary
Essays: (20)
1. Twenty five years old male patient presenting with hypertension. Discuss the following:
Differential diagnosis
Approach to imaging
Radiologist’s role in management of the patient.
Short essays: (8×10=80)
2. Radiology of intussusception
3. HRCT findings in idiopathic pulmonary fibrosis
4. Sonography in obstructive jaundice
5. Technique and usefulness of M R venography
6. Myocardial perfusion studies in nuclear medicine
7. Pulmonary CT angiography
8. Imaging renal transplant patients
9. Neonatal respiratory distress syndrome
Paper III
Skeletal System, Obstetrics and Gynaecological Imaging, ENT, Eyes, Teeth, Soft Tissues, Skull and Central Nervous System
Time: 3 hrs
Max marks:100
Answer all questions
Draw diagrams wherever necessary
Essays: (20)
1. Radiological evaluation of spinal tuberculosis and differential diagnosis
Short essays: (8×10=80)
2. Placental evaluation
3. Subclavian steal syndrome
4. Breast MRI in evaluation of breast cancer
5. Imaging in ectopic pregnancy
6. Developmental dysplasia of the hip
7. Ultrasound of orbit
8. Imaging in acute stroke
9. Evaluation of cervical spine injury
Paper IV
Recent Advances in Radiodiagnosis
Time: 3 hrs
Max marks:100
Answer all questions
Draw diagrams wherever necessary
Essays: (20)
1. Techniques and applications of magnetic resonance perfusion imaging of the brain
Short essays: (8×10=80)
2. Embolisation materials used in interventional radiology
3. Radio frequency ablations
4. M R spectroscopy applications
5. Intra operative ultrasound
6. Electron beam CT
7. Magnetic resonance elastography
8. Fusion imaging
9. Digital radiography versus computed radiography