Guide for the MD/DMRD/DNB radiology exam!
Congratulations on surviving through three years of radiology! The next task on hands is clearing the final radiology exam. The Indian examination system and the entire education system is far from perfect. You are expected to slog during the first year without time for reading and then during the final year, you read up without time to apply what you read. Anyways there is not much we can do about that and there is no point arguing. Here is my guide for final year radiology residents.
During the first year you work and have no time to read. In the final year, you read and have no time to put to work what you read!
- Start working on your thesis as early as possible.
- Finish your thesis well in advance before your exams so that you do not have that stress at the back of your mind.
- There can be edits in your thesis so be prepared for that and allocate time accordingly.
- Here is a detailed guide for preparing Radiology thesis: Radiology thesis topics
Radiology exam: Theory
- Go through the question banks available here: Question Papers, here, and this Compiled Question Bank. (Compiled from DNB Rad, NBE and from various radiology groups). For the latest question papers its best to refer to the official DNB website. You can also search for a particular year question paper using the custom google link I created here: DNB Radiology Question papers. This can be used for other subjects as well. Just enter the subject and the year of the exam. For example ” Radiodiagnosis 2016″, ” Surgery 2017″
- Question bank for Rajiv Gandhi University of Health Sciences (RGUHS), Karnataka can be downloaded from here: RGUHS radiology question bank 2004-2018
- System-wise division of Theory exam:
- Here is the indicative division of theory topics for each paper on the official DNB page.
- Decide what books suit you and start reading for the theory radiology exam accordingly. Your seniors will tell you the pros and cons of different books but you should stick to one book that suits you. Diagnostic Radiology Berry series is a good book that covers most of the topics for the radiology exam. Here is the complete list of recommended books: Recommended Books for Radiology Residents.
- One day prior to the exam you should have a single book to revise so keep one book for each system and whatever you feel is missing add on to that book. The simplest way to do that is to note down additional information on a piece of paper and stick it in that one book using glue. A crude method but works well :).
- Make heading for each answer and note it down in the book you are reading so that one day before the exam you can revise quickly.
- Try to read books in physical form and not from an electronic device like an iPad or tablet. Instead, collect all standard books in the digital form and add in material from that in the common book whenever you feel that there is some deficiency.
- For recent advances go through recent articles of IJRI. I have observed that most of the questions are picked up from there. You do not have to read all the articles. You have to read only those articles which can be posted as a long question. For eg. In the Oct-Dec 2017 issue, there is an article titled: Spinal dysraphism illustrated; Embryology revisited. This can come as a question in the exams. So go through it and make notes in one book as discussed earlier.
Here are a few questions that you can expect for recent advances in radiology:
1. Dual-energy CT , principles and clinical applications 2. Dual-source CT , basics and clinical applications 3. MR Spectroscopy, principles, application in three clinical settings 4. DEXA 5. Bone mineral densitometry unit, construction, physical principle and clinical interpretation of various bone mass scores 6. MR elastography: principles and clinical applications and in liver disease 7. USG elastography, role in liver diseases 8. HIFU: applications in gynecology and alternatives to HIFU for management of this condition 9. MR perfusion: principles and clinical applications 10. Ventilation-perfusion (V/Q) scan of lung 11. PET CT in lymphoma , advantages of PET CT 12. What is SUV ( std uptake value ) 13. Physical principles of PET imaging 14. New PET agents other than FDG for tumour imaging and their mechanism of action 15. Nephrogenic systemic fibrosis and precautions to take , postulated mechanisms 16. Harmonic imaging, advantages, use in contrast-enhanced USG 17. Tissue harmonic imaging : principle and advantages 18. Define teleradiology, requirements needed to set up, advantages and disadvantages, hardware and software 19. CT colonoscopy: indication, techniques, interpretation, pitfalls 20. Virtual colonoscopy: clinical applications 21. DR Technology, advantages over CR, recent developments 22. Components of direct DR system , advantages of DR over CR 23. Flat-panel digital radiography 24. Gene therapy and role of radiology 25. Recent advances in transducer technology 26. RFA in lung tumors and post-treatment imaging. 27. CT guided interventions and low dose techniques 28. MR defecography : applications 29. Hypoxia imaging : applications in oncology 30. CT myelography : steps 31. Diffusion-weighted imaging (DWI) , techniques with details of pulse sequences, clinical applications 32. MR Tractography, clinical applications 33. Noncontrast whole-body MR angiography techniques, Time-resolved MR angiography 34. Physical principles and techniques of spectral CT , clinical applications 35. Arterial spin labelling , role in vascular imaging 36. Dose reduction strategies in MDCT , what is iterative reconstruction , advantages 37. Role of MRI in ca rectum , local staging , what is CRM 38. Percutaneous tumour ablation technologies available today , mechanism of action of each 39. Imaging of carotid plaque characterization in patient with stroke 40. Doppler criteria for renal artery stenosis , what is current status of indications for renal artery angioplasty and stenting , emerging interventional technique in this condition 41. PET in brain tumours , new PET metabolites used in brain tumour imaging 42. Doppler in lower limb varicocele , interventional management of this condition 43. Radionucleotide imaging of liver : agents and indications 44. Scintigraphy in liver disease 45. What is PNDT act , documents to be filled up and filed by radiologist 46. Contrast-enhanced ultrasound principles 47. Second-generation USG contrast agents, applications in liver 48. Tomosynthesis , describe its role in detection and diagnosis of breast masses 49. MR in early diagnosis of inflammatory arthritis , how is USG useful in the management of these patients 50. Technology of 3d or 4d ultrasound, role in obstetric sonography, clinical applications 51. Ideal properties of radiopharmaceuticals used for diagnostic purposes 52. Role of isotopes in management of thyroid diseases 53. Techniques for evaluation of lung perfusion 54. Radioembolization , commonest agents used for this purpose , indications in liver and what are its complications 55. USPIO , application in oncologic imaging ,MR contrast agents with hepatocyte uptake 56. Role of MR and CT in imaging of POVD , relative advantages and disadvantages 57. Radionuclide bone scan , what is super scan 58. SPECT principle and clinical application 59. Grids , principle , construction , types , role in radiology 60. USG artefacts 61. MR Enteroclysis protocol and its clinical application 62. MR venography , techniques and indications 63. CE MRA: principles and clinical applications
64. Classification of vascular malformations , role of interventional radiology in treating slow flow malformations 65. New MR pulse sequences 66. HIFU : clinical applications 67. Radioisotope imaging of parathyroids 68. Discuss applications of bone scan 69. Scintigraphy in cardiac imaging , myocardial viability 70. BOLD imaging , utility and limitations 71. RFA in liver lesions , technique , indication , complications 72. Endoscopic USG imaging techniques , common features in esophageal diseases 73. Radionuclide renography : principles and clinical applications 74. Diffusion tensor imaging , applications 75. DWI in brain and body applications 76. Indications and limitations of fetal MRI 77. TIPSS : indications , procedure , contraindications and follow up 78. Recent advances in mammography, computer-aided detection in mammography 79. C arm CT : principles and clinical applications 80. What is functional MRI , clinical applications 81. Endoscopic USG , clinical applications 82. Virtual endoscopy 83. What is computer-aided diagnosis, clinical applications of this advance 84. Vertebroplasty , indications , techniques , complications 85. PET MRI advantages over PET CT 86. Teleradiology , advantages and disadvantages 87. Virtopsy 88. PIRADS
- Keep one book for answers which are not given well in any of the books and you have to refer to online content for that. For eg., MRCP is a commonly asked question but isn’t given in the standard books which we all read (at least at that time when I passed out). So you can refer to this article MR Imaging and CT of the Biliary Tract and make notes for this question. On the last day of the exam, you do not have to go searching for the article.
- Start practicing line diagrams and paste in the books you are going to refer one day before the exam. This book: Primer of Diagnostic Imaging gives a lot of good line diagrams which can be reproduced in the exams.
- Read and revise physics as it is volatile.
- Read and revise physics AGAIN as it is volatile!
Download radiology exam related resources here:
This includes :
- List of DNB / MD / DMRD practical exam cases.
- Subjectwise Spotter presentations and Quizes.
- DNB radiodiagnosis log book
- Viva material
- Systemwise Oral Recalls
- Intervention Radiology instruments
- Lots more!
Radiology Exam: Practical
- Read and revise physics as it is volatile!
- Go through all the physics instruments in your department. If not available google about basic radiology types of equipment like the grid, cassettes and how they look.
- Go through a list of commonly asked spotters, cases and practical questions in DNB exams here :
Planning of a radiology department is often asked. Here is a presentation covering that by Dr.N.Manupratap