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Medicine · Year 3 · MU Plovdiv

Roentgenology and Radiology

The full MU Plovdiv syllabus for Roentgenology and Radiology, Medicine, Year 3: 66 topics, 14 topics with a free study note (75 minutes of reading), and 258 flashcards. Updated 10 November 2026.

syllabus topics
66
free notes
14
flashcards
258
of reading
75 min
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Syllabus

The topics in the order of the MU Plovdiv syllabus. Each one with a note opens in AceMed once you're signed in.

Roentgenology (diagnostic imaging) 50 topics

  1. 1. X-ray tube - basic components. X-ray image - obtaining, essence, qualities.Being written
  2. 2. Digital X-ray images - obtaining. Methods for archiving and transmitting images. DICOM. PACS.Being written
  3. 3. Principles of computed tomographyBeing written
  4. 4. Principles of ultrasound examination and ultrasound applicationsBeing written
  5. 5. Principles of MRIBeing written
  6. 6. Contrast agents – classification, indications, contraindications, side reactionsBeing written
  7. 7. Invasive X-ray procedures. Interventional radiologyBeing written
  8. 8. Radiation protection principles21. Principles of protection from external and internal exposure to ionizing radiation. Radiological protection of the population and personnel during medical procedures.2 min · 13 cards
  9. 9. Imaging modalities for evaluating diseases of the respiratory systemBeing written
  10. 10. X-ray diagnosis of airway diseasesBeing written
  11. 11. Nonspecific inflammatory lung diseasesBeing written
  12. 12. Pleural diseasesBeing written
  13. 13. Pulmonary tuberculosis. Classification. Primary and secondary – X-ray changes.Being written
  14. 14. Primary Lung cancer – diagnosis and staging with imaging modalities.Being written
  15. 15. Benign lung tumors. Hydatid lung diseaseBeing written
  16. 16. Methods for imaging of the heart, coronary vessels, large and peripheral vesselsBeing written
  17. 17. Normal X-ray anatomy of the cardiovascular shadowBeing written
  18. 18. Diagnostic imaging of diseases of the aorta and peripheral vessels.Being written
  19. 19. Emergency conditions – Pulmonary embolism, aneurysm and aortic dissection.Being written
  20. 20. Imaging methods for examination of the esophagus and stomach. Normal X-ray anatomy of the esophagus and stomachBeing written
  21. 21. Esophageal diseases – diverticula, achalasia, tumors, corrosive esophagitis, esophageal varicesBeing written
  22. 22. Peptic ulcer disease – stomach and duodenal ulcer – imaging characteristics and complications.Being written
  23. 23. Hiatal hernia. Benign and malignant stomach tumors.Being written
  24. 24. Imaging modalities for diagnostics of intestine and colon. Colon cancer.Being written
  25. 25. Imaging modalities for liver. Diffuse liver diseases – liver steatosis, fibrosis and cirrhosisBeing written
  26. 26. Focal liver diseases – primary benign and malignant liver tumors. Liver metastasesBeing written
  27. 27. Imaging modalities for diagnostics of biliary system. Gallbladder diseases.Being written
  28. 28. Imaging modalities for diagnostics of the pancreas. Acute and chronic pancreatitis. Pancreatic cancer.Being written
  29. 29. Imaging modalities for diagnostics of urinary tractBeing written
  30. 30. Imaging anatomy of the urinary tract. Anomalies and variations.Being written
  31. 31. Kidney stone disease. Hydronephrosis.Being written
  32. 32. Renal tumors. Urethral tumors. Bladder tumors. Prostate cancer.Being written
  33. 33. Imaging modalities in obstetrics and gynecologyBeing written
  34. 34. Imaging modalities of the breast. Benign and malignant breast tumors.Being written
  35. 35. Imaging modalities for diagnostics of the musculoskeletal systemBeing written
  36. 36. X-ray images of the main pathological processes in the bonesBeing written
  37. 37. Traumatic diseases of the bones and joints - fractures, fissures, dislocations, dislocation fractures, subluxationsBeing written
  38. 38. Osteomyelitis – acute and chronic.Being written
  39. 39. Benign bone tumors – osteoma, osteochondroma, osteoid-osteomaBeing written
  40. 40. Benign bone tumors – chondroma, osteochondroma, hemangioma, osteoclastoma.Being written
  41. 41. Malignant bone tumor – osteosarcomaBeing written
  42. 42. Malignant bone tumor – Ewing sarcoma. Myeloma. ChondrosarcomaBeing written
  43. 43. Inflammatory and degenerative-dystrophic diseases of the joints and spineBeing written
  44. 44. Aseptic osteonecrosisBeing written
  45. 45. Imaging modalities for diagnostics CNSBeing written
  46. 46. Brain tumorsBeing written
  47. 47. Imaging diagnosis of ischemic stroke.Being written
  48. 48. Imaging diagnosis of intracranial hemorrhagesBeing written
  49. 49. Examination methods and X-ray images in acute abdomen - differential diagnostic plan. Perforation of a luminal abdominal organ. IleusBeing written
  50. 50. Polytraumatic patientBeing written

Radiotherapy and nuclear medicine 16 topics

  1. 1. Biological action of ionizing radiation20. Biological effects of ionizing radiation. Hygienic problems related to the use of radioactive substances and sources of ionizing radiation in various industries.3 min · 16 cards
  2. 2. Radio-sensitivity of normal and pathologically changed tissues6. Tumor radiosensitivity. Therapeutic intervals. · 7. Normal tissue and organ radiosensitivity. Early and late radiation reactions.2 min · 19 cards
  3. 3. Classification of radio-therapeutic methods according to the type and source of radiation; position of the source in relation to the body of the patient (external beam, intracavitary, intersticial, metabolic)3. Orthovoltage radiotherapy · 4. External beam radiotherapy Megavoltage equipment - telecobalt machines, linear accelerators. · 5. Brachytherapy - intracavitary, interstitial, methabolic, contact tumor tissue radiosensitvity. Therapeutic window.5 min · 39 cards
  4. 4. Classification of radio-therapeutic methods according to the distribution of the Dose in space and time; the localization of the pathologic process in the bodyBeing written
  5. 5. Radiotherapy of malignant tumours: basic principles; treatment planning; indications and contra-indications1. Radiotherapy in the multidisciplinary approach for tumor control · 8. Main algorithms for prescribing and delivering radiotherapy2 min · 24 cards
  6. 6. Reactions and complications of radiotherapy7. Normal tissue and organ radiosensitivity. Early and late radiation reactions.1 min · 9 cards
  7. 7. Radiotherapy of non-malignant diseases18. Radiotherapy as a treatment modality in benign disease ( borderline tumours, benign disease with expansion, degenerative disease etc.)2 min · 15 cards
  8. 8. Radiotherapy of Cervical Cancer10. Radiotherapy in treatment of cervix cancer1 min · 11 cards
  9. 9. Radiotherapy of Uterine CancerBeing written
  10. 10. Radiotherapy of Breast Cancer9. Radiotherapy in treatment of breast cancer1 min · 9 cards
  11. 11. Radiotherapy of Lung Cancer.Being written
  12. 12. Basic principles of Nuclear medicine. Radionuclides. Diagnostic devices. Major diagnostic methods1. Radioactivity. Basic physical characteristics in nuclear medicine. · 2. Basic principles in radionuclide diagnostics. Apparatures – planar gamma camera, SPECT – gamma camera, SPECT/CT, PET/CT – basic principles. · 2. Basic principles in radionuclide diagnostics. Apparatures – planar gamma camera, SPECT – gamma camera, SPECT/CT, PET/CT – basic principles.12 min · 29 cards
  13. 13. Radionuclide diagnosis of the thyroid gland4. Nuclear medicine diagnostics of endocrine system. Radioiodine – uptake test. Thyroid scintigraphy in benign and nodular thyroid diseases. Whole-body scintigraphy with I-131 in thyroid carcinoma. Application of SPECT/CT. Parathyroid scintigraphy with 99mTc MIBI and 99mTc tetrofosmin – dual-phase and subtraction scintigraphy. · 4. Nuclear medicine diagnostics of endocrine system. Radioiodine – uptake test. Thyroid scintigraphy in benign and nodular thyroid diseases. Whole-body scintigraphy with I-131 in thyroid carcinoma. Application of SPECT/CT. Parathyroid scintigraphy with 99mTc MIBI and 99mTc tetrofosmin – dual-phase and subtraction scintigraphy. · 4. Nuclear medicine diagnostics of endocrine system. Radioiodine – uptake test. Thyroid scintigraphy in benign and nodular thyroid diseases. Whole-body scintigraphy with I-131 in thyroid carcinoma. Application of SPECT/CT. Parathyroid scintigraphy with 99mTc MIBI and 99mTc tetrofosmin – dual-phase and subtraction scintigraphy. · 4. Nuclear medicine diagnostics of endocrine system. Radioiodine – uptake test. Thyroid scintigraphy in benign and nodular thyroid diseases. Whole-body scintigraphy with I-131 in thyroid carcinoma. Application of SPECT/CT. Parathyroid scintigraphy with 99mTc MIBI and 99mTc tetrofosmin – dual-phase and subtraction scintigraphy.6 min · 15 cards
  14. 14. Radionuclide diagnosis of the kidneys5. Nuclear medicine diagnostics of the urinary tract. Dynamic renal scintigraphy with diuretic, radiopharmaceuticals, phases, renogram curves, clinical applications. Captopril renal scintigraphy. Cortical renal scintigraphy – clinical applications. Nuclear medicine diagnosis of testicles. Application of SPECT/CT. · 5. Nuclear medicine diagnostics of the urinary tract. Dynamic renal scintigraphy with diuretic, radiopharmaceuticals, phases, renogram curves, clinical applications. Captopril renal scintigraphy. Cortical renal scintigraphy – clinical applications. Nuclear medicine diagnosis of testicles. Application of SPECT/CT. · 5. Nuclear medicine diagnostics of the urinary tract. Dynamic renal scintigraphy with diuretic, radiopharmaceuticals, phases, renogram curves, clinical applications. Captopril renal scintigraphy. Cortical renal scintigraphy – clinical applications. Nuclear medicine diagnosis of testicles. Application of SPECT/CT.6 min · 15 cards
  15. 15. Radionuclide diagnosis of the bones9. Nuclear medicine diagnostics of the bones and joints: spot static and whole body scintigraphy, dynamic scintigraphy. Application in metastatic disease and benign bone diseases. Application of SPECT-CT. · 9. Nuclear medicine diagnostics of the bones and joints: spot static and whole body scintigraphy, dynamic scintigraphy. Application in metastatic disease and benign bone diseases. Application of SPECT-CT. · 9. Nuclear medicine diagnostics of the bones and joints: spot static and whole body scintigraphy, dynamic scintigraphy. Application in metastatic disease and benign bone diseases. Application of SPECT-CT.12 min · 14 cards
  16. 16. Radionuclide diagnosis in oncology. PET10. Nuclear medicine diagnostics in oncology. Tumor imaging with nonspecific, specific and receptor tumorotropic radiopharmaceuticals. 99mTc MIBI, 99mTc - Tektrotyd, 18F-FDG, 68Ga-PSMA, 68Ga-DOTATOC. Lymph node scintigraphy and visualization of sentinel lymph nodes. Application of SPECT-CT. · 10. Nuclear medicine diagnostics in oncology. Tumor imaging with nonspecific, specific and receptor tumorotropic radiopharmaceuticals. 99mTc MIBI, 99mTc - Tektrotyd, 18F-FDG, 68Ga-PSMA, 68Ga-DOTATOC. Lymph node scintigraphy and visualization of sentinel lymph nodes. Application of SPECT-CT. · 10. Nuclear medicine diagnostics in oncology. Tumor imaging with nonspecific, specific and receptor tumorotropic radiopharmaceuticals. 99mTc MIBI, 99mTc - Tektrotyd, 18F-FDG, 68Ga-PSMA, 68Ga-DOTATOC. Lymph node scintigraphy and visualization of sentinel lymph nodes. Application of SPECT-CT. · 10. Nuclear medicine diagnostics in oncology. Tumor imaging with nonspecific, specific and receptor tumorotropic radiopharmaceuticals. 99mTc MIBI, 99mTc - Tektrotyd, 18F-FDG, 68Ga-PSMA, 68Ga-DOTATOC. Lymph node scintigraphy and visualization of sentinel lymph nodes. Application of SPECT-CT. · 11. PET/CT - principles, radiopharmaceuticals, indications and research.20 min · 30 cards

Other Year 3 subjects

  • Clinical Laboratory2 notes
  • Hygiene and Ecology76 notes
  • Microbiology49 notes
  • Occupational Diseases and Toxicology13 notes
  • Pathological Anatomy and Cytopathology130 notes
  • Pathophysiology24 notes
  • Pharmacology and Clinical Pharmacology57 notes
  • Propaedeutics of Internal Diseases96 notes

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