-
Medical Physics
- Diagnostic Radiology
- Dosimetry
- Dosimetry system calibration
- Ionising radiation dosimetry and principles of measurement
- Non-ionising radiation quantities and principles of measurement
- Radiological test equipment, measurement, and practice
- Image Quality Assessment
- Assessment of image quality of clinical, patient images
- Assessment of image quality through objective tests
- Assessment of image quality with phantoms
- Optimisation
- Patient Dose Audit
- Performance Testing of Imaging Equipment
- Additional screen-film mammography information
- Additional references: general radiography
- Annex 1 Radiographer data collection sheets 6JH
- Annex 2 Medical physicist data collection sheets-30-Sept 09
- Clinical Artefacts (IAEA)
- Non Clinical Artefacts (IAEA)
- Automatic exposure control devices
- Computed radiography and digital radiography
- Computed tomography
- Conventional and digital fluoroscopy
- Dental radiography
- Digital mammography
- Display and printing devices
- Dual-energy x-ray absorptiometry (DXA)
- Film processing and darkroom
- Additional references: film processing and darkroom
- Quality Assurance Manual appendix 3 - Darkroom design (IAEA)
- General radiography
- Magnetic resonance imaging
- Screen-film mammography
- Screen-film systems
- Ultrasound
- Radiation Protection
- Dose reduction for staff and public
- Personnel dosimetry
- Prevention of incidents in diagnostic and interventional procedures
- Radiation hazard assessment
- Radiation protection and safety review
- Radiation protection of patients in diagnostic and interventional radiology
- Radiation protection of workers and the public in diagnostic and interventional radiology
- Safety in MRI imaging
- Shielding
- Unintended and accidental exposure in diagnostic radiology
- Technology Management
- Nuclear Medicine
- Activity Measurements
- Image Analysis
- Internal Dosimetry
- Quality Assurance
- Radiation Protection
- Calibration
- General/Quality Practice
- PET/CT shielding
- Prevention of incidents in nuclear medicine
- Radiation protection of patients in nuclear medicine
- Radiation protection of workers and the public in nuclear medicine
- Waste
- SPECT-PET/CT
- Tracer Studies
- Radiotherapy
- Acceptance tests and commissioning of radiotherapy equipment
- Imaging equipment: X-ray, CT, MRI, PET, PET/CT
- Treatment delivery equipment: brachytherapy
- Treatment delivery equipment: teletherapy
- Treatment planning equipment: teletherapy and brachytherapy
- Dosimetry
- Brachytherapy
- Calibration of instruments
- External beam
- External beam (low energy)
- General principles
- IAEA/WHO SSDL network
- Small and non standard fields
- Equipment related Quality Assurance
- General principles
- QA of dosimetry equipment
- QA of imaging equipment: X-ray and CT
- QA of treatment delivery equipment: brachytherapy
- QA of treatment delivery equipment: teletherapy
- QA of treatment planning equipment: teletherapy and brachytherapy
- Patient related Quality Assurance
- Deviations in radiotherapy administration
- General principles
- QA of data transfer from planning to delivery
- QA of treatment delivery in teletherapy
- QA of treatment planning equipment: teletherapy and brachytherapy
- QA procedures for brachytherapy
- Treatment preparation QA
- Quality audit in radiotherapy
- Radiation Protection
- Prevention of accidental exposures in radiotherapy
- Radiation protection of patients in radiotherapy
- Radiation protection of workers and the public
- Radiotherapy program implementation
- Equipment selection
- Setting up a radiotherapy program
- Site planning
- Transition between 2D to 3D CRT and IMRT
- Topics of special interest
- Fetal dose in radiotherapy
- Image-guided radiotherapy (IGRT)
- Intensity-modulated radiotherapy (IMRT)
- Intra-operative radiotherapy (IORT)
- Management of hip prosthesis in radiotherapy
- Management of pacemakers and ICDs in radiotherapy
- Management of respiratory motion in radiotherapy
- Stereotactic radiation therapy (SRT)
- Total and half-body irradiation
- Total skin electron irradiation
- Treatment planning
- The Medical Physicist
- Continued professional development
- Education and Training Requirements
- Ethics
- Conflicts of interest in industry, academia and the clinic
- Gender issues
- Medical physics code of ethics
- Roles and Responsibilities of a Medical Physicist
- International Recognition
- Roles and responsibilities
- Survey of the Roles and Responsibilities of Medical Physicists
- Students' corner
-
Nuclear Medicine
- Cardiovascular and Pulmonary
- Guidelines and Literature
- AHA/ACC
- ASNC Guidelines and Standards
- EANM and SNM Pulmonary Guidelines
- EANM Guidelines
- Recommended Literature for Pulmonary Studies
- SNM Guidelines
- IAEA Publications
- Guidance and Recommendations for the Implementation of Nuclear Cardiology in Developing Countries
- Nuclear Cardiology: its role in Cost-effective Care
- IAEA Training Courses and Meetings
- Imaging in Ischemic Heart Desease and Cardiac Failure
- National Training Course in Nuclear Cardiology, Nephrology and Neurology
- Regional Training Course - Dominican Republic
- Regional Training Course on Advanced NM Techniques in Dilated Cardiomyopathy and the Role of NM in the Evaluation of Chagas Disease
- Regional Training Course on Imaging Techniques in Diagnostic and Prognostic Assessment of Heart Failure
- Technical Meeting
- Use of nuclear cardiology in myocardial viability assessment and introduction to PET and PET/CT for advanced users
- Interpretation and Reporting
- Lectures
- Teaching Cases
- Endocrinology
- Guidelines and Literature
- IAEA Publications
- Nuclear Medicine in Thyroid Cancer Management: A Practical Approach
- Practical Guidance on Peptide Receptor Radionuclide Therapy (PRRNT) for Neuroendocrine Tumours
- Interpretation and Reporting
- Teaching Cases
- Infection Inflammation and Musculoskeletal
- Guidelines and Literature
- SNM/EANM Procedure Guidelines for Infection/Inflammation
- SNM/EANM Procedure Guidelines for Musculoskeletal Indications
- IAEA Publications
- Interpretation and Reporting
- Teaching Cases
- International Conference IPET 2011
- Neurology
- Guidelines and Literature
- IAEA Training Courses
- Interpretation and Reporting
- Lectures
- Teaching Cases
- Nuclear Medicine Events
- Archive 2010
- ABNM 82nd Meeting
- American Society for Theraputic Radiology and Oncology 52nd meeting, San Diego 2010
- Annual Congress of the European Association of Nuclear Medicine, Vienna 2010
- BNMS 38th Annual Meeting
- Clinical Nuclear Medicine/PET
- IAEA Scientific Forum - Cancer in Developing Countries, Vienna 2010
- International Conference of Medical Physics in the Baltic States, Kaunas, Lithuania 2010
- International Symposium on Standards, Applications and Quality Assurance in Medical Radiation Dosimetry, Vienna 2010
- Radiological Society of North America 96th Scientific Assembly and Annual Meeting, Chicago 2010
- SNM 57th Annual Congress Meeting
- SNMICON 2010
- SNM Mid-Winter Educational Symposium
- WFNMB 2010
- Archive 2011
- ASNC Annual Meeting
- EANM 2011 (Annual congress of the european association of nuclear medicine)
- ESOPNM 2011
- ICNC10
- International Conference on Clinical PET and Molecular Nuclear Medicine (IPET 2011)
- Nuclear Medicine: 2011
- SNM 2011
- SNM 2011 Mid-Winter Educational Symposium
- XIII ALASBIMN Congress
- Archive 2012
- 14th International Workshop on Targetry and Target Chemistry
- 17th Annual Scientific Session of American Society of Nuclear Cardiology
- 2012 IEEE Nuclear Science Symposium and Medical Imaging Conference
- 26th Brazilian Congress of Nuclear Medicine and Biology (Portugiese)
- Annual Congress of the European Association of Nuclerar Medicine
- AOFNMB 2012
- ASTRO's 54th Annual Meeting
- First free webinar: 10 CT Cases of the Thorax, Abdomen, and Pelvis
- SNM 2012 Annual Meeting
- World Molecular Imaging Congress 2012
- XXXII Congreso SEMNIM (Spanish)
- Archive 2013
- 2nd World Congress on Ga-68, Molecular Imaging (PET/CT), Targeted Radionuclide Therapy & Dosimetry
- Complimentary Webinar: MPI 1. The Basics of MPI
- Complimentary Webinar: MPI 2. The Value of MPI
- ASNC 2013
- EANM 2013
- ICNC 11, Nuclear Cardiology and Cardiac CT
- IEEE 2013
- International Conference on Integrated Medical Imaging in Cardiovascular Diseases (IMIC 2013)
- ISCORN 2013
- SNMMI 2013 Annual Meeting
- SNMMI 2014 Annual Meeting
- World Molecular Imaging Congress 2013
- Nuclear Medicine Latest
- Appropriate Use of FDG-PET for the Management of Cancer Patients
- International Conference on Clinical PET and Molecular Nuclear Medicine (IPET 2011)
- Nuclear Medicine Library
- How to access the IAEA Publications
- IAEA Nuclear Medicine Publications
- Journals
- Nuclear Glossary
- RPoP free material
- Nuclear Medicine Links
- Academic Institutions and International Organizations
- Nuclear Medicine / Radiation Information
- Nuclear Medicine Journals
- Professional Organisations
- Oncology
- Guidelines and Literature
- IAEA Publications
- A Guide to Clinical PET in Oncology: Improving Clinical Management of Cancer Patients
- Appropriate Use of FDG-PET
- Clinical Applications of SPECT/CT: New Hybrid Nuclear Medicine Imaging System
- Guide on Clinical Standard Operating Procedures on the use of PET/CT: A Practial Approach in Adult Oncology.
- Planning a PET clinical centre
- The Role of PET/CT in Radiation Treatment Planning for Cancer Patient Treatment
- IAEA Training Courses and Meetings
- Regional Training Course on Hybrid Imaging: Integrated SPECT and Computed Tomography (SPECT/CT)
- Regional Training Course PET/CT in Nuclear Oncology - Uruguay
- Interpretation and Reporting
- Lectures
- Teaching Cases
- Other Systems/Organs
- Paediatrics and Nephrourology
- Guidelines and Literature
- EANM Procedure Guidelines in Paediatrics
- Scintigraphy of the Paediatric Skeleton
- SNM and ACR Nephro-urology Procedure Guidelines
- SNM Guidelines Paediatrics
- IAEA Publications
- IAEA Training Courses
- Lectures
- Endocrinology/Therapy
- Nephrourology
- Oncology
- Other Systems/Organs
- PET/SPECT
- Quality Practice
- Skeletal
- Teaching Cases
- PET/CT Gallery
- Cross Sectional PET/CT Anatomy
- FDG Biodistribution
- Incidental CT Findings
- Library of Clinical Applications
- Library of Pathological Variants
- Non FDG Imaging
- Quality Practice
- IAEA QC Atlas for Scintillation Cameras -2003
- IAEA Training Courses
- Nuclear Medicine Resources Manual
- QC Procedures Applied to Nuclear Instruments
- Quality Assurance PET
- Quality Assurance SPECT
- Quality Management Audits in Nuclear Medicine Practices
- Radioguided Surgery
- Guidelines and Literature
- IAEA Training Courses and Meetings
- Interpretation and Reporting
- Lectures
- Teaching Cases
- Radionuclide Therapy
- Bone Metastasis
- IAEA Training Courses and Meetings
- Regional Training Course in Radionuclide Therapies - Argentina
- Regional Training Course on the Current Status of Radionuclide Therapy for Thyroid Disease: Facts and Controversies
- Neuroendocrine Tumours and Other Therapies
- Thyroid Benign
- Thyroid Malignant
- Webinars and e-Learning Modules
- Nutrition
-
Radiation Oncology
- Collection of Recorded Radiotherapy Seminars
- Chemoradiation in Locally Advanced Cervix Cancer
- Chemoradiotherapy for Carcinoma of the Oesophagus
- Combining Radiation and Hormone Therapy in Localized Prostate Cancer: Where Are We?
- Conservative Treatment of Invasive Bladder Cancer
- Drug Radiation Interaction
- High Dose Rate Brachytherapy in Cervix Cancer
- High Grade Gliomas: Review of Therapeutic Aspects
- IMRT: Difficulties, Uncertainties and Concerns
- Low Grade Gliomas: Where Are We?
- Management of Ewings Sarcoma
- Management of Nasopharyngeal Carcinoma in Children
- Management of Retinoblastoma
- Oxygen effect and Reoxygenation
- Preoperative Radiotherapy for Rectal Cancer
- Radiotherapy for Pediatric Hodgkin's Lymphoma
- The Management of Brain Metastases
- The Older Patient
- The Role of Radiosurgery in the Treatment of Gliomas
- Ther Role of Radiotherapy in Meningiomas
- Whole Body Irradiation
- “Points” to “Profiles” in Brachytherapy for Cancer of the Cervix
- Improving the Quality of Service
- Auditing Radiotherapy Centres
- Clinical Research
- Follow up and outcome
- Governance
- Incident Reporting
- Multidisciplinary Cancer Care
- Safety Culture
- Safety of Your Staff
- Making the Case for Radiotherapy in Your Country
- IAEA Resources
- National Cancer Control Plans
- Needs Analysis
- Number of New Cancer Cases
- Requesting Assistance from IAEA
- Role of Radiotherapy in Cancer Care
- Radiation Biology
- Basics
- Biological Dosimetry
- Further Reading - Training Material
- Radiation Sterilization in Tissue Banking
- Survey of Institutions on Tissue Banking Activities
- Radiation Onclology Research
- Radiation Oncology Library
- Setting up a Radiotherapy Department
- Training
- Continuing Professional Development (CPD)
- Professional Qualifications
- Setting up a Training Programme
- Teaching
- Treating patients
- Brachytherapy
- Palliation
- Protocols and Guidelines
- Radiotherapy in Children
- Treatment Planning and Techniques
- Transitioning from 2-D Radiation Therapy to 3-D Conformal Radiation Therapy and Intensity Modulated Radiation Therapy: Training Material
- 01 Introduction
- 02 Radiation therapy principles
- 03 Altered fractionation
- 04 Overall QA
- 05 Equipment
- 06 Evolution of RT
- 07 Treatment hardware and software for 3D
- 08 Delivery Techniques for IMRT
- 09 Evidence based medicine and new technology
- 10 Patient Setup and Immobilisation
- 11 Imaging for target and OAR delineation
- 12 Defining target volumes and organs at risk
- 13 Contouring and prescribing
- 14 Geometric uncertainties
- 15 Treatment Planning for 2D-3D
- 16 Treatment Planning for IMRT
- 17 Plan evaluation for 3D CRT and IMRT
- 18 Additional Physics Equipment QA for IMRT
- 19 Patient Specific Physics QA for IMRT
- 20 Treatment verification - imaging and dosim
- 21 Special Techniques
- 22 Training Course Material 2D to 3D and IMRT
- Appendix A: Self Assessment Questionnaire
- Contributors
- Editorial
- Foreword
- IAEA TECDOC 1588 Transition from 2-D Radiotherapy to 3-D Conformal and Intensity Modulated Radiotherapy
- Training curriculum
-
Radiopharmacy
- Radiopharmacy Events
- Radiopharmacy Latest
- Virtual Course in Radiopharmacy
- Dispensing of 99mTc-MDP Doses
- Documentation
- example1
- example2
- example3
- example4
- example5
- example6
- example7
- example8
- example9
- Product specifications
- Eluting the Generator
- Entering the Hot Lab
- Exiting the Hot Lab
- Introduction
- Measuring the Eluate Activity
- Quality Control Procedures
- Radiation Monitoring and Decontamination of the Working Area
- Radioactive Waste Management
- Radiolabelling with 99mTc & Calculation of Doses
- Calculation of the volume of eluate required
- Chemical Principles of Radiolabelling
- Example calculation
- Practise in Virtual 3D Lab
- Radiochemical Impurities
- Radiolabelling with 99mTc Video
- Selection of Accessory Materials
- image1
- image10
- image2
- image3
- image4
- image5
- image6
- image7
- image8
- image9
- Practise in Virtual 3D Lab
- Preparation of the working area and selection of accessory materials
- Selection of Accessory Materials Video
- Selection of Labelling Kit
-
Technologists
- Nuclear Medicine Technologists
- DAT Current Situation
- Education & Training
- Educational resources
- Atlas
- Atlas of Human Anatomy
- Atlas of Human Anatomy in Cross Section
- Brain SPECT Atlas
- Illustrated Encyclopaedia of Human Anatomic Variation
- PET and PET/CT Image Atlas (18FDG)
- Scintigraphy of the Paediatric Skeleton
- The CT Anatomy Tutor
- The Visible Human Project
- Whole Brain Atlas
- Curso regional de entrenamiento en modalidades híbridas PET/CT y SPECT/CT para tecnólogos
- Curso regional en cardiología nuclear – Tecnología y técnicas para tecnólogos en medicina nuclear
- Distance Assisted Training (DAT) for NMT
- Dose Assessment
- IAEA Training Courses
- Nuclear Medicine Library
- Nuclear Medicine Physics for NMT
- Publications
- Radiation Safety
- Guidelines on Radiation Protection
- IAEA Safety Standards
- Medical Radiation Sources
- Radiation Doses Assessment and Recording
- Radiation Protection of Patients (RPoP) - IAEA Website
- The Paediatric Patient
- The Pregnant Woman
- Waste Management
- Radiopharmacy for NMT
- Decay Factors
- Library of Radiopharmaceutical Images
- Paediatric Dose Chart
- Quality Control Procedures for Radiopharmaceuticals
- Radiopharmaceutical Drug Interactions
- Radiopharmaceutical List
- Radiopharmacy Guidelines
- Breastfeeding Guidelines Following Radiopharmaceutical Administration
- Guidelines on Current Good Radiopharmacy Practice in the Preparation of Radiopharmaceuticals
- Operational Guidance on Hospital Radiopharmacy
- Procedure Guidelines for the use of Radiopharmaceuticals
- Radiopharmacy Section
- VirRad Project
- Teaching Sites & Presentations
- Ethics
- Nuclear Medicine Library
- Procedures Guidelines
- Professional Profile
- Responsibilities
- Advanced Performance and Responsibility (EANM)
- Code of Practice for NMT (ANZSNMT)
- Ethical Guidelines (SNMT)
- Role
- Quality Practice
- Societies of NMT
- Radiation Therapists (RTTs)
- Education and Professional Qualifications
- Curso de actualización de tecnólogos en radioterapia
- Altas tecnologias
- Altas tecnologias (BIS) ciberknife
- Aspectos biologicos del cancer
- Aspectos clinicos del cancer
- Braquiterapia
- Calibracion de equipos
- Caracterizacion de un bolus elaborado
- Cuarto de moldes y accesorios
- Dosimetria en vivo
- Equipos de tratamiento con radioterapia
- Equipos y principios de simulacion
- Garantia de calidad
- Modelos de organizacion, trabajo, calidad, esquema y producctividad
- Normativa nacional
- Planificadores y algoritmos de calculo de dosis
- Prefacio
- Principios de radiobiologia
- Principios fisicos de la radioterapia
- Proteccion radiologica
- Simulacion de linfomas y aparato gastrointestinal
- Simulacion de mama
- simulacion de sarcomas de partes blandas
- Simulacion de tumores de cabeza y cuello
- Simulacion de tumores del SNC
- Simulacion de tumores del torax
- Simulacion de tumores de prostata
- Simulacion de tumores ginecologicos
- Simulacion en oncologia pediatrica
- Sistemas de los riesgos en gestion de radioterapia
- Sistemas de seguridad en aviacion y en radioterapia
- Transitioning from 2-D Radiation Therapy to 3-D Conformal Radiation Therapy and Intensity Modulated Radiation Therapy: Training Material
