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- In order for candidate Hospital Physicists – Medical Physicists who have attended the Greek training program to get a professional certificate as a Hospital Physicist – Medical Physicist working with ionizing radiation, until the training program’s modification around June 2018, they must have:
- Physics Degree (four-year)
- Master’s degree in Medical Physics from Greece or recognised foreign postgraduate programs of studies (two-year or twelve-month full time)
- A twelve-month clinical training in hospital that is divided into a four-month phase at Radiation Therapy field of physics, a four-month phase at Medical Imaging field of physics and a four-month phase at Nuclear Medicine field of physics.
- Passed the Radiation Therapy, Medical Imaging, Nuclear Medicine and Radiation Protection examinations.
Take into account that the professional certificate is provided by Ministry of Health and the holder of the certificate is allowed to work in any field of medical physics.
Additionally, a Hospital Physicist, working with non-ionizing radiation, certification is obtained, with no clinical practice required, by taking exams in the physics’ fields of MRI, Laser and Ultrasound.
- According to the new Greek training program, the duration of clinical practice will change to three-year and include all fields of non-ionizing radiation. Therefore, a single professional certificate as a Hospital Physicist – Medical Physicist is expected and will permit the occupation with all fields of Medical Physics.
- If a foreign candidate comes in Greece having met some of the requirements (1) to (3), then she/he can enroll into the training program and take part in the examination, as long as she/he requires everything, in accordance with Greek program, in her/his curriculum vitae (CV). Nonetheless, vacancies for clinical practice are limited.
- Hospital Physicists – Medical Physicists who have attended the training course abroad and have gotten the professional certification, could optionally have it recognized by the Council for the Recognition of Professional Qualifications (SAEP) that belongs to Ministry of Health.
The candidate has to submit a thorough CV along with the translated documents and evidence of, at least, qualifications (1) to (4), which are, also, the minimum expected internationally. The application is being processed by rapporteur – secretary of SAEP and is reviewed by the committee in which a member representative of Hellenic Association of Medical Physicists (EFIE) participates.
The recognition regards the exact professional qualifications the candidate had been accredited of by the state where she/he initially got the professional certification from, meaning that if she/he had a certification as Hospital Physicist – Medical Physicist specializing in Radiotherapy, for instance, then she/he could not practice physics of Nuclear Medicine, in Greece.
The SAEP’s recognition procedure requires time. The recognition gets easier in case that the candidate has attended a complete training program inside the European Union.
HAMP STATEMENT: The Hellenic Association of Medical Physicists, over the past 30 years, is closely monitoring the status of radiological diagnostic and therapeutic equipment all over the country, the QA/QC procedures applied to clinical practices as well as the development of its own members in terms of professional status and of education and training. One of the major problems is the staffing levels as far as Medical Physicists are concerned. The shortage of qualified MP experts in the current diagnostic and therapeutic radiological procedures is actually deteriorating the quality and safety of the health services provided and this has to be solved in the near future. Furthermore, the Greek government has to invest in new technologies for both diagnosis and treatment, which will improve the accessibility and availability in quality health services for all citizens and thus providing early and accurate diagnosis and efficient treatment. This will benefit as well, in long term, the health economics of the country. Finally, steps have to be made concerning the compliance with the EU BSS and the IAEA/WHO recommendations concerning the professional status of Medical Physicists, the registration scheme and the CPD.
The enclosed file contains guidelines for Clinical Training Guidelines
MEDICAL RADIATION PHYSICIST– HOSPITAL PHYSICIST
Provides service in
- Nuclear Medicine
- Diagnostic Radiology – Medical Imaging
- Radiation Therapy
targeting
- the effective use of
- Radioisotopes for diagnostic and therapeutic purpose
- Imaging equipment in Diagnostic Radiology
- Radiation Therapy equipment
- the development and application of novel diagnostic & therapeutic modalities
- the optimisation of radiation protection for patients and personnel
- the provision of best practice guidelines of radiation protection in medical institutions
This document is the first of the series on quality control and has concentrated on the need for harmonization of quality controls in (QCs) digital mammography. In it protocols are described with the intention of fulfilling the following criteria:
- Tests included in the protocol have been selected on the basis of their relevance/priority (“Keep it simple”).
- The protocol should be applicable to any type of digital mammography system (DR and CR).
- The protocol should be “compatible” or at least “not in contradiction” with other existing protocols.
- The protocol should not require the use of a specific test object, and consequently, should be “tolerant” about image quality parameters and criteria.
- The protocol should be widely applicable and adaptable to local regulations.
- The protocol should provide clear instructions about each test procedure, in order to minimize the potential for misinterpretation.
Your feedback is greatly appreciated. Once you have used the protocol, please send comments or suggestions to: Alberto Torresin at This email address is being protected from spambots. You need JavaScript enabled to view it..
You are kindly asked to complete the on line survey on the EFOMP Mammo Working Group protocol at: https://goo.gl/XuZEBJ.
Quality control of cone-beam computed tomography (CBCT) systems is an essential part of quality assurance to periodically check that quality requirements are met, reduce uncertainties and errors and reduce the likelihood of accidents and incidents. Radiation exposure levels must be measured to ensure that patient doses associated with CBCT examinations are kept as low as reasonably achievable consistent with the required diagnostic information. The main purpose of this document is to present procedures for quality control of CBCT systems used for dental, radiotherapy, interventional radiology and guided surgery applications.
The ‘Quality control in cone-beam computed tomography’ is the second of the series on quality control protocols. The European Federation of Organizations for Medical Physics (EFOMP) published the first document on ‘Quality Controls in digital mammography’ in 2015. These books are freely available online at efomp.org and can be used as both, in-depth working guides to everyday practice and an up-to-date reference sources for medical physicists engaged in quality control of medical imaging systems.
This book is the result of the experience and knowledge of an international group of leading medical physics experts and an excellent illustration of the synergy that can be achieved when every team member works at their best and collaboratively follows the whole process through its completion. Representing the European Medical Physics professional-scientific community (EFOMP), I would like to thank each co-author for sharing their invaluable expertise and insights and especially the Group Leader Dr. Hugo de las Heras Gala and the Chair of the EFOMP Education and Training Committee Dr. Alberto Torresin.
Prof. John Damilakis, EFOMP President
An executive summary of the full EFOMP CBCT protocol has been published in the journal Physica Medica - European Journal of Medical Physics, and is available for free download at the following link: http://www.physicamedica.com/article/S1120-1797(17)30183-7/fulltext
EFOMP’S GUIDELINE: QUALITY CONTROLS IN PET/CT AND PET/MR
The complexity of PET imaging requires a clear quality control procedure at different levels, from radiopharmaceutical activity assay up to the final image formation and quantitation. The EFOMP Protocol for Quality Control in PET/CT and PET/MRI provides simple and practical procedures that may be integrated into clinical practice to identify changes in the PET/CT/MRI scanner's performance and avoid short- and long-term quality deterioration. The Protocol describes the quality control procedures on radionuclide calibrators, weighing scales, PET, CT and MRI scanners using selected and measurable parameters that are directly linked to clinical images quality. It helps to detect problems before they can impact clinical studies in terms of safety, image quality, quantification accuracy and patient radiation dose. CT and MRI QC are described only in the context of their use for PET (attenuation correction and anatomical localization) imaging. A regular QC based on the proposed protocol would guarantee that PET/CT and PET/MRI scanners operate under optimal conditions, resulting in the best performance in routine clinical tasks. EFOMP intends to update the protocols after few years in practice, taking into account the knowledge and experience gained via their implementation in different clinical settings. Users are encouraged to share their experiences at conferences and in publications. Please submit comments and recommendations to the EFOMP PET/CT/MRI QC Working Group chair Roberta Matheoud (This email address is being protected from spambots. You need JavaScript enabled to view it.) once you’ve used the protocols.



