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Radiology Conferences | Medical Imaging Conferences | Radiology 2019 | Medical Imaging 2019 | 2019 | Amsterdam | Netherlands | Europe | USA | Asia

Annual Radiology Meeting

Theme: Exploring the applications and uses of Radiology

Event Date & Time

Event Location

Amsterdam, Netherlands

18 years of lifescience communication


Performers / Professionals From Around The Globe

Tracks & Key Topics

Radiology 2019

About Conference

Theme: Exploring the applications and uses of Radiology

EuroSciCon Conference on Radiology focuses on Exploring the applications and uses of Radiology. Radiology 2019 offers new vision among the researchers, industrialists and understudies from investigate zones of Radiology, Nuclear Medicine and Physics to share their experiences and appreciate special discussions at the conferences. The gathering will be an opportunity to globalize one research, to share legitimate experiences, to get learning on new developments and bearings. The conference is arranged in Amsterdam, Netherlands. We welcome sponsors and exhibitor to present their products to our individuals and influence it to achieve general society through them. We request you to make use of this opportunity to improve the world.

What is New ?

Radiology 2019 incorporates global participant workshops, addresses and symposia, including an assigned enlistment territory, a refreshment break and affair lunch. This International Radiology meeting will include incredibly famous keynote speakers, general invite conferences, youthful research gathering, blurb introductions, specialized workshops and profession direction sessions so, come and join driving specialists and united experts from December 10-11, 2019 in Amsterdam, Netherlands to stay aware of the quickly quickening pace of progress that is as of now affecting the field of radiology.

Why to Attend ?

Radiology 2019 gives a striking chance of being associated and picking up contacts with delegates who are dynamic in the concerned field. Networking enables sharpening skills, spark inspiration and uncover new ideas during break-out sessions providing tea and lunch for the delegates. The important subjects are addressed by the expertise key note speakers with global recognition thus conferring knowledge on the new technologies and latest drift in the domain. The worldwide Radiology gathering complements the conspicuous key note speakers, all-hands meetings, youthful research discussion, blurb introductions, specialized workshops and vocation direction session.

About Amsterdam

Amsterdam is the capital and most pressed district of the Kingdom of the Netherlands. Its status as the capital is coordinated by the Constitution of the Netherlands. As the business capital of the Netherlands and a champion among the best budgetary focuses in Europe, Amsterdam is viewed as an alpha world city by the Globalization and World Cities (GaWC) mull over social affair. Amsterdam is a victor among the most well-known adventurer goals in Europe, enduring more than 4.63 million comprehensive guests reliably; this is aside from the 16 multi day trippers taking off to the city dependably. Amsterdam has a rich helper history. The most arranged working in Amsterdam is the Oude Kerk (Old Church), at the focal point of the Wallen.

Sessions and Tracks

Track 1 : Introduction to Radiology

Radiology is the restorative claim to fame that utilizations medicinal imaging to analyze and treat infections inside the human body. An assortment of imaging procedures, for example, X-beam Radiography, ultrasound, figured tomography, atomic prescription including positron discharge tomography, and attractive reverberation imaging are utilized to analyze or treat illnesses.Interventional radiology is the exhibition of more often than not insignificantly obtrusive therapeutic techniques with the direction of imaging innovations, for example, X-beam radiography, ultrasound, figured tomography, atomic drug including positron outflow tomography, and attractive reverberation imaging.

  • Computed Tomography
  • Ultra Sound
  • Radioactivity
  • Ionization X-Rays
  • Neuroradiology

Track 2 : Ultra Sound

Ultrasound imaging uses sound waves to deliver photos of within the body. It is utilized to help analyse the reasons for agony, swelling and contamination in the body's inward organs and to look at an infant in pregnant ladies and the cerebrum and hips in new-born children. It's additionally used to help control biopsies, analyse heart conditions, and evaluate harm after a heart assault. Ultrasound is sheltered, non-invasive, and does not utilize Ionizing Radiation.

  • Ultra Sound Scans
  • Sonography
  • Abdominal Ultra Sound
  • Transabdominal

Track 3 : Clinical Radiology

Clinical radiology is a specific part of branch that utilizes best in class hardware and a scope of systems to catch pictures of within the body. Clinical (radiologists) are qualified medicinal specialists who have embraced an additional five years of extra investigation and escalated preparing to represent considerable authority in their field. They are prepared to perform and translate therapeutic pictures to analyse and now and again treat wounds and ailments of all pieces of the body.

  • Ultrasonography
  • Digital Radiology
  • Radiography
  • MRI and CT scannings

Track 4 : Computed Tomography

A CT check or computed tomography filter (in the past electronic pivotal tomography sweep or CAT scan) utilizes PC handled mixes of numerous X-beam estimations taken from various edges to deliver cross-sectional (tomographic) pictures of explicit zones of an examined article, enabling the client to see inside the item without cutting.

  • Positron Emission Tomography(PET)
  • Magnetic resonance imaging (MRI)
  • Medical Imaging Such As Computed Tomography (CT)
  • Neuromyelitis Optical

Track 5 : Magnetic Resonance Imaging

Magnetic Resonance Imaging (MRI) is a non-intrusive imaging innovation that produces three dimensional nitty gritty anatomical pictures. It is frequently utilized for infection location, analysis, and treatment checking. It depends on advanced innovation that energizes and distinguishes the adjustment toward the rotational pivot of protons found in the water that makes up living tissues.

  • Computed Tomography
  • Extremity MRI
  • Open MRI
  • 3 Tesla MRI

Track 6 : Artificial Intelligence in Radiology

Computerized reasoning calculations, especially profound learning, have exhibited surprising advancement in picture acknowledgment undertakings. Techniques extending from convolutional neural systems to variational autoencoders have discovered bunch applications in the restorative picture examination field, driving it forward at a quick pace. Artificial Intelligence techniques exceed expectations at naturally perceiving complex examples in imaging information and giving quantitative, instead of subjective, evaluations of radiographic qualities.

  • Computer-Aided Detection Systems
  • Medical Imaging Such As Computed Tomography (CT)
  • Positron Emission Tomography (PET)
  • Magnetic Resonance Imaging

Track 7 : Fluoroscopy

Fluoroscopy and angiography are uncommon utilizations of X-beam imaging, in which a fluorescent screen and picture intensifier cylinder is associated with a shut circuit TV system. This permits ongoing imaging of structures in movement or increased with a radiocontrast specialist. Radiocontrast specialists are typically regulated by gulping or infusing into the body of the patient to depict life structures and working of the veins, the genitourinary framework, or the gastrointestinal tract (GI tract).

  • Angiography
  • Radiocontrast
  • X-Ray Image Intensifiers
  • Flat-Panel Detectors

Track 8 : Interventional Radiology

Interventional Radiology (IR) is a medicinal claim to fame which gives negligibly intrusive picture guided analysis and treatment of infection. In spite of the fact that the scope of systems performed by interventional radiologists is wide, the binding together idea driving these methodology is the utilization of picture direction and insignificantly obtrusive procedures so as to limit hazard to the patient.

  • Micro-Angiography
  • Gamma Knife Therapy
  • Ascitic Tap
  • Biliary Drainage

Track 9 : Teleradiology

Teleradiology is the transmission of radiological patient pictures, for example, X-beams, CTs, and MRIs, starting with one area then onto the next for the motivations behind imparting concentrates to different radiologists and doctors. Teleradiology is a development innovation given that imaging methodology are becoming around 15% every year against an expansion of just 2% in the radiologist populace.

  • Radiographs
  • Magnetic Resonance Imaging
  • X-rays
  • Thoracic Imaging

Track 10 : Projection Radiography

Radiographs are delivered by transmitting X-beams through a patient. The X-beams are anticipated through the body onto a locator; a picture is framed dependent on which beams go through (and are identified) versus those that are ingested or dispersed in the patient (and hence are not distinguished). Röntgen found X-beams on November 8, 1895 and got the principal Nobel Prize in Physics for their disclosure in 1901. In film-screen radiography, a X-beam cylinder produces a light emission beams, which is gone through the patient.

  • Digital radiography
  • Phosphor Plate Radiography
  • X-Ray Attenuation
  • Geometric Magnification

Track 11 : Radiopharmaceutical

Radiopharmaceuticals or therapeutic radio compounds, are a gathering of pharmaceutical medications which have radioactivity. Radiopharmaceuticals can be utilized as symptomatic and remedial specialists. Radiopharmaceuticals discharge radiation themselves, which is not quite the same as differentiation media which assimilate or modify outside electromagnetism or ultrasound. Radiopharmacology is the part of pharmacology that spends significant time in these specialists.

  • Cyclotron
  • Nuclear Reactor
  • Radiation Theraphy
  • Radio Chemistry

Track 12 : Radiology Trends and Technology

Radiology Imaging is the strategy and procedure of making visual portrayals of the inside of a body for clinical radiology investigation and medicinal intercession. Therapeutic imaging tries to uncover interior structures covered up by the skin and bones, just as to analyse and treat illness. Radiology Imaging it is a piece of organic imaging and fuses radiology which uses the Imaging Interventional.

  • Global Radiology
  • Artificial Intelligence
  • Foreign Body Detection
  • Radiosurgery

Track 13 : Radiation Oncology

Radiation treatment or radiotherapy, regularly condensed RT, RTx, or XRT, is treatment utilizing ionizing radiation, by and large as a component of disease treatment to control or murder harmful cells and typically conveyed by a direct quickening agent. Radiation treatment might be corrective in various sorts of malignant growth on the off chance that they are confined to one territory of the body. It might likewise be utilized as a feature of adjuvant treatment, to anticipate tumour repeat after medical procedure to expel an essential harmful tumour (for instance, beginning periods of bosom disease). Radiation treatment is synergistic with chemotherapy, and has been utilized previously, during, and after chemotherapy in powerless malignant growths. The subspecialty of oncology worried about radiotherapy is called radiation oncology.

  • External Beam Radiation Therapy
  • Proton Therapy
  • Radiation to the Cancer
  • Radiology of Colorectal Cancer

Track 14: Radiographic Testing

Industrial Radiography is a strategy for non-damaging testing where numerous sorts of made parts can be analyzed to confirm the inward structure and respectability of the example. Modern Radiography can be performed using either X-beams or gamma beams. Both are types of electromagnetic radiation. The contrast between different types of electromagnetic vitality is identified with the wavelength. X and gamma beams have the briefest wavelength and this property prompts the capacity to infiltrate, travel through, and exit different materials, for example, carbon steel and different metals.

  • Ultrasonography and Radiography
  • Specialism Radiography
  • Chest Radiography
  • Spine Radiography

Track 15 : Radiology Imaging

Radiology is the medicinal claim to fame that utilizations therapeutic imaging to analyze and treat illnesses inside the human body. An assortment of imaging systems, for example, X-beam radiography, ultrasound, figured tomography (CT), atomic prescription including positron discharge tomography (PET), and attractive reverberation imaging (MRI) are utilized to analyze or treat maladies. Interventional radiology is the presentation of more often than not insignificantly obtrusive restorative systems with the direction of imaging innovations, for example, X-beam radiography, ultrasound, processed tomography (CT), atomic drug including positron emanation tomography (PET), and attractive reverberation imaging (MRI).

  • Fluoroscopy
  • Ultrasound
  • Fluoroscopy
  • Endoscopy

Track 16 : Neuroradiology

Neuroradiology spreads imaging and interventional treatment of sicknesses of the focal sensory system (CNS), that is mind and spinal string, and the encompassing structures, skull and spine. We inspect and treat patients from branches of nervous system science, neurosurgery, and psychiatry incorporating youngsters and those with psychosomatic issue, yet in addition patients from orthopedic, general therapeutic, ENT, maxillo-facial careful and ophthalmologic (eye) divisions.

  • Three-dimensional angio architecture of cerebral
  • Micro-Angiography
  • Gamma Knife Therapy

Track 17 : Nuclear Medicine

Atomic drug is a restorative claim to fame including the utilization of radioactive substances in the analysis and treatment of sickness. Atomic prescription, as it were, is "radiology done back to front" or "endoradiology" in light of the fact that it records radiation emanating from inside the body as opposed to radiation that is produced by outside sources like X-beams. Furthermore, atomic drug sweeps vary from radiology as the accentuation isn't on imaging life structures however the capacity and for such reason, it is known as a physiological imaging methodology.

  • Immunotherapy
  • Gamma Cancer
  • Cancer Drug Targets
  • Tumour Target Agents

Track 18 : Radiation Detector

In test and connected molecule material science, atomic physical science, and atomic designing, a molecule locator, otherwise called a radiation detector, is a gadget used to distinguish, track, and additionally recognize ionizing particles, for example, those created by atomic rot, infinite radiation, or responses in an atom smasher. Indicators can quantify the molecule vitality and different characteristics, for example, energy, turn, charge, molecule type, notwithstanding just enlisting the nearness of the molecule.

  • Gamma Radiation
  • Beta Radiation
  • Geiger Counters
  • Scintillation Counters

Track 19 : Radioactivity

Radioactive decay  is the procedure by which an unsteady nuclear core loses vitality by discharging radiation, for example, an alpha molecule, beta molecule with neutrino or just a neutrino on account of electron catch, or a gamma beam or electron on account of inward transformation. A material containing precarious cores is viewed as radioactive. Certain very energized brief atomic states can rot through neutron emanation, or all the more once in a while, proton discharge.

  • Radioactive Decay
  • Nuclear Decay
  • Proton Emission
  • Alpha, Beta And Gamma Rays

Track 20 : Radiation Protection

Radiation protection, otherwise called radiological protection, is characterized by the International Atomic Energy Agency (IAEA) as "The security of individuals from unsafe impacts of introduction to ionizing radiation, and the methods for accomplishing this". Exposure can be from a wellspring of radiation outer to the human body or because of inner light brought about by the ingestion of radioactive pollution.

  • Planned exposure situations
  • Emergency exposure situations
  • Existing exposure situations
  • Gamma radiation exposure situations

Track 21 : Radiation Toxicity and Patient Safety

Intense radiation disorder (ARS), otherwise called radiation affliction, is an accumulation of wellbeing impacts because of introduction to high measures of ionizing radiation over a brief timeframe. Inside the primary days side effects may incorporate sickness, regurgitating, and loss of craving. This may then be trailed by a couple of hours or weeks with little manifestations. After this, contingent upon the absolute portion of radiation, individuals may create contaminations, dying, parchedness, and disarray, or there might be a period with couple of manifestations. This is at long last pursued by either recuperation or passing. The side effects can start inside one hour and may keep going for a while.

  • Washing Practice
  • Topical Corticosteroid Agents
  • Avoiding unnecessary exposure to radiation
  • Nonsteroidal  topical creams

Track 22 : Radio Immunotherapy

Radioimmunotherapy utilizes an immune response named with a radionuclide to convey cytotoxic radiation to an objective cell. In malignant growth treatment, a counter acting agent with particularity for a tumor-related antigen is utilized to convey a deadly portion of radiation to the tumor cells. The capacity for the immune response to explicitly tie to a tumor-related antigen expands the portion conveyed to the tumor cells while diminishing the portion to ordinary tissues. By its temperament, RIT requires a tumor cell to express an antigen that is one of a kind to the neoplasm or isn't open in typical cells.

  • Neurological Disorders
  • Neuromyelitis Optical
  • Optical Coherence Tomography
  • Multiple Sclerosis

Track 23 : Mammography

Bremsstrahlung is the real impact in most X-beam tubes except for x-beam tubes for mammography. The reason for mammography is to distinguish little, nonpalpable injuries in the female bosom. This requires an a lot higher picture quality than typical X-beam imaging concerning contrast and spatial goals. Since difference and goals are influenced by dissipating, mammography cylinders lessen bremsstrahlung by appropriate sifting. Besides, mammography cylinders utilize a material (Molybdenum) that delivers a practically monochrome x beam with pinnacle energies around 17 to 19 keV. This would be undesirable in normal x-beam imaging as most—if not all—of the radiation would be assimilated and not achieve the receptor. For the bosom, in any case, the utilization of low-vitality shafts expands.

  • Effects of Mammography Screening
  • Digital Mammography
  • 2D-3D Mammography
  • X-Ray Mammography

Track 24 : Radio Chemistry

Radiochemistry is the examination of radioactive materials, where radioactive isotopes of parts are used to break down the compound responses of non-radioactive isotopes (regularly inside radiochemistry the nonattendance of radioactivity prompts a substance being depicted as being inert as the isotopes are steady). A lot of radiochemistry manages the utilization of radioactivity to think about conventional synthetic responses. This is altogether different from radiation science where the radiation levels are kept too low to even think about influencing the science.

  • Alpha Radiation
  • Beta Radiation
  • Gamma Radiation
  • X-Radiation

Track 25 : Radio Isotopes

A radionuclide (radioactive nuclide, radioisotope or radioactive isotope) is an iota that has overabundance atomic vitality, making it flimsy. This abundance vitality can be utilized in one of three different ways: produced from the core as gamma radiation; moved to one of its electrons to discharge it as a change electron; or used to make and emanate another molecule (alpha molecule or beta molecule) from the core. During those procedures, the radionuclide is said to experience radioactive decay. These outflows are considered ionizing radiation since they are amazing enough to free an electron from another iota. The radioactive rot can deliver a stable nuclide or will now and again produce another temperamental radionuclide which may experience further decay.

  • Nuclear Medicine Diagnosis
  • Diagnostic Radiopharmaceuticals
  • Radiation Theraphy
  • Nuclear Medicine Theraphy

Track 26 : Pediatric Radiology

Pediatric radiology (or pediatric radiology) is a subspecialty of radiology including the imaging of babies, newborn children, kids, teenagers, and youthful grown-ups. Numerous pediatric radiologists practice at youngsters' clinics. Albeit a few ailments found in pediatrics are equivalent to that in grown-ups, there are numerous conditions which are seen distinctly in babies. The claim to fame needs to consider the elements of a developing body, from pre-term newborn children to enormous young people, where the organs pursue development examples and stages. These require particular imaging and treatment which is completed in a Children's emergency clinic, which has every one of the offices important to treat youngsters and their particular pathologies

  • Medical Use Of Radiation
  • Radiation Safety Issues
  • Teratoma
  • Osteosarcoma

Track 27 : Global Radiology

Global radiology, a subspecialty of diagnostic radiology, contains the examination and routine with regards to improving access to radiology assets in poor and creating nations, and tending to worldwide wellbeing disparities through the utilization of radiology. Like the fields of general wellbeing and worldwide wellbeing, worldwide radiology draws on and supports coordinated effort with nonmedical fortes significant to malady designs and the arrangement of therapeutic administrations, including financial advancement, biomedical innovation, building and sociologies.

Track 28 : Medical Radiography

Radiography is an imaging system utilizing X-beams, gamma beams, or comparative ionizing radiation and non-ionizing radiation to see the inner type of an article. Utilizations of radiography incorporate restorative radiography ("analytic" and "remedial") and mechanical radiography. Comparative methods are utilized in airplane terminal security (where "body scanners" by and large use backscatter X-beam). To make a picture in Conventional Radiography, a light emission beams is delivered by a X-beam generator and is anticipated toward the item. A specific measure of the X-beams or other radiation is consumed by the item, reliant on the article's thickness and auxiliary creation. The X-beams that go through the article are caught behind the item by an indicator (either photographic film or an advanced finder).

  • Head and Skull Radiography
  • Abdominal Radiography
  • Radiologic-Pathologic Correlation
  • PACS ( A picture achieving & communication system)

Track 29 : Radio Surgery

Radiosurgery is medical procedure using radiation, that is, the decimation of absolutely chosen zones of tissue utilizing ionizing radiation instead of extraction with a cutting edge. Like different types of radiation treatment (likewise called radiotherapy), it is normally used to treat malignancy. Radiosurgery was initially characterized by the Swedish neurosurgeon Lars Leksell as "a solitary high portion division of radiation, stereotactically coordinated to an intracranial district of intrigue".

  • Gamma Knife Radiography
  • LINAC System Radiography
  • Proton Beam Radiography
  • Nuerosurgery

Track 30 : Veterinary Radiology

Veterinary radiology is a propelled part of veterinary drug that has some expertise in the translation of symptomatic pictures to help find the basic reason for creature sicknesses. Similarly as people, veterinary radiologists catch and concentrate radiographic pictures of bones, organs, and veins, which can uncover breaks or a large group of different ailments, for example, joint pain, osteoporosis, pancreatitis, diabetes, and malignant growth in creatures. Utilizing imaging innovation, for example, MRI examines, CT filters, ultrasound checks, atomic prescription outputs, and X-RAY’s, vet radiologists can recognize a developing tumor, a wrecked bone, or an irregular gathering of liquid. Creatures can't talk, and this is the thing that makes treating them substantially more testing.

  • Magnetic Resonance Imaging (MRI) Scans
  • Computed Tomography (CT) Scans
  • Ultrasound Scans

Track 31 : Radio Sensitivity

The affectability of a radio recipient is a key operational parameter and it is constrained by the framework commotion. The affectability of a radio beneficiary decides the weakest sign that can be effectively collector. Regardless of whether it is a sound sign for which the listening quality break down as the sign falls into the clamor, or an information signal where the bit blunder rate rises and throughput falls.

  • Tissue Reactions
  • Stochastic Effects
  • Target Structures

Track 32 : Radiation Safety

Mechanical advances in drug have given doctors the instruments to analyze and treat maladies significantly more rapidly and precisely than they completed an age back. Analytic imaging systems are a territory where improved and increasingly accessible innovation have enormously profited patients. Be that as it may, as the utilization of indicative imaging advances has expanded, we have additionally come to welcome the dangers related with these mediations. Principal among these dangers is the potential for damage identified with overabundance presentation to ionizing radiation.

  • Avoiding unnecessary exposure to radiation

Track 33 : Elastography

Elastography is a more up to date strategy that adventures the way that an obsessive procedure adjusts the versatile properties of the included tissue. This adjustment in versatility is distinguished and imaged utilizing elastography.

  • Sono Elastography
  • Mr Elastography
  • Shear Wave Elastography
  • Strain Elastography

Track 34 : Clinical Neuroradiology

Clinical Neuroradiology gives current data, unique commitments, and audits in the field of neuroradiology. An interdisciplinary methodology is practiced by symptomatic and helpful commitments identified with related subjects.

  • Innovations in patient and community engagement in clinical trials
  • Data monitoring for trials with an adaptive design

Track 35 : Current Trends in Radiology

Quickly developing changes in the manner that human services is regulated, combined with the astounding on-going advances inside imaging, has required a survey of the manner by which radiology ought to be respected. This survey thinks of some as parts of these progressions and offers a few suggestions.

This year, AI is picking up in regard and stature among radiology experts. A year ago in Everything Rad, we revealed that AI motivated a blend of marvel and dread among the radiology network

  • Augmented Reality(AR) in Radiology

Track 36 : Future in Radiology

Molecular imaging and genomics are developing zones of radiology. Atomic imaging enables natural procedures inside the body to be seen at a cell and sub-atomic dimension. These methods enable specialists to recognize maladies at the soonest organizes and can be utilized to analyse and oversee a wide range of sicknesses and conditions. Artificial Intelligence (AI) will likewise have a significant task to carry out later on for radiology. Simulated intelligence will turn out to be a piece of radiologist every day’s work on, helping clinicians improve productivity and indicative limit. Requests for interventional radiology methods are developing year-on-year over the UK and we should prepare more specialists in interventional strategies.

  • Molecular Imaging and Genomics
  • Artificial Intelligence
  • Advancing Interventional Radiology

Learn More


Radiology Universities in Asia - Pacific:

The University of Tokyo | National University of Singapore (NUS) | Kyoto University | University of Hong Kong (HKU) | Peking University | Seoul National University (SNU) | National Taiwan University (NTU) | Osaka University | Tsinghua University | The Chinese University of Hong Kong (CUHK) | Fudan University | The Hong Kong University of Science and Technology (HKUST) | Taipei Medical University | Mahidol University | KAIST - Korea Advanced Institute of Science and Technology | Yonsei University | Shanghai Jiao Tong University | Nanyang Technological University (NTU) | Chulalongkorn University | Tohoku University | Tokyo Medical and Dental University | Kyushu University | Nagoya University | Hokkaido University | Sungkyunkwan University | University of Science and Technology of China | Pohang University of Science and Technology (POSTECH) | Korea University | University Malaya (UM) | Zhejiang University | Keio University | Indian Institute of Science | Tokyo Institute of Technology | University Kebangsaan Malaysia (UKM) | University  Sains Malaysia (USM) | Beijing University of Chinese Medicine | National Tsing Hua University | Nanjing University | Kyung Hee University | National Yang Ming University | University of Indonesia | University of the Philippines | University of Tsukuba | Bandung Institute of Technology (ITB) | Hanyang University | Indian Institute of Technology Bombay (IITB) National University of Singapore (NUS) | Kyoto University | National Cheng Kung University | University Putra Malaysia (UPM) | Beijing Institute of Technology | University of Delhi

Radiology Universities in Europe:

University of Aberdeen School of Medicine | Kingston University Radiography | London South Bank University Allied Health Sciences| University of Nottingham School of Medicine | University of Surrey | University of Cambridge, Radiology | University of Cambridge | Trinity College Dublin, School of Medicine | University of Hertfordshire | King's College London, University of London | University of Leicester | University of Liverpool | University of Manchester | National University of Ireland, Galway | Sheffield Hallam University | Cardiff University | University of Leeds | University of NewCastle | Birmingham City University | De Montfort University | Keele University | University of Portsmouth | University of Plymouth | University of Salford | The University of Queensland  | The Hong Kong University of Science and Technology (HKUST) | Taipei Medical University | Mahidol University | KAIST - Korea Advanced Institute of Science and Technology | Yonsei University | Shanghai Jiao Tong University | Nanyang Technological University (NTU) | Chulalongkorn University

Radiology Universities in USA:

Duke University | Georgetown University | MCPHS University | University of North Carolina at Chapel Hill | Emory University | Boston University | University of Washington-Seattle Campus | Ohio State University-Main Campus | Misericordia University | Saint Louis University | University of Minnesota-Twin Cities | Stony Brook University | Quinnipiac University | University of Iowa | Drexel University | Rutgers University-New Brunswick | Howard University | University of Vermont | St John's University-New York | Widener University-Main Campus | Xavier University |  | Clarkson College | Molloy College | Pima Medical Institute-Tucson | University of Massachusetts-Lowell | University of Missouri-Columbia | University of St Francis | St Catherine University | University of Kentucky |Ball State University | Virginia Commonwealth University | Nebraska Methodist College of Nursing & Allied Health | Augusta University

Radiology Universities in Middle East:

Anglia Ruskin University | Bangor University | University of Bradford | Canterbury Christ Church University | Cardiff University | University of Derby | University of Edinburgh | Glasgow Caledonian University | Kingston University | London South Bank University | Nottingham Trent University | University of Surrey | Birmingham City University | Trinity College Dublin | University College Dublin | ALNISOUR University College | Iraq University College | College of dentistry and Medicine, University of Dohuk | University of Baghdad Al-Kindy College of Medicine | Hawler Medical Institute | Madenat Alelem University College | University of Kurdistan Hewler (UKH) | Mosul College of Medicine | University of Baghdad-College of Medicine | Basrah University College of Science and Technology | Alsalam University College | University of Anbar | Tikrit University | University of Kufa | University of Thi-Qar | University of Sulaimania | The presidency of the University of Basra


Radiology | American Journal of Roentgenology | European Radiology | Journal of the American College of Radiology | Indian Journal of Radiology and Imaging | Journal of Medical Imaging and Radiation Oncology | Abdominal Radiology | Investigative Radiology | CardioVascular and Interventional Radiology | Skeletal Radiology | Acta Radiologica | Human Brain Mapping | Pediatric Radiology | Imaging in Medicine | RadioGraphics | Oral Surgery, Oral Medicine, Oral Pathology, and Oral Radiology | Clinical Oncology | Biomedical Imaging and Intervention Journal | Clinical Imaging | Clinical Radiology  | Concepts in Magnetic Resonance Part A | European Journal of Radiology | European Radiology | Human Brain Mapping | JACC Cardiovascular Imaging | Journal of Computer Assisted Tomography | Journal of Magnetic Resonance Imaging | Journal of Radiotherapy in Practice | European Radiology | Journal of the American College of Radiology | Indian Journal of Radiology and Imaging | Journal of the American College of Radiology | Medical Image Analysis | New England Journal of Medicine | Seminars in Nuclear Medicine | Seminars in Roentgenology | Seminars in Ultrasound, CT, and MRI | The British Journal of Radiology | The Journal of Nuclear Medicine | The Lancet | Ultrasound in Medicine and Biology | X-Ray Spectrometry | Journal of American College of Radiology | Medical Image Analysis | Skeletal Radiology | Acta Radiologica | Human Brain Mapping | Pediatric Radiology | Imaging in Medicine


Radiology Jobs in Asia - Pacific:

Consultant Ophthalmologist | Interventional Radiologist | Abdominal Radiologist | Pediatric Radiologist | Consultant Anesthesiologist/Radiology Department | Physician-Pediatric Neuro Imaging | Radiology Services Consultan | Sonographer | Radiologist-Roland And Associates | FRCR Radiologist Tanqeeb | Aesthetic Clinic Nurse / Therapist | Consultant Cardiologist-OHR | Radiation Therapist | D Radiation Therapist | Radiographer  | Consultant Radiologist | Radiographer | Physician–Radiologist/Interventional Radiology | Senior Ultrasound Technician | Senior Technologist, Ultrasound  | Interventional Radiology Consusltant | Radiologist Doctors | Radiographer-Mercans | Diagnostic Radiology Technician | Diagnostic Radiology Technologist | Physician-Pediatric Neuro Imaging | Radiology Services Consultan | Dermatology Consultant | Sonographer/Ob&GyneIR/Interventional Radiologist | Abdominal Imaging Radiologist | Radiation Oncologist | Phaco development specialist | Radiology Technology Specialist | Technologist-Ultrasound | CT Scan Radiographer | X Ray Technician | Specialist Physician | Radiology Doctor | Specialist Radiologist | Product Specialist–Surgical Instruments | Ophthalmologist

Radiology Jobs in USA:

Physician Assistant-Abdominal Radiology | Radiology Assistant | Radiology Manager | Medical Receptionist–Radiology | Interventional Radiology | Interventional Radiology Technologists | Radiology Practitioner Assistant | Radiology Coding Associate | Radiology RN | Radiology Scheduler  | Radiology Technologist-CT/MRI | CT Technologist-Imaging-Radiology | PI-Pediatric Interventional Radiologist | Breast Imager | CT/X-Ray Technologist | Radiologist-Breast Imaging | Supervisor imaging | Consultant Cardiologist-OHR | Radiation Therapist | D Radiation Therapist | Radiographer  | Consultant Radiologist | Radiographer | Physician–Radiologist/Interventional Radiology | Senior Ultrasound Technician | Senior Technologist, Ultrasound  | Interventional Radiology Consusltant | Radiologist Doctors | Mammography Technologist | MSK Radiologist | Radiologist–Emergency | Acute RAD Tech | Veterinary Technician/Assistant | Ultrasound Technologist–Float | Ultrasound Technologist | Associate Veterinarian Falls | CT Technologist | Dental Assistant | Ultrasound Tech PRN | Imaging Services Tech | Nuclear Medicine Tech (PD)-Reg | Scheduler–Radiology | CT Technologist-Imaging-Radiology | Senior Ultrasound Technician | CT/X-Ray Technologist

Radiology Jobs in Europe:

Consultant in General Radiology and GI Imaging | Consultant in General Radiology and Non Vascular Interventional | Consultant Radiologist with Oncology |Consultant Cardiologist-OHR | Radiation Therapist | D Radiation Therapist | Radiographer  | Consultant Radiologist | Radiographer | Physician – Radiologist/Interventional Radiology | Senior Ultrasound Technician | Senior Technologist, Ultrasound  | Interventional Radiology Consusltant | Radiologist Doctors | Consultant in GI/HPB Radiology | Consultant Radiologist | Consultant Thoracic Radiologist | Consultant Radiologist | Locum Consultant Radiologist  | Senior Clinical Advisors | Senior Clinical Lecturer in Radiology (Body Imaging) | Medical doctor – Radiology | Specialist Doctor in Radiology | Neuroradiology Consultant | Specialist in orthopaedic | General Surgery and Specialist in Radiology | Radiology Practitioner Assistant | Radiology Coding Associate | Radiology RN | Radiology Scheduler  | Radiology Technologist - CT / MRI | CT Technologist - Imaging – Radiology | PI- Pediatric Interventional Radiologist

Radiology Jobs in Middle-East:

Sonographer | Radiologist - Roland And Associates | FRCR Radiologist Tanqeeb | Aesthetic Clinic Nurse / Therapist | Consultant Cardiologist - OHR | Radiation Therapist | D Radiation Therapist | Radiographer  | Consultant Radiologist | Radiographer | Physician – Radiologist/Interventional Radiology | Senior Ultrasound Technician | Senior Technologist, Ultrasound  | Interventional Radiology Consusltant | Radiologist Doctors | Radiographer - Mercans | Diagnostic Radiology Technician | Diagnostic Radiology Technologist  | Dermatology Consultant |Radiology Practitioner Assistant | Radiology Coding Associate | Radiology RN | Radiology Scheduler  | Radiology Technologist - CT / MRI | CT Technologist - Imaging – Radiology | PI- Pediatric Interventional Radiologist | Breast Imager | CT/X-Ray Technologist | Radiologist - Breast Imaging | Supervisor imaging | Consultant Cardiologist - OHR | Radiation Therapist | D Radiation Therapist | Radiographer  | Consultant Radiologist | Radiographer | Physician – Radiologist/Interventional Radiology | Senior Ultrasound Technician | Senior Technologist, Ultrasound  | Interventional Radiology Consusltant | Radiologist Doctors | Consultant in GI/HPB Radiology | Consultant Radiologist | Consultant Thoracic Radiologist | Consultant Radiologist

Media Partners/Collaborator

A huge thanks to all our amazing partners. We couldn’t have a conference without you!


A huge thanks to all our amazing partners. We couldn’t have a conference without you!

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