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Canada Meetings on Vascular and Interventional Radiology, will be organized around the theme “An Insight into Innovative Approaches in Vascular, Interventional & Radiology”

Interventional Radiology 2019 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Interventional Radiology 2019

Submit your abstract to any of the mentioned tracks.

Register now for the conference by choosing an appropriate package suitable to you.

Image-guided robotic interventions are medical procedures that integrate sophisticated robotic and imaging technologies, primarily to perform minimally invasive surgery. This integrated technology approach offers distinct advantages for both patients and physicians.

  • Track 1-1Robotic prostatectomy
  • Track 1-2Ablation techniques for early cancers
  • Track 1-3Orthopedics

In radiation therapy (also called radiotherapy), invisible high-energy rays or beams of subatomic particles are used to damage cancer cells and can stop them from growing and dividing. This ultimately can kill the cancer cells treated with radiation. A specialist in radiation therapy is called a radiation oncologist.

The radiation therapy channel covers all aspects of radiation oncology technology. Radiation therapy includes linear accelerators (LINAC), proton therapy, brachytherapy, image guided radiation therapy (IGRT), focused ultrasound, stereotactic body radiation therapy (SBRT), intensity modulated radiation therapy (IMRT), treatment planning systems and tomotherapy.

 

  • Track 2-1Brachytherapy
  • Track 2-2Tomotherapy
  • Track 2-3Palliative radiotherapy
  • Track 2-43D conformal radiotherapy
  • Track 2-5Immunotherapy
  • Track 2-6Image guided radiation therapy (IGRT)
  • Track 2-7Stereotactic body radiotherapy
  • Track 2-8Intensity modulated radiation therapy (IMRT)
  • Track 2-9Stereotactic radiosurgery
  • Track 2-10Proton therapy
  • Track 2-11Intraoperative radiation therapy
  • Track 2-12Cancer tumor

Cancer research encompasses a variety of types and interdisciplinary areas of research. Scientists involved in cancer research may be trained in areas such as chemistry, biochemistry, molecular biology, physiology, medical physics, epidemiology, and biomedical engineering. Research performed on a foundational level is referred to as basic research and is intended to clarify scientific principles and mechanisms. Translational research aims to elucidate mechanisms of cancer development and progression and transform basic scientific findings into concepts that can be applicable to the treatment and prevention of cancer. Clinical research is devoted to the development of pharmaceuticals, surgical procedures, and medical technologies for the eventual treatment of patients.

 

 

A diagnostic radiologist uses x-rays, radionuclides, ultrasound, and electromagnetic radiation to diagnose and treat disease. Training required is five years: one year of clinical training, followed by four years of radiology training. The majority of trainees complete an additional year of training during a fellowship. A diagnostic radiologist who wishes to specialize in one of the six areas listed below must first certify in diagnostic radiology.

 

  • Track 4-1Abdominal Imaging
  • Track 4-2Thoracic Imaging
  • Track 4-3Pediatric Radiology
  • Track 4-4Neuroradiology
  • Track 4-5Musculoskeletal Imaging
  • Track 4-6Maxillofacial Radiology
  • Track 4-7Emergency Radiology
  • Track 4-8Head & Neck Radiology
  • Track 4-9Cardiac Imaging
  • Track 4-10Breast Imaging
  • Track 4-11Molecular Imaging

The discipline of medical physics includes the three specialty areas of diagnostic medical physics, nuclear medical physics, and therapeutic medical physics. Medical physicists support the diagnosis and treatment of disease through their understanding of the underlying scientific principles of imaging and therapeutic processes. They use this knowledge to perform or supervise technical aspects of procedures to ensure safe and effective delivery of radiation for diagnostic or therapeutic purposes. The type of training varies per specialty area.

  • Track 5-1Diagnostic Medical Physics
  • Track 5-2Nuclear Medical Physics
  • Track 5-3Therapeutic Medical Physics

Interventional radiology is a medical specialty to fame in which its trained physicians perform minimally invasive procedures to analyze and treat different diseases. Interventional radiologists are prepared to utilize image-guided technology, for example, X-rays, computed tomography (CT) scans and magnetic resonance imaging (MRI) to put a catheter inside the body and treat patients non- surgically. As a choice to open surgery, interventional radiology strategies may decrease risk, pain and recovery time for patients.

 

  • Track 6-1Ultrasound
  • Track 6-2Magnetic resonance imaging
  • Track 6-3Computed tomography
  • Track 6-4Fluoroscopy
  • Track 6-5X-ray

Interventional oncology is a type of cancer care performed by specially trained radiologists called interventional radiologists. They use advanced imaged-guided techniques such as CT, fluoroscopy (live X-ray) or ultrasound to deliver treatment through a small skin puncture.

Interventional oncology targets cancer and/or the pain it causes. These procedures are often used with standard cancer treatments such as surgery, chemotherapy and radiation and may reduce pain and/or extend life. For certain types of tumors, interventional oncology procedures can be curative.

 

  • Track 7-1Ablation techniques
  • Track 7-2Diagnostic techniques
  • Track 7-3Embolisation techniques
  • Track 7-4Palliative techniques

Diagnostic imaging, also called medical imaging, the use of electromagnetic radiation and certain other technologies to produce images of internal structures of the body for the purpose of accurate diagnosis. Diagnostic imaging is roughly equivalent to radiology, the branch of medicine that uses radiation to diagnose and treat diseases. However, other technologies including ultrasound, which employs sound waves to visualize tissues, and endoscopy and similar methods in which a flexible optical instrument is equipped with a camera for imaging may also be used.

 

  • Track 8-1Optical Imaging
  • Track 8-23D printing
  • Track 8-3Hybrid Imaging
  • Track 8-4Artificial intelligence
  • Track 8-5Projection (plain) radiography
  • Track 8-6Computed tomography
  • Track 8-7Ultrasound
  • Track 8-8Magnetic resonance imaging
  • Track 8-9Nuclear medicine
  • Track 8-10Fluoroscopy
  • Track 8-11Mammography
  • Track 8-12Positron emission tomography

Interventions for Cardiac and vascular system are catheter-based procedures often used to open blocked blood vessels in people with heart and peripheral vascular diseases. Vascular intervention is a minimally invasive procedure used to treat peripheral artery disease, which causes plaque buildup in the arteries leading to the intestines, head, arms and most commonly the legs.

Vascular procedures like angioplasty, stenting, aortic aneurysm repair, dialysis access, perpheral vascular intervention, surgical bypass, thrombectomy, varicose vein treatment etc.,

 

  • Track 9-1Angioplasty and stenting
  • Track 9-2Lower extremity revascularization
  • Track 9-3Peripheral vascular interventions, including peripheral angioplasty
  • Track 9-4Thrombectomy
  • Track 9-5Atherectomy
  • Track 9-6Endovascular stent grafting
  • Track 9-7Endovascular aortic reconstruction
  • Track 9-8Vein ablations for varicose veins
  • Track 9-9Heart valve repair and replacement
  • Track 9-10Transcatheter aortic valve replacement (TAVR)
  • Track 9-11Mitral valve repair and replacement
  • Track 9-12Carotid artery stenting
  • Track 9-13Carotid endarterectomy

Interventional neuroradiology is a subspecialty of interventional radiology which involves using medical imaging tests in diagnosing and treating diseases of the central nervous system, head, neck and spine. Interventional neuroradiologists use cutting edge imaging and guidance techniques to guide catheters (very fine plastic tubes) and other tiny instruments around the arteries and veins in the head, neck or spine to treat conditions such as strokes or aneurysms.

Interventional neuroradiology is used to treat:

Head, neck and spinal tumors through embolization and some of the more common conditions which are treated by neurointerventoinal techniques include cerebral (Brain) aneurysms, brain arteriovenous malformations, and brain dural fistulas.

 

  • Track 10-1Acute ischemic stroke
  • Track 10-2Hyperparathyroidism
  • Track 10-3Cushing’s syndrome
  • Track 10-4Spinal AVMS and spinal DAVFS
  • Track 10-5Retinoblastomas
  • Track 10-6Pulsatile tinnitus
  • Track 10-7Intracranial atherosclerosis
  • Track 10-8Dural arteriovenous fistula (DAVF)
  • Track 10-9Dissection of carotid and vertebral arteries
  • Track 10-10Carotid artery disease and stenosis
  • Track 10-11Brain tumors: pre-operative embolization
  • Track 10-12Brain aneurysms: ruptured and unruptured
  • Track 10-13Birthmarks and vascular malformations
  • Track 10-14Arteriovenous malformations (AVMS)
  • Track 10-15Acute hemorrhagic stroke
  • Track 10-16Complex partial seizure

Pediatric interventional radiology (IR) is a medical field that specializes in minimally invasive diagnostic or therapeutic procedures using imaging guidance, in children. Interventional radiology suites for minimally invasive studies such as catheter-based angiography and fluoroscopy. IR can also use other imaging guidance such as ultrasound, CT and MRI to precisely deliver medication to an area of the body or to perform minimally invasive procedures rather than surgery. These types of procedures can reduce complications, reduce the risk of infection, require a shorter hospital stay and result in faster recuperation.

A few examples of pediatric interventional procedures include:

Guiding instruments into the tissue to take a sample in order to diagnose infection or tumor (biopsy or aspiration)

Placing a tube into a blood vessel, organ or fluid collection to remove or replace fluids (venous access, -ostomy tube or drainage)

Guiding small instruments into the body to directly deliver materials (such as medications, radiofrequency energy or laser) to destroy cancer or other abnormal tissues without harming the healthy tissues, by treating at the source of the disease (chemoembolization, sclerotherapy or ablation).

 

  • Track 11-1Access, such as line placement or angiograms
  • Track 11-2Arterial interventions
  • Track 11-3Venous interventions
  • Track 11-4Vascular malformation treatment
  • Track 11-5Ablations
  • Track 11-6Biopsies
  • Track 11-7Feeding tubes
  • Track 11-8Trauma conditions

Interventional musculoskeletal procedures are becoming increasingly popular in both the academic setting and private practice setting. There are two main types of musculoskeletal interventions: those that are minimally invasive and the more advanced procedures. The procedures included in the minimally invasive list include MR and CT arthrography, ultrasound-guided injections or softtissue biopsies, and spine pain injections. Typical advanced musculoskeletal interventions include bone biopsies, vertebroplasty, and tumor ablation.

 

  • Track 12-1Vertebral fractures
  • Track 12-2Bone tumors
  • Track 12-3Back and neck pain
  • Track 12-4Ligaments and tendons
  • Track 12-5Vascular malformations
  • Track 12-6Anthrography
  • Track 12-7Vertebroplasty

Interventional radiology is a safe, less invasive therapy with less recovery time compared with open surgery. Gastroenterology is a specialty that is linked to interventional radiology.

Procedures performed by interventional radiology for gastrointestinal-related malignancies. The cases include portal vein recanalization, biliary drain placement, and stenting in the setting of obstructive malignancy as well as celiac plexus cryoablation/block for chronic pain relief (i.e., pancreatic cancer). Also, percutaneous decompression gastrostomy tube (PDGT) placement for patients with malignant bowel obstruction and pleural/abdominal drainage catheters for malignant effusions. Furthermore ablations, chemo and radio-embolization, and bland embolization of hepatic tumors. Procedures such as kyphoplasty, vertebroplasty, and ablation of osseous metastasis for pain relief.

 

  • Track 13-1Gastrostomy/gastrojejunostomy tube placement
  • Track 13-2Percutaneous cholecystostomy
  • Track 13-3Portal vein recanalization
  • Track 13-4Percutaneous decompression gastrostomy tube
  • Track 13-5Pleural/abdominal drainage catheters
  • Track 13-6Stenting

Genitourinary interventions are used to treat urinary tract problems that block the flow of urine from the kidneys and bladder. They may be used to:

Interventional radiologists offer several image-guided, minimally invasive treatment options to relieve urinary problems. The treatments often take advantage of special imaging technologies such as ultrasound as well as fluoroscopy, which uses X-rays to create real-time, moving images of structures inside the body. Treatment options include: Ureteral Stenting, nephrostomy, suprapubic catheterization, dilation of narrowed or blocked urinary tract, Ablation or obliteration of cysts, lymphoceles, fallopian tube recanalization for infertility.

 

  • Track 14-1Percutaneous nephrostomy
  • Track 14-2Ureteral stents
  • Track 14-3Varicocele embolization

Hepatobiliary problems benefit from interventional radiology (IR) techniques. First-line modern imaging modalities, such as duplex ultrasonography, 3 and 4 phasic CT scan, and high-resolution MRI, have revolutionized the diagnosis and management of hepatobiliary diseases. Pioneers in this field have performed IR procedures, such as transjugular intrahepatic portosystemic shunt (TIPS), transjugular liver biopsy (TJLB), biliary stent, and embolotherapy, for the hepatobiliary system.

 

  • Track 15-1Transjugular intrahepatic portosystemic shunts (TIPS)
  • Track 15-2Portal vein embolization
  • Track 15-3Percutaneous transhepatic cholangiography (PTC)
  • Track 15-4Percutaneous biliary drains (PTBD)
  • Track 15-5Biliary drain placement

Interventional pulmonology is a relatively new field in pulmonary medicine. Interventional pulmonology uses endoscopy and other tools to diagnose and treat conditions in the lungs and chest. Cardiothoracic and other surgeons also routinely perform interventional pulmonology procedures which include bronchoscopy, bronchoalveolar lavage, biopsy of lung or lymph node, bronchial stent, balloon bronchoplasty, pleuroscopy, thoracentesis, pleurodesis, indwelling pleural catheter, bronchoscopic thermoplasty.

Two recent advances in technology are extending the reach of interventional pulmonology procedures: Endobronchial ultrasound system (EBUS) & Electromagnetic navigation bronchoscopy.

 

  • Track 16-1Pulmonary angiography
  • Track 16-2Bronchial angiography and embolization
  • Track 16-3Pulmonary embolus thrombolysis

Devices used in Interventional Radiology are Atherectomy systems, Balloons: Drug coated, CTO systems, Catheters: Balloon, drainage, Detachable colis portfolio, Guidewires, Stents: Gastrointestinal, vascular, Thrombectomy systems, Embolization.

 

  • Track 17-1Catheters
  • Track 17-2Guidewires
  • Track 17-3Stents
  • Track 17-4Balloons

Interventional radiology producers also help to manage the pain, particularly for patients experiencing certain types of spine and neck pain.

Kyphoplasty and vertebroplasty are minimally invasive procedures used to relieve the pain from a vertebral fracture, especially if it does not improve after several weeks of pain medication and treatment with a brace. Both vertebroplasty and kyphoplasty procedures involve placing cement into the fractured vertebra through small incisions in the skin under x-ray guidance.

 

  • Track 18-1Vertebroplasty
  • Track 18-2Kyphoplasty

There are many different classes of medications used by the interventional radiologist which have an effect on and are useful during the pre-, peri-, intra-, and post-procedural settings. It is important to be aware of the medications likely to be used by the interventional radiologist, medications a patient may be taking prior to the procedure and possible interactions with the procedure. In the pre-procedural setting, important classes of medications to be aware of include anticoagulants, prophylactic antibiotics, and contrast media. In the intra-procedural setting, vasoactive substances, gastric motility agents, sedative agents, analgesics, and local anesthetic agents are important. There are several classes of medications that may be used in the post-procedural setting including analgesic agents, antimicrobial agents, antiemetic agents, and anticoagulants.

 

  • Track 19-1Anticoagulants
  • Track 19-2Antiemetics
  • Track 19-3Antimicrobials
  • Track 19-4Anesthetics
  • Track 19-5Analgesics
  • Track 19-6Gastric motility sedatives
  • Track 19-7Vasoactives
  • Track 19-8Contrast media
  • Track 19-9Prophylactic antibiotics
  • Track 19-10Anticoagulants

Nuclear medicine is a subspecialty of radiology which involves the use of radioactive medication (radiopharmaceuticals) to diagnose and treat disease. These radioactive materials are usually injected into a vein. A gamma camera tracks the movement of the radiopharmaceuticals from outside the body by detecting the gamma radiation emitted by the medication. Depending on the type of test, two or three dimensional images of the internal body can be created.

Radiopharmaceuticals can be used to treat hyperthyroidism, thyroid cancer, solid tumours and bone metastases.

 

  • Track 20-1Computed tomography (CT)
  • Track 20-2Positronemission tomography (PET)
  • Track 20-3Single photon emission computed tomography (SPECT)
  • Track 20-4Radiopharmaceuticals

The application of ionizing radiation in medicine seems to be a safe procedure for patients as well as for occupational exposition to personnel. The developments in interventional radiology with fluoroscopy and dose-intensive interventions require intensified radiation protection. It is recommended that all available tools should be used for this purpose. Besides the options for instruments, x‑ray protection at the intervention table must be intensively practiced with lead aprons and mounted lead glass. A special focus on eye protection to prevent cataracts is also recommended.

 

  • Track 21-1Radiation physics
  • Track 21-2Sources of radiation exposure
  • Track 21-3Radiation dose reduction
  • Track 21-4Radiation biology
  • Track 21-5Assessment of radiogenic tumor risk

Embolization may often be used to treat internal bleeding and help prevent heavy bleeding during surgery. In some cases, embolization may be a treatment option for difficult-to-reach, inoperable tumors. It may also be used to treat tumors that are too large to be ablated.

Embolization may be used to treat: Liver cancer, Metastatic cancer in the liver, Kidney cancer, Neuroendocrine tumors, Uterine fibroids, Aneurysms. Examples of embolization procedures for liver cancer or other cancers that spread to the liver include chemoembolization and radioembolization therapies (e.g., SIR-Spheres, TheraSphere).

 

  • Track 22-1Internal bleeding
  • Track 22-2Aneurysms
  • Track 22-3Abnormal blood vessels
  • Track 22-4Gastrointestinal bleeding
  • Track 22-5Vascular malformations
  • Track 22-6Arteriovenous malformations
  • Track 22-7Venous and lymphatic malformations

Interventional Radiology nurses are responsible for assessment and care of patients undergoing invasive procedures or receiving sedation in the Department of Radiology. IR nurses work collaboratively with all members of the interdisciplinary IR team and offer innovative diagnostic tests and life-saving treatments for a diverse patient population.