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2nd World Congress on Medical Imaging and Clinical Research , will be organized around the theme “Inspiring Innovations and Interactive discussions Medical Imaging and Clinical Research”

Medical Imaging and Clinical Research 2017 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Medical Imaging and Clinical Research 2017

Submit your abstract to any of the mentioned tracks.

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The global radiology information system market has been segmented based on component, type, deployment mode, geography and end user. It analyses competitive developments, such as joint ventures, alliances, mergers & acquisitions in the global market.

Furthermore, the rising number of health related cases like age-related disorders and trauma patients has increased the patient flow and has generated the need of information systems globally. 

Related Topics :

•        Computed tomography (CT)

•        Contrast studies (Radiopaque materials )

•        Gamma camera in  radiopharmaceuticals

•        Gamma rays in tracer studies

•        Radioactivity

•        Interventional radiology

•        Ionization X-rays

•        Radioactive tracer studies

•        Magnetic resonance imaging (MRI)

•        Nuclear medicine

  • Track 1-1The Growth of Radiology
  • Track 1-2Current trends in Radiology
  • Track 1-3Cost and Value in Radiology
  • Track 1-4The Market of Radiology
  • Track 1-5Radiology Industry trends
  • Track 1-6Fat Segmentation in Magnetic Resonance Images
  • Track 2-1Clinical research and Trials on HIV/AIDS
  • Track 2-2Brain, Spine, Lung, Kidney, Blood, Skin and all other cancers research and trials
  • Track 2-3Breast cancer research and trials
  • Track 2-4Diabetes Mellitus Type 1 Clinical Trials
  • Track 2-5Diabetes Mellitus Type 2 Clinical Trials

Medical Image Processing  meet challenges and provides an enduring bridge in the ever expanding field of medical imaging. It serves as an authoritative resource and self-study guide explaining sophisticated techniques of quantitative image analysis, focusing on medical applications. It emphasizes the conceptual framework of image analysis and the effective use of image processing tools.

Related Topics :

•        Positron emission tomography (PET)

•        Radioimmunoassay

•        Radioisotope

•        Radiolabeled compound

•        Radiolucent

•        Radionuclide

•        Radiopaque

  • Track 3-1Rapid Prototyping of Image Analysis Applications
  • Track 3-2Seeded Segmentation Methods for Medical Image Analysis
  • Track 3-3Deformable Models and Level Sets in Image Segmentation
  • Track 4-1 Phases of clinical trials
  • Track 4-2Innovations in patient and community engagement in clinical trials
  • Track 4-3Data monitoring for trials with an adaptive design
  • Track 4-4Heterogeneity of treatment effect in randomized clinical trials
  • Track 4-5Treating different ailments by clinical trials
  • Track 4-6Pre-clinical research leading to clinical trials

Radiography uses electromagnetic radiation to view the interior parts of the human body. An X-ray generator produces a heterogenous beam projected towards the object and are captured by a detector behind the object that provides a superimposed 2D images of the internal structures of body. Radiography applications include industrial radiography and medical radiography. Medical radiography means the object that is being examined is living. The rest other radiography is regarded as industrial computed tomography or industrial radiographic work. There are over 10,000 hospitals worldwide that uses radioisotopes in medicine. 

Related Topics :

•        Radiopharmaceutical

•        Radioactive drug

•        CT Scan

•        Single photon emission computed tomography (SPECT)

•        Transducer

•        Ultrasonography

  • Track 5-1Fluoroscopy
  • Track 5-2Projectional radiographs
  • Track 5-3Direct digital radiography
  • Track 5-4Applications of Radiography
  • Track 5-5Advances in chest radiography
  • Track 6-1Embracing the clinical trial of the future
  • Track 6-2Designing the clinical trial of the future
  • Track 6-3The good, the bad and the ugly of clinical trials
  • Track 6-4Cloud based medical image management for clinical trials
  • Track 6-5Clinical development of the future
  • Track 6-6Clinical trial site of the future
  • Track 6-7Mobile technology
  • Track 6-8Paperless Clinical Trials

Nuclear medicine is an endoradiology that uses radioactive substances and records the radiation that emits from within the body in order to diagnose and treat the diseases. For the diagnosis radiopharmaceuticals are taken internally either orally or intravenously. External detectors also called as gamma cameras capture and then form images by the use of radiopharmaceuticals from its radiation emitted.

Related Topic 

•        Ventilation-perfusion studies

•        Radiologist

•        Nuclear Medicine physician

•        Radiographer

•        Nuclear Medicine technologist

•        Sonographer

•        Radiologic technicians

  • Track 7-1Scintigraphy
  • Track 7-2SPECT
  • Track 7-3Emerging nuclear medicine priorities
  • Track 8-1Data types and data processing techniques
  • Track 8-2Advanced products in data management
  • Track 8-3Bayesian data analysis
  • Track 8-4Sequential treatment factors for controlled trials

This technique is widely used as compared to conventional tomography because it can readily image both hard and soft tissues while conventional tomography is poor at imaging soft tissues.

Related Topics : 

•        Radiologist Assistant

•        X-ray technician

•        Upper GI series

•        Barium enema study (BE)

•        Small Bowel follow-through

•        Double-Contrast study

•        Angiography

  • Track 9-1Positron emission tomography (PET)
  • Track 9-2Positron emission tomography (PET)
  • Track 9-3Magnetic resonance imaging (MRI)
  • Track 10-1Case reports dealing with the use of novel technologies
  • Track 10-2Case reports in oncology, diabetes and cardiovascular diseases
  • Track 10-3Dermatology, gastroenterology, Nephrology, pulmonology and urology case reports
  • Track 10-4Case reports in neurology, ophthalmology, obstetrics and gynecology

Elastography is used for the diagnostic information of the tissue whether hard or soft. It is used to investigate cancerous tumours or diseases associated with liver. This modality uses magnetic resonance imaging ( MRI) or ultrasound to make an anatomical image and stiffness map for comparison. 

Related Topics :

•        Coronary angiography

•        Cholangiography

•        Endoscopic retrograde cholangiopancreatography (ERCP)

•        Intraoperative cholangiography

•        Percutaneous transhepatic cholangiography

•        Digital subtraction angiography (DSA)

  • Track 11-1Ultrasound
  • Track 11-2Ultrasound elastography for thyroid nodules
  • Track 11-3Breast ultrasound imaging

Cancer which is the abnormal growth of cells has the potential to spread to other parts of the body. The researchers are developing new therapies and with the help of imaging technologies, it is developing a way to restrict the growth of cells. Medical imaging aims in the management of patients with cancer. 

  • Track 12-1 Multiparametric magnetic resonance imaging (mp-MRI) in management of prostate cancer
  • Track 12-2Role of CT, MRI, US and PET in liver cancer imaging
  • Track 12-3Role of CT, MRI, US and PET in liver cancer imaging
  • Track 12-4Role of Annexin A5 Imaging in cancer treatment
  • Track 12-5Detection of breast cancer by mammography screening
  • Track 12-6PET/CT scans for cancer
  • Track 12-7Cancer prognosis
  • Track 13-1Building an action plan in CTS
  • Track 13-2Globalization & Outsourcing
  • Track 13-3Fundamentals of outsourcing in clinical devices
  • Track 13-4Strategic or tactical outsourcing

The term molecular imaging is originated from the field of radiopharmacology to understand the molecular pathways inside organisms in a noninvasive manner. It helps in the visualisation of the cellular function and follow up the molecular process in living organisms. This technique enables the diagnosis of diseases such as neurological, cardiovascular diseases and cancer. This technique uses biomarkers to help image particular targets or pathways. 

Related Topics 

•        Hysterosalpingography

•        Myelography

•        Pyelography

•        Urography

•        Computed Radiography (CR)

•        Direct Radiography (DR)

•        Fluoroscopy

  • Track 14-1Nuclear Molecular Imaging with nanoparticles
  • Track 14-2Molecular Imaging in cancer treatment
  • Track 14-3Cardiovascular molecular imaging
  • Track 14-4 Current molecular imaging strategies

Pathology imaging mainly aims to image anatomic pathology to diagnose and improve the patients lives. This will enable greater access for Pathologists to know about the scanners for real time viewing of the image and the précised image will improve the clinical and medical imaging, reproducibility and research productivities. 

  • Track 15-1Digital Imaging
  • Track 15-2Treatment of Langerhan’s cell histiocytosis
  • Track 15-3Treatment of Hepatocellular carcinoma (HCC)
  • Track 15-4To assess white matter signal abnormalities ( WMSAs)
  • Track 15-5To assess white matter signal abnormalities ( WMSAs)
  • Track 16-1Innovative approaches to patient recruitment
  • Track 16-2Innovative partnering in clinical research
  • Track 16-3Randomized placebo- controlled trials

The merging of imaging modalities such as PET/CT, PET/SPECT and PET/MRI helps in providing more full gamut of imaging scans with improved capacity to discriminate normal from abnormal tissues and produces co -registered images. 

Topic Related : 

•        Radiofrequency ablation

•        Sonogram

•        Echocardiography

•        Doppler ultrasound

•        Color flow imaging

•        Endoscopic ultrasonography

•        Gadolinium (Gd) : contrast agent

•        Posteroanterior view (PA)

  • Track 17-1SPECT/CT and PET/CT
  • Track 17-2PET & SPECT in cardiovascular molecular imaging
  • Track 17-3Future prospects of hybrid imaging technology
  • Track 17-4Future prospects of hybrid imaging technology
  • Track 17-5PET/MRI versus PET/CT Hybrid
  • Track 18-1Research and Studies on wounds and injuries
  • Track 18-2Clinical trials on rare diseases
  • Track 18-3Medical Devices Clinical Trials
  • Track 18-4Research and Trials on Cardiovascular diseases and devices
  • Track 18-5Trials on digestive system and respiratory system diseases
  • Track 18-6Asthma Clinical Trials
  • Track 18-7Research and Trials on behaviors, mental, eating and sleep disorders
  • Track 18-8Studies on parasitic, viral, bacterial and fungal diseases
  • Track 18-9Design for predictive bio marker validation

Its ability to faster imaging yield better information and the imaging technologies helps in the diagnosis and treatment of various diseases such as lung cancer, prostate cancer, breast cancer, heart diseases and so on.

Related Topics :

•        Technetium

•        Thallium scan

•        Thyroid scan

•        Radioactive iodine uptake study (RAIU)

 

  • Track 19-1Retinal OCT Imaging
  • Track 19-2Lung cancer treatment
  • Track 19-3Prostate cancer treatment
  • Track 19-4Oncology treatment
  • Track 19-5Computed Tomography Angiography
  • Track 19-6Advances in abdominal imaging
  • Track 19-7Medical imaging reduces surgery
  • Track 19-8Advances in retinal ganglion cell imaging
  • Track 19-9Advances in diagnostic interventional pulmonology
  • Track 19-10Digital mammography for breast cancer
  • Track 19-11Advances in Mammographic Imaging
  • Track 19-12Advances in MRI techniques and applications

Various technologies are introduced to diagnose the diseases and form the images of internal aspect of the body such as mammographic imaging, cardiovascular imaging, neuroimaging, preclinical imaging and interventional imaging

Related Topic : 

•        Supine

•        Technetium-99m

•        Radionuclide scanning

•        Perfusion studies

•        Ventilation studies

•        Bone scan

•        Gallium scan

•        Liver and spleen scan

•        Scintigraphy

•        Lymphoscintigraphy

•        Technetium Tc-99m sestamibi  scan (Cardiolite)

•        Multiple Gated Acquisition scan (MUGA)

  • Track 20-1Mammographic imaging
  • Track 20-2Cardiovascular imaging
  • Track 20-3Neuroimaging
  • Track 20-4Interventional imaging
  • Track 20-5Abdominal imaging
  • Track 20-6Thoracic Imaging
  • Track 20-7Musculoskeletal Imaging

Ophthalmic imaging is a highly specialized form of medical imaging dedicated to the study and treatment of disorders of the eye. It covers a wide range of scope of photographic services that incorporates many aspects of commercial and medical photography. But it is through the use of highly specialized equipment used to document parts of the eye like the cornea, iris, and retina, that ophthalmic photography takes on it's true identity.

The retina is the "film" of the eye. Images passing through the clear structures of the cornea and lens are focused there to give us our view of the world. Special instruments called fundus cameras, when used by skilled photographers, can document the condition of this miraculous anatomical structure.

Ophthalmic imaging has played an important role in the documentation and diagnosis of various ophthalmic diseases. Ocular photography is used to record medical conditions, track disease progression and create illustrations for publication and education. The primary role of ophthalmic imaging however, goes well beyond documentation in its ability to aid in the diagnosis of a broad range of eye conditions

Related topic :

•        Anteroposterior view (AP)

•        Lateral view

•        Oblique view in X rays

•        Adduction

•        Extension of Limb

•        Flexion

•        Lateral decubitus

•        Prone

•        Recumbent 

  • Track 21-1Optical Coherence Tomography
  • Track 21-2ICG Angiography
  • Track 21-3Stereo Imaging
  • Track 21-4Monochromatic Retinal Photography