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Call for Papers

Welcome to the official website of the 1st International Conference on Advanced Technologies of Cancer Diagnosis and Therapy (ATCDT) 2019 which will be held on April 06-07, 2019 in Najaf, Iraq.

The International Conference on Advanced Technologies of Cancer Diagnosis and Therapy (ATCDT) encompasses all aspects of research that impacts on the cancer diagnosis and therapy. ATCDT acts as a forum for Professors, Researchers, Oncologists, Cancer Specialist, Students, Foundation Leaders, Directors, Industrial Professional, Clinicians, Medical Systems Engineers and others from all over the world to share their values, knowledge and experience about the Cancer research. ATCDT will also address the current market and the future directions of cancer diagnosis and therapy.

ATCDT involve many interactive sessions on cancer detection, therapies, control, prevention, advancements in the oncology, posters, symposia, workshops, industry presentation, panel discussion, exhibition, Young Researcher Forums.

The ATCDT 2019 topics include but are not limited to the following. Authors are encouraged to submit unpublished original research works in one of the following topics

Digital Pathology Application in clinical and Research Case Studies

  • Diagnostic studies
  • Clinical studies
  • Personalised targeted therapy
  • Biomedical imaging and tissue-based research
  • AI and machine learning in digital pathology
  • Machine learning
  • Deep learning

Computational Pathology: Applications, Technologies and Prospects

  • Computational methodologies in digital pathology
  • Development of tools in computational pathology
  • AI and machine learning in computational pathology
  • Whole slide imaging: acquisition, processing, archiving and retrieval
  • Cloud computing / storage solutions

Molecular and genetic technologies, diagnosis and prognosis

  • Technology development and/or marker discovery
  • Technology and marker evaluation with respect to fundamental parameters of method
  • Technology and/or marker testing in clinical settings

Radiation Oncology

  • Cancer bioinformatic
  • Image reconstruction, restauration and analyses
  • Simulation and modelling in Radiotherapy
  • Development in Quality assurance and safety to Radiation therapy
  • Intensity modulated radiotherapy (IMRT) approaches
  • Combined therapies
  • New imaging techniques and clinical avoidance
  • Radiobiology
  • Radiation Protection

Medical Engineering Systems for Cancer Diagnosis and Therapy

  • Point of Care POC Medical Systems for Cancer Diagnosis
  • Digital Systems for Cancer Prognosis
  • Biosensors for Cancer Diagnosis