Page 74 - AOCMP-SEACOMP 2018 Programme Book

Research Institute of Biomedical Engineeringg, search Institute of Biomedical Engineeri
The Catholic University of Korea

About the Center
Thee Researchh Institutee off Biomedicalal Engineering was established in January 1997 as one of research centers in
the Catholic University of Korea. in conjunction with thee departmentt off biomedical engineering, schooll of
medicine, Catholicc Universityy off Koreaea, and are developing the state-of-the-art imaging techniques and the
radiation treatment techniques for cancer patients to improve treatment effect.
Goals & Visions
At the Top of the International Competition

Radiation Therapy for Cancer Diagnosis for Cancer
A Top International Medical
Adaptive RT Physics Research Center Molecular Imaging
4D State -of- A Top
3D the-art Excellent International Collaboration Functional images
Human
2D radiation Resource Research with Academic Anatomical images
and Industry
technique Facility
Major Research Contents
q Adaptive Radiation Therapy usingppppp p p p p pyyyyy g g g g g q Multimodal Molecular Imaging to q Development of 3D printing based
Advanced Beam Source Modeling Increase Cancer Treatment Outcome patient specific medical auxiliary
& Optimizationpppp in a Radiobiological Perspectiveggggg p p p p p device for radiation therapyppppyyyyy
Development of various molecular imaging and its Development of various patient specific shielding
Radiation treatment techniques to reflect
application techniques using bioluminescence, device and its application techniques using 3D
the dose variations caused by patient
fluorescence, and photo-acoustic principles to printing technique to improve patient safety and
movement and target deformation and to
validate radiation effects and cancer proliferation radiation therapy accuracy. In addition, the
develop dose modeling and optimization for
mechanism based on tumor physiology. developed devices will be commercialized after
the new treatment modality using flattening-
evaluating it’s clinical efficacy.
filter-free beams and new beam delivery
methods.
Global Partnership
Varian, Siemens, Seoulul C&Jan, Siemens, Seoul
Pe
Global Research Institute PerkinElmerrkinElmer Academic Conferences
ISOL Technology
Industrial Cooperation
Technology Migration Technological requirements
Consultation collaborating with
with experts academy and industry
Asia--Oceania Federation of Oceania Federation of OceaOcea
Asia
Asia
Asia
Asia
Asia
Organizations for Medical Physics tions for Medica
Specialized educational Technological
courses information [AFOMP]
Univ. of Maryland. of Maryland
Univ
International Organization ernational Organization
Univ. of Florida. of Florida
Univ Molecular Imaging Program at Stanford Int
V Virginia Commonwealth Univ.irginia Commonwealth Un for Medical Physics [IOMP]
*
Univ * Molecular Biophotonics and Imaging Laboratory Molecular Mole Biophotonics and Imaging Labo South East Asian Federation of h East Asian Federation of
Univ. of San Diego. of San Diego
Sout
Washington Univ. in St. Louisashington Univ. in St. Louis
W * Multimodality Molecular Imaging Laboratory Organizations for Medical Physics tions for Medica
Univ. of California, Irvine * Cancer Molecular Imaging Chemistry Laboratory
* Imaging Radiobiology Laboratory [SEAFOMP]
* Molecular Imaging Instrumentation Laboratory
* Image Guided Intervention Laboratory
Expected Outcomes
q q Development of 3D printing based patient specific medical auxiliary device for radiation therapy Sustainable Development
• Development of the novel patient specific shielding device
to Conquer Cancers
• Development of patient safety technology using 3D print technology in radiotherapy
q q Implementation of Advanced RT Techniques
• Treatment technology adapted to the specific characteristics of the individual patient
• Molecular image-based radiation treatment considering cancer proliferation mechanism
q q Improvement of Cancer Diagnosis & Treatment Outcome
• Development of the novel detection tools of molecular probes and analysis algorithm
• Increase cancer treatment effectiveness and contribution to the qualified medical service
** Supported by the Radiation Technology R&D program through the National Research Foundation of Korea funded by the Ministry of Science, hhe Minisstry of Scienncce,
ICT & Future Planning(No. 2017M2A2A7A01021264.)
Growing as a Global Research Center Leading the World in Medical Physics
Contact us: http://www.bme-cmc.or.kr and http://arcmp.org