• 방사선산업학회지
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• 제7권2_3호
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• pp.209-219
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• 2013

RI-Biomics field comes into the limelight as a new fusion radiation technology. These rapid development of RI-Biomics cause the necessity of establishment of a new methodical education program model for consistent training of professional manpower in RI-ADME, Biomics field. But domestic current status is not satisfied to training human resource development in RI-Biomics. Actually domestic educational organization related to RI-Biomics just run educational programs oriented basic theory, so practical and fusion education are not existed nowadays for preliminary RI-Biomics expert. Therefore we established a new education program model for educate of the expert in RI-Biomics field to overcome current problem about the route of knowledge that has more monotonous and concentrated tendency and non-professional education. To improve universality and practicality, we conduct education-training model survey about domestic and foreign country. This new human resource development model will contribute to fostering new expert in RI-Biomics field.

• 한국과학교육학회지
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• 제35권1호
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• pp.159-167
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• 2015

RI-Biomics 기술 분야는 차세대 국가 신 성장 동력 핵심기술 중의 하나로써 전 세계적으로 비약적인 발전을 하고 있는 첨단방사선융합 분야이다. 이에 각 선진국들은 RI-Biomics 분야의 세계 경제시장에서 앞서 나가기 위하여 집중적인 지원과 부단한 노력을 기울이고 있다. 이러한 RI-Biomics 분야를 국내에서 주도하기 위해서는 세계수준에 맞는 고도의 기술력과 전문지식을 지닌 우수한 인력들의 확보가 필요하지만, 국내에서는 보유한 기술력에 비해 수행할 수 있는 전문인력들이 부족한 실정이다. 따라서 본 연구에서는 검증된 RI-Biomics 인력양성 모델을 활용하여 전문가 인터뷰와 전국 학생대상 설문조사를 반영한 최적화된 교육프로그램을 설계 및 개발함으로써 RI-Biomics 전문인력양성을 위한 기반을 구축하고자 하였다. 본 교육프로그램은 RI-Biomics 분야를 크게 4개의 분야로 구분하여 구성하였으며, 각 과정별 교육을 통하여 RI-Biomics 분야의 전반적인 과정을 이해하는데 주안점을 두고 개발되었다. 교육프로그램의 유용성 및 타당성을 검증하기 위하여 실제 유관학과 대학생 8명을 대상으로 시범운영을 실시하였으며, 한국방사선진흥협회(서울)와 한국원자력연구원 첨단방사선 연구소 RI-Biomics 센터(정읍)에서 총 3주간 진행 되었다. 세부 교육과정은 RI-Biomics 분야의 기본교육인 방사성동위원소 취급 및 안전교육 1주, 전문기술 교육인 RI-Biomics 응용기술 2주로 구성되었다. 3주간의 교육결과를 평가하기 위하여 실습일지와 개별보고서를 작성하였으며, 설문조사를 통하여 교육 만족도 및 건의사항을 수렴하였다. 본 교육프로그램 운영결과, 모든 학생들이 교육과정에 대한 높은 만족도와 지속적인 참여의사를 나타냈다. 또한 시범교육 운영 간 우수인력 발굴 및 지속적인 교육프로그램 운영을 위한 심화과정의 필요성이 제기되었다. 본 연구를 통해 제시된 교육프로그램과 운영방안은 향후 RI-Biomics 분야의 대학 교과과정 개발을 위한 기초자료로 활용될 것이며, RI-Biomics 기술 전문인력들의 양성과 국내 RI-Biomics 분야의 발전에 기여할 것이다.

• 방사선산업학회지
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• 제11권1호
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• pp.33-38
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• 2017

RI-Biomics technology is advanced convergence technologies that can be measured in real time and track in vivo behavior and metabolism of substances using characteristics of the radioactive isotope. Its application fields are increasing such as drug development, agriculture, development of new materials and their utilization, etc. In addition, according to domestic and international developments and changes in the RI-Biomics environment, RI-Biomics professionals are needed to train continuously. To develop systematic human resources basement and competency-based curriculum, we perform competency modeling of pedagogical perspective to targeted at high-performance on RI-Biomics. Furthermore, we redefine the competency model and verified by industry experts with focus group interviews. In the result, two general competencies and three professional competencies were extracted by interview. Each competencies are organized six sub-competencies and nine sub-competencies. In the finial steps, the same procedures were repeated to obtain the consensus of experts on derived competencies and behavioral objectives. The results of the study are applicable to enhance human resource management and to develop the curriculum for RI-Biomics expert training. It is expected to be used as reference material of long term-planning for RI-Biomics professional.

• 방사선산업학회지
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• 제7권2_3호
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• pp.221-224
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• 2013

RI-Biomics is a new compound word of radiation technology and Biomics related to the study of life. RI-Biomics is high radiation fusion technology by combining evaluation of pharmacokinetics in vivo (RI-ADME) of new drugs and medical materials using radioisotope and molecular imaging technology using nuclear medicine equipments. RI-Biomics fields are emerging with the increasing usage of radioisotopes (RI). In this paper, we investigated the latest trends of radioisotope using in RI-Biomics fields. The representative radioisotopes are $^{14}C$, $^3H$ and $^{32}P$ for the optimization and the selection of candidates in the development process of new drugs among the RI-Biomics fields. As shown in the status of accumulated income of radioisotopes, using amounts of radioisotopes are showing a tendency to increase every year. $^{14}C$ is 61.6% increase of accumulated income growth rate and $^3H$ increased by 58.8% and $^{32}P$ increased by 33.9% in 2012 compared to 2007. These isotopes are used in a variety of fields as using of $^{14}C$ for microdosing test, development of [$^3H$]cholesterol absorption inhibitors, study of [$^{131}I$]pyronaridine tetraphosphate for malaria therapy. These are going on in vivo test sucessfully. So, clinical research step is expected to begin soon. Therefore, usages of radioisotopes are necessary and need for the evaluation of pharmacokinetics, optimization and the selection of new drug candidates in the development process of new drugs among the RI-Biomics fields. So, using of radioisotopes is predict to increase continuously except for primarily used $^{14}C$, $^3H$.

• 방사선산업학회지
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• 제11권1호
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• pp.7-11
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• 2017

RI-Biomics는 방사성동위원소를 이용한 신약 및 물질의 흡수, 분포, 대사 및 배설(RI-ADME)과 같은 생체 내 역학을 평가하기 위한 최첨단 방사선 융합 기술이다. 현재 RI-Biomics 기술정보는 RI-Biomics 기술정보시스템인 'RIBio-Info'로 제공되고 있으며, 본 연구에서는 최근 빅 데이터 기술 동향을 검토하여 RIBio-Info의 개선사항을 도출하였다. RI Biomics 정보 시스템에서 빅데이터를 적용하기 위해 실현되어야 할 구성 요소로 자원, 기술 및 인력에 대해 각각 검토하였다. 첫째 활용할 수 있는 외부 빅데이터를 찾고, 두번째로 빅데이터 활용 실현을 위한 인프라를 확충하고, 마지막으로 대용량 정보분석이 가능한 데이터 사이언티스트를 양성해야 한다. 이러한 환경 하에 비정형 대용량 데이터에 대한 다양한 분석이 가능한 원천기술이 개발될 것이며, RI-Biomics 분야의 새로운 가치를 창출할 수 있는 기반이 구축될 것이다.

• 방사선산업학회지
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• 제8권3호
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• pp.161-168
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• 2014

Increasing utilization of radiation and RI (Radioisotope) in nuclear industry including non-power area has achieved sustainable development of radiation industry. Industries are no longer confined by a single technology or abilities but expanded for application gradually. RI-Biomics fields are one of the convergence technology that is recognized on a high-tech industry. Unlike the conventional industry, RI-Biomics field needs to various specialists to perform related task. There is no domestic training program to educate the whole process. This study aims to suggest the plan for improvement of practical skills for specialists in RI-Biomics through development of our training program. For this purpose, we have first investigated the opinion about classification scheme from experts and then analyzed the results in order to reflecting our training program. Based on analyzed results, conformity assessment was executed to organize curriculum through status of constructed device and instructor in domestic. Our training program was performed jointly with KAERI (Korea Atomic Energy Research Institute). RI-Biomics center is prepared with facilities of overall experiment to improve quality of education. Due to the fact that specialists have routine task, we organized a five-day short course to reflect temporal difficulties. We performed a trial operation to 6 participants in RI-Biomics field. Through the survey for the specialists who participated in the program, we evaluated the efficiency of our training program. The results showed that participants were satisfied with the organized curriculum and educational materials. Therefore, our program is expected to be utilized as basic research data to develop feasible program for policy development and to improve practical skills in RI-Biomics.

• 방사선산업학회지
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• 제9권3호
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• pp.161-166
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• 2015

RI-Biomics is the new radiation fusion technology of which, such as the characteristics of radioisotope, is applied to the biomics. In order to sharing and overall analysis of data between the institutions through total management of information in the field of RI-Biomics, RI-Biomics Information portal 'RIBio-Info' was constructed by KARA (Korean Association for Radiation Application) in February 2015. For systematic operation of this 'RIBio-Info' system, it is required to develop system of collection-analysis-application of information. So, in this paper, we summarized development of document forms at each processes of collection-analysis-application of information and systematization of collection methods of information, establishment of characteristically analysis methods of reports such as issue paper, policy report, global market report and watch report. Therefore, these are expected to improving the practical applicability in this field through the vitalization of technology development of users by achieving the circular structure of collectionanalysis-application of information.

• 방사선산업학회지
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• 제8권3호
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• pp.155-159
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• 2014

RI-Biomics is a new concept that combines radioisotopes (RI) and Biomics. For efficient collection of information, establishment of database for technical information system and its application to the system, there is an increasing need for constructing the standard classification system of technical information by its systematical classification. In this paper, we have summarized the development process of the standard classification system of technical information in the field of RI-Biomics and its application to the system. Constructing the draft version for the standard classification system of technical information was based on that standard classification one in national science and technology in Korea. The final classification system was then derived through the reconstruction and the feedback process based on the consultation from the 7 experts. These results were applied to the database of technical information system after transforming as standard code. Thus, the standard classification system were composed of 5 large classifications and 20 small classifications, and those classification are expected to establish the foundation of information system by achieving the circular structure of collection-analysis-application of information.

• 방사선산업학회지
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• 제8권3호
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• pp.169-176
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• 2014

For designing the model of the web program, the demand survey for the technology and information has been performed for the students of the related departments, industrialists and researchers. And, the survey, such as advantages and disadvantages, for the current situations has been examined through comparison and analysis by the establishment type and operational process for the present operating web programs having the similar functions in Korea. The contents and web program for the technology and information system have been also developed by the question investigation and the expert opinions. This system for RI-Biomics has been developed by focusing the convenience for the information provision and the information search as the first constructing direction. Information has been collected by the operator in our institute and making contract with Global Trend Briefing of KISTI in Korea. The information collection in the web program has been designed as the direction regularly provided with RSS. Information has been then analyzed by constructing the expert pool provided from the advisory committee for the technology and information, and using them. The publicity for this web program has been performed by webzines and then it is noted that the publicity programs such as some events should be regularly developed when expanded and advanced to a community in future.

• Toxicological Research
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• 제29권1호
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• pp.1-6
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• 2013

The process of drug discovery and development requires substantial resources and time. The drug industry has tried to reduce costs by conducting appropriate animal studies together with molecular biological and genetic analyses. Basic science research has been limited to in vitro studies of cellular processes and ex vivo tissue examination using suitable animal models of disease. However, in the past two decades new technologies have been developed that permit the imaging of live animals using radiotracer emission, X-rays, magnetic resonance signals, fluorescence, and bioluminescence. The main objective of this review is to provide an overview of small animal molecular imaging, with a focus on nuclear imaging (single photon emission computed tomography and positron emission tomography). These technologies permit visualization of toxicodynamics as well as toxicity to specific organs by directly monitoring drug accumulation and assessing physiological and/or molecular alterations. Nuclear imaging technology has great potential for improving the efficiency of the drug development process.