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Graduate students of the Department of Saemaul and International Development recognized for research capacities in the international development cooperation field Gained capacities as experts in common issues of the global community [November 19, 2019] <YU Graduate School of Saemaul and International Development students won second place at the 8th EDCF International Development Contest> (from left to right, Seo Eun-ji, Choi Han-ul, Lee Jin-ri) YU Graduate School of Saemaul and International Development students won second place at the ‘8th EDCF International Development Contest (thesis contest)’ held on November 11. The Economic Development Cooperation Fund (EDCF) International Development Contest is a thesis contest held for domestic and foreign college and graduate school students in order to elevate awareness on Korean official development aid for the younger generation and is hosted by the Ministry of Economy and Finance, which oversees the EDCF, and the Export-Import Bank of Korea. A total of six teams area awarded based on creativity and the possibility for proposing international development cooperation policies through screening in preliminaries and the main contest. The YU Graduate School of Saemaul and International Development team (Adviser Park Seung-woo) comprised of Choi Han-ul (33, second term in PhD program), Seo Eun-ji (23, second term in master’s course), and Lee Jin-ri (22, second term in master’s course) won second place. They presented their paper on the theme of <Donor-Recipient Private Partnership Loan (DRPPL) for development in the private sector>. This study investigated the outstanding development models in the private sector by advanced contributing nations. After conducting analysis using research hypotheses on theories related to strategic partnerships between companies, which has been pointed out as a limitation, it proposed a new type of loan model to expand the spectrum of Korean loan aids, thereby drawing attention. In particular, it was judged that this research paper has high value to be utilized for international development policies by the international community. Meanwhile, Choi Hyun-gyu (24, second term in master’s course) of the YU Graduate School of Saemaul and International Development, who also participated in the contest by teaming up with other graduate school students, also won a participation prize. Also, students of the YU Department of Saemaul and International Development were recognized for their enhanced understanding on official development aid (ODA) by participating in the ‘EDCF college (graduate school) student camp’ hosted by the Export-Import Bank of Korea and for establishing global cooperation strategies (CPS), thus winning first and second place. Global Saemaul Development Network Chairman Choi Wae-chul (Professor at the YU Department of Saemaul and International Development) said, “As Korea has developed from a recipient to a contributor, it is important to strive to return the gratitude for receiving aid in the past back to the international community. From this aspect, the meaning of this EDCF International Development Contest, which is a program for fostering academics that share the Korean experience according to the features of developing countries, is very special.” He added, “In the case of Korea, free aid is mainly provided by KOICA, while loans are mainly overseen by the Export-Import Bank of Korea (EDCF). I hope that YU students, who are acknowledged for their capacities in the international development cooperation sector, will continue to build their capacities as experts of common issues for the global community.” The YU Department of Saemaul and International Development is a special academic department that turned the Saemaul Undong, a UNESCO Memory of the World, into a science with the goal of overcoming poverty in developing countries and fostering human resources for the international development cooperation sector. Students and graduates of the department are selected for various internships such as overseas volunteer corps and international organizations, or participate in various domestic and overseas ODA (official development aid) projects or international development activities.
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Configured anti-bacterial material plug-in manufacturing method with high bacteria-resistance and low risk to humans Ultra-fine antibacterial hazards evaluated within 3 weeks... Presenting humidifier disinfectant, microdust hazard standards Joint research by Professors Byeon Jung-hoon (Mechanical Engineering) and Kim Jong-oh (Pharmacy) with Yonsei University [November 18, 2019] <from left to right, YU School of Mechanical Engineering Professor Byun Jung-hoon, School of Pharmacy Professor Kim Jong-oh, Yonsei University Department of Mechanical Engineering Professor Hwang Jung-ho> YU and Yonsei University conducted joint research to develop a method to quickly evaluate the hazards of ultra-fine substances such as microdust and humidifier disinfectants. Professor of Mechanical Engineering Byun Jung-hoon and Professor of Pharmacy Kim Jong-oh from YU and Yonsei University Mechanical Engineering Professor Hwang Jung-ho worked together to configure a method to manufacture anti-bacteria mineral nanoparticles under hundreds of nanometers (nm) in the form of microdust (aerosol) using a plug-in system. They also devised the method to evaluate the harmfulness to the human body for such ultra-fine anti-bacterial substances within three weeks. This paper was joined by Gautam Milan (PhD course) of YU and Park Dae-hoon (PhD course) of Yonsei University as co-first authors. The results of this study are receiving a great deal of attention due to the rapidly growing microdust in the atmosphere, the humidifier disinfectant incident that caused a social uproar, and growing concerns on harmful substances in the air. In particular, due to concerns on the harmfulness of silver (Ag) and copper (Cu) nanoparticles that are the most well-known anti-bacterial substances, they are being restricted by law for being used industrially such as in air filter coating substances, etc. The research team stated, “We discovered the fact that by partially doping copper, which is a metal with very good anti-bacterial properties, in tellurium (Te), which is a metal known to be less harmful to the human body, it was possible to maintain anti-bacterial properties, while significantly lowering harmfulness to the human body.” They added, “Using this property, we successfully configured the platform to easily produce 200nm or lower safe anti-bacterial nanomaterials by simply plugging in.” The research team also devised an evaluation method for verifying the functionality of safe anti-bacterial nanomaterials in the form of microdust and harmfulness to people within three weeks. Results of evaluating this newly developed substance showed that there was high anti-bacterial properties and low harms to the human body for evaluations inside and outside of the body. Professor Byun Jung-hoon said, “Using this evaluation method, it has become possible to evaluate the hazards of mineral nano anti-bacterial materials within a relatively short period of time. It has become possible to set a new standard on whether existing or new anti-bacterial materials are truly safe.” He added, “Through follow-up research, it will be possible to play a big role in coming up with a solution to ease the national concerns on microdust, humidifier disinfectants, etc.” Meanwhile, this study was conducted with the support of the National Research Foundation’s basic research project (backbone researcher and leading research center support project). The research results have been published in the acclaimed international academic journal published by the American Chemical Society ‘ACS Nano’ (impact factor 13.903) recent online issue [https://doi.org/10.1021/acsnano.9b04939 (study name: Plug-In Safe-by-Design Nanoinorganic Antibacterials)].
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Taking the lead in improving the global image of YU through invitation as guest speaker for the liberal arts class, ‘Introduction to Love’ Practicing universal love and sharing as the chairperson of the Lion Parkson Foundation [October 28, 2019] Lion Parkson Foundation Chairperson Chan Chau Ha (61, Chelsia Chan, photo above) who was a popular singer and actress and a global star of the 1970s was appointed as a goodwill ambassador of YU. Chairperson Chan Chau Ha, who visited YU on the 28th, received an appointment letter as the goodwill ambassador of YU from YU President Sur Gil-soo. Chairperson Chan made her first ties with YU by taking the podium as a guest speaker for the YU liberal arts class ‘Introduction to Love’ (Professor Heo Chang-deok) and has now decided to serve as YU’s goodwill ambassador. Chairperson Chan Chu Ha said, “I have had ties with Korea since the 1970s when I was a singer and actress. My movies and songs were very popular in Korea, so I was always grateful to Korea,” She added, “After retiring from the celebrity world, I have continued my ties with Korea through various activities. It is the first time that I have become a goodwill ambassador for a university. I will do my best to help raise the global awareness of YU.” <Lion Parkson Foundation Chairperson Chan Chu Ha takes a photo with students after a special lecture on ‘Introduction to Love’> Following the appointment ceremony, Chairperson Chan held a meeting with students at the YU Park Chung Hee School of Policy and Saemaul and then gave a special lecture for one hour in the ‘Introduction to Love’ course at 6 p.m. Through this special lecture, Chairperson Chan talked about her celebrity activities as a global star when she was young, her life after marriage, and her current charity activities to share her opinions on universal love and sharing through her voyage of life and formed common grounds with the students. After getting married, Chairperson Chan began working in charity activities in the second chapter of her life and she has been nicknamed ‘Audrey Hepburn of Asia’. <Lion Parkson Foundation Chairperson Chan Chau Ha held a meeting with international students at the Park Chung Hee School of Policy and Saemaul> Chairperson Chan stepped into global stardom by playing the lead actress in the joint Korea-Hong Kong film, ‘Chelsia My Love’ in 1976. With this movie, she won the best actress award at the 14th Taipei Golden Horse Film Festival in 1977. She also sang the original song track of the film ‘Onse Summer Night’, which was hugely popular in Hong Kong, Korea and Taiwan. ‘One Summer Night’ once again gained interest after being used as the background music for the movie ‘Once Upon a Time in High School’. In 1981, she got married at the age of 24 and then retired from the celebrity world after a seven-year career. She is currently the chairwoman of the Lion Parkson Foundation and she is engaged in various charity activities while also being a calligrapher and ink-and-wash painter. She painted the columnar cliffs of Jeju-do and has written columns for Korean magazines, continuing her ties with Korea. During this vacation period, Chairperson Chan will also hold a book autograph session at a charity exhibit with the social welfare foundation, With Mind. An exhibit of 41 of her calligraphy works and ink-and-wash paintings will also be held at the Daegu E World 83 Tower until the 30th. On the 29th, she will participate in the charity event ‘Scented Day Tea House’ at the Daegu Suseong Hotel and a special performance is also scheduled to be held with the book autograph ceremony.
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Results of joint research between Department of Biotechnology Professor Jin Joon-oh and Pukyong National University Added protein piece that enhances cancer cell cognitive functions and DNA piece with immunity-boosting effects Paper on research achievements published in latest issue of globally acclaimed academic journal in the pharmacology sector [October 31, 2019] A domestic research team has developed a nucleic acid compound that can enhance the anti-cancer effect of immunocytes in the human body. This was a joint-research with YU Department of Biotechnology Professor Jin Joon-oh (first author, photo on left) and Pukyong National University Department of Chemistry Professor Kwak Min-seok (corresponding author). Pukyong National University PhD student Kim Hae-joo, Korea Basic Science Institute (KBSI) Doctor Heo Yang-hoon and German Aachen University of Technology Professor Andreas Herrmann also participated in this study. The nucleic acid compound that the research team developed is a compound of biological molecules such as protein pieces that act as sensors to recognize cancer cells and nucleic acid materials that stimulate immunoctyes. Nucleic acid is a polymer made up in the units of nucleotides and there are two types – DNA and RNA. They are in charge of helping with storage, delivery and revelation of genetic information. Among them, DNA is known to be a genetic substance that stores genetic information and passes it on to the next generation, and due to the rank-specific unification features, it has been recognized for its potential to be used as components of nano-structures or drug delivery systems. The research team produced a compound (INA, immunotherapeutic nucleic acid) by adding DNA pieces with immunity-boosting effects and protein pieces that can enhance cancer cell cognitive abilities on lipid DNA that is self-assembled as a sphere. The research team confirmed that growth and spreading of tumors were suppressed through experiments on rats having tumors by injecting the newly developed nucleic acid compound. Upon administering to rats with melanoma, it was found that immunocytes that selectively react to particular protein pieces proliferated, while cytokine that represents immuno-activity were secreted. It was found through this research that melanoma and epidermoid carcinoma cell growth in rats were suppressed from growing. Recently, research on immuno-oncology that activates immunocytes in the human body to attach cancer cells in preparation from foreign penetration of pathogens, etc. has been very active. In particular, treating immuno-therapy that attacks only cancer cells and not normal cells has become a key issue, and it is expected that this research achievement will help solve this issue. Meanwhile, this study was carried out as part of the Ministry of Science and ICT and National Research Foundation’s Future Material Discovery Project and New Researcher Support Project. The study containing the research achievements was carried by the latest issue (October 19) of the globally acclaimed academic journal in the pharmacology sector <Journal of Controlled Release>.
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Collaborative research between Department of Materials Science and Engineering Nisa Nashrah (4th term in integrated master’s and PhD program) and Baek Seung-hoon (undergraduate, senior) ‘internationally recognized’ Foundation for commercializing plasma electrolytic oxidation technology... Possibility to localize surface treatment technologies that was highly dependent on Japan Scheduled to be published in the December issue of the world’s top international academic journal in the surface treatment field [November 1, 2019] <Graduate School Department of Materials Science and Engineering Nisa Nashrah and senior Baek Seung-hoon received the ‘Excellent Research Award’ in the international academic conference, ‘ISMM 2019’> (From left to right: Baek Seung-hoon, Nisa Nashrah, Professor of Materials Science and Engineering Goh Young-geon) A collaborative study between a graduate school student and undergraduate student at YU received the ‘Excellent Research Award’ in the materials and metals sector international academic conference, ‘ISMM 2019 (3rd International Seminar on Metallurgy and Materials)’. They are Nisa Nashrah (25, fourth term in integrated master’s and PhD course) from Indonesia and undergraduate senior Baek Seung-hoon (25) in the Department of Materials Science and Engineering at YU. ‘ISMM 2019’ is an international academic conference hosted by the Indonesian government held at the International Convention Exhibition Center in Tangerang, Indonesia from October 23 to 24. Over 200 researchers from universities and research institutes from around the world including Indonesia, China, Japan, Thailand, Singapore and India attended this academic conference. The YU research team made a presentation on the recent research results on ‘enhancing acid-resistance through control of micro-discharge of plasma electrolytic oxidation’, receiving attention from relevant academia. Advisor and YU Department of Materials Science and Engineering Professor Goh Young-geon explained, “This research result is a basic research for the commercialization of plasma electrolytic oxidation that can replace anodization, which was the surface technology used in the past. This technology can be used to localize surface treating technologies, which is highly dependent on Japan, and it will improve the national root industry competitiveness.” He added, “This study is a collaborative research between a foreigner graduate student and Korean undergraduate student, and the achievements are significant as it was made through joint research between young scientists.” The research results are scheduled to be published in the December issue of the world’s top international academic journal on surface treatment, <Applied Surface Science, impact factor (IF) 5.155)’.
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Library named after Former Supreme Court Justice Bae Gi-won who graduated from the department of law ‘60 “I hope it becomes a prestigious law school with junior judicial officers that surpass their seniors” Donated 100 million KRW in development funds for juniors in September [November 11, 2019] The YU Law School opened the ‘Bae Gi-won Library’ named after Former Supreme Court Justice Bae Gi-won (photo above). It aims at commemorating the achievements of Former Supreme Court Justice Bae Gi-won as a judicial officer and his donations aiming to foster junior judicial officers. At 11:30 a.m. on the 11th, the YU Law School named the existing law school library, Bae Gi-won Library and held an unveiling ceremony of the copper plate. A copper plate siting the milestones of Former Supreme Court Justice Bae was attached on the outside wall at the entrance to the library. The supreme court justice robe that Former Justice Bae wore, commemorative tablet and hand-written letters to his juniors are on display at the entrance of the library. At this event, Former Supreme Court Justice Bae Gi-won, YU President Sur Gil-soo, Law School Dean Lee Dong-hyung, Library Director Bae Byeong-il, General Alumni Association Chairman Jung Tae-il, Daegu High Court Chief Justice Cho Young-cheol, Daegu District Attorneys Association Chairman Lee Chun-hee, etc. were present to congratulate the new opening of the library. Former Justice Bae said, “It is very moving to see the library named after me at my alma mater where I studied passionately as a student of law.” He added, “I hope that my juniors will study hard here to become judicial officers that exceed my achievements.” YU President Sur Gil-soo said, “We opened the Bae Gi-won Library in hopes that students will remember the achievements of Former Supreme Court Justice Bae, who had reached the highest honor as a judicial officer.” He added, “I hope that junior students at the law school will also study hard right where Former Justice Bae studied to follow in his footsteps and become judicial officers who bring about justice to society.” Meanwhile, Former Justice Bae visited his alma mater YU in September and donated 100 million KRW asking to use it for the development of YU to Mr. Sur Gil-soo. Former Justice Bae was part of the YU department of law class of ‘60 and passed the 5th bar exam summa cum laude in 1965. He served as the chief justice at the Daegu District Court, chief justice at the Gimcheon Branch Court, and the chairman of the Daegu District Attorneys Association and the served as the supreme court justice from July 2000 to November 2005. From 2005 to 2010, he served as chair-professor at the YU Law School helping to foster junior students.
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Track & Field Team takes five medals including four golds, and Kim Myung-ji tops four events Competed as district representatives in judo, ssireum and wrestling, taking home a total of 13 medals [October 23, 2019] <YU athletes who won a total of 13 medals including 8 golds, 1 silver and 4 bronze medals at the 100th National Sports Festival> YU (President Sur Gil-soo) athletes demonstrated top-notch skills becoming stars of the 100th National Sports Festival that ended on the 10th. YU athletes participated as district representatives for the 100th National Sports Festival held in Seoul from the 4th to 10th and won eight gold medals, one silver and four bronze medals in track & field, judo, ssireum, and wrestling to take home a total of 13 medals. The YU track & field team (Coach Son Sang-young, photo above) swept a total of five medals including four gold medals, proving that they are the strongest college track and field team. In particular, Kim Myung-ji (20), a sophomore in the Department of Special Physical Education took first place in the women’s 200m, 400m and 400m relay and 1,600m relay to win a total of four gold medals. Lee Hyun-jung (21, junior in the Department of Special Physical Education) also won two gold medals win the 400m relay and 1,600m relay. In the 400m relay, Song Yoo-jin (22, senior in the Department of Special Physical Education) and Shin So-jeong (19, freshman in the Department of Sports Science), and in the 1,600m relay, Kim Ji-young (21, junior in the Department of Special Physical Education) also won gold medals. In the 400m men’s relay, Baek Min-soo (22, senior in the Department of Sports Science) and Cheon Ha-rim (19, freshman in the Department of Special Physical Education) won bronze medals. In wrestling (Coach Kim Ik-hee, photo above), YU also won four medals. In wrestling Han Hyun-soo (21, junior in the Department of Special Physical Education, 97kg class) and Moon Jin-woo (19, sophomore in the Department of Sports Science, 70kg class) won gold medals, while Ahn Jae-yong (22, 57kg class) and Kim Ha-neul (22, both seniors in the Department of Sports Science, 65kg class) won bronze medals. In ssireum (Coach Heo Yong, photo above), Park Chan-joo (21, junior in the Department of Special Physical Education) won the jangsa-class gold medal and Kim Sung-young (22, senior in the Department of Sports Science) won the gyeongjang-class silver medal, while Lee Jae-seop (21, junior in the Department of Special Physical Education) won the sojang-class bronze medal. In judo (Coach Lee Jung-hwa, photo below), Jung Min-cheol (22, senior in the Department of Sports SCience) won the gold medal in the 100kg class. YU President Sur Gil-soo said, “The students athletes had to work hard to keep up in school and practice. I am very proud of our students who were selected as regional representatives to uplift the honor of our university.”
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Recognized for achievements as an R&D scientists in ‘machine learning’, a core part of AI In just one year since working at Silicon Valley, chosen as Apple’s ‘Best Performer’ “Challenging the global stage... Key is to improve expertise and communication skills” [October 21, 2019] What kind of people are the scientists working in Silicon Valley, USA, which is famous as the world’s most advanced technology research complex? There is a Korean who is recognized for his abilities among the best and brightest researchers. He is receiving even more attention as it is in the AI (artificial intelligence) field that is one of the hottest issues these days. He is Dr. Lim Woo-sang (34) who graduated from the YU Department of Physics. Dr. Lim is working side-by-side with world-renowned scientists and engineers at the Apple headquarters in Silicon Valley, USA. He was recently chosen as the best performer who is chosen by Apple from those who had the highest achievements in technological innovation and performance improvement. After joining the company in September, he was recognized from his local colleagues in just one year. Dr. Lim works with the artificial intelligence sector that is receiving attention as a core technology for the future. He is a Senior Applied Machine Learning Scientist that conducts R&D on machine learning, which is a core field of AI and is in currently the tech lead of his team. Dr. Lim graduated from the YU Department of Physics in 2011 and he earned his master’s in mathematical science and his PhD in computing at KAIST. After earning his PhD, he worked at the Georgia Institute of Technology as a post-doctorate researcher until the summer of 2018 and then joined Apple in September of 2018. In 2016, he became the first Korean to be selected as a Google PhD Fellow in the machine learning sector for his research achievements in his PhD course and had received attention from global companies from early on. While working at Georgia Institute of Technology, he received many offers from multiple global companies, being recognized for his capacities as a scientist. Dr. Lim stated his motivation for applying to Apple saying, “When I was finishing my post-doctorate researcher activities, I had the urge to apply what I researched and studied to the entire world. I was interested in taking on the challenge of having a positive effect on Apple users around the world by improving AI algorithm performance, and that is why I chose to joint his company. I wanted to test my capacities at Silicon Valley where the brightest scientists are gathered.” Dr. Lim was not interested in overseas employment or joining a global giant like Apple from the start. He said that the fundamentals he learned at YU as an undergraduate became his foundation. Dr. Kim said, “I double-majored in physics and math, while continuing to study the basic science sectors and English. While I was an undergraduate student, I was selected as a scholarship student for having excellent grades in English, and I was awarded at a national collegiate math competition, which gave me the confidence to challenge the world.” He also had advice for his juniors who are preparing to find jobs overseas. Dr. Lim said, “There are many more things to prepare for compared to getting hired in Korea such as having to find information on companies, visa issues, etc., and there are many things to be careful about. But at the core is to improve your expertise and communication skills, and this is the most fundamental and important aspects. During the course of making strong fundamentals and while networking, you may at times get lucky, but your chance will definitely come.”
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‘Glass Window Transparency Electric Adjustable Smart Window’ technology developed by Department of Physics Professor Kwak Jin-seok Completed technology transfer TMB... Transfer cost of 100 million KRW Can be expanded to other products such as construction window, automobiles, etc... High expectations to create a new market [October 14, 2019] <YU signed a technology transfer agreement for the smart glass technology with TMB> (From left to right, YU Technology Transfer Commercialization Center Director Lee Hyee-yong, TMB CEO Yoon Jae-man, YU President Sur Gil-soo, Department of Physics Professor Kwak Jin-seok, Daegu Technopark Director Kwon Eop, Business Support Team Leader Bae Sun-hak) YU (President Sur Gil-soo) was once again recognized for its research capacities and technologies from the corporate sector. The ‘smart glass’ technology possessed by YU was transferred to a business for commercialization. At 3 p.m. on the 10th, YU agreed on the ‘smart glass’ technology transfer contract developed by Physics Professor Kwak Jin-seok with TMB (CEO Yoon Jae-man). At this event were present YU Technology Transfer Commercialization Center Director Lee Hyee-yong, Professor Kwak Jin-seok, TMB CEO Yoon Jae-man, Daegu Technopark Director Kwon Eop, Buusiness Support Team Leader Bae Sun-hak, etc. The technology that was transferred is a smart window technology that can electrically adjust transparent of windows. Unlike past technologies, transparency can be maintained without applying initial voltage, and therefore, electricity costs can be significantly reduced. It can be applied to construction glass, automobiles, and other products, and therefore, it is expected to create various markets. YU received 100 million KRW for technology transfer fees for this technology, and TMB is scheduled to be incorporated as a subsidiary for the YU Technology Holdings (tentative name) that is scheduled to be established in the future, and therefore, commercialization is expected to be accelerated. YU President Sur Gil-soo said, “The technologies and research of YU was transferred to a company, and will now be able to see daylight.” He added, “Through continuous industry-academic cooperation, YU will take the initiative in creating new growth engines for not only the university and companies, but also the community.” TMB is pursuing technological commercialization by receiving commercialization funds in link wit the corporate support program of Daegu Technopark. YU Technology Transfer Commercialization Center Director Lee Hyee-yong said, “The Technology Transfer Commercialization Center will continue to provide support so that companies can commercialize technologies as soon as possible.” Meanwhile, this technology transfer contract was made possible through technology brokering by the Daegu Technopark. Daegu Technopark Director Kwon Eop said, “We are happy that through this technology transfer contract with YU, a tenant company of Daegu TP was able to procure prospective new technologies for commercialization.” He added, “As a regional technology innovation institute, Daegu TP will actively search for outstanding technologies spread across universities and government-funded research centers and transfer them to local companies to restore corporate competitiveness.”
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Registered in database used by medical and life science experts around the world... Enhancing status as an international academic journal Third academic journal from Korean medical schools to be registered [October 24, 2019] The academic journal (YUJM, journal cover on the left) of YU College of Medicine was registered in ‘PubMed Central (PMC)’ on the 18th. PMC is a major academic database for medical and life science operated by the National Center for Biotechnology Information of the National Library of Medicine under the US National Institute of Health and it is used by medical and life science experts around the world. YUJM is the third academic journal from medical schools in Korea to be registered in PMC and as it has now become possible to search through PubMed, it has taken another step closer to becoming an international academic journal. PMC’s policy is open access and it offers English academic journal papers for free. Meanwhile, it is also tied into the global medical thesis search database, ‘PubMed’ and therefore, papers published through ‘YUJM’ will be more easily accessible around the world through ‘PubMed’, and it is expected that it will enhance the international thesis utilization rate. YUJM was founded in 1984 and it carries review articles, original articles and case reports on basic and clinical medicine fields. Original articles can be submitted at any time through the YUJM homepage (https://jujm.yu.ac.kr) contribution system. YUJM was a candidate academic journal for the National Research Foundation in 2016, which then became a registered academic journal in the National Research Foundation in 2018, and in July 2019, it was registered with the Directory of Open Access Journals (DOAJ). It has plans to develop into a Scopus or SCI-grade international academic journal in the future.
