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ºİºİߣ Undergraduate Paper Selected as Cover Article in International Journal- Electronic Engineering Majors Yoon Ji-won and Yoo Hye-im Develop High-Performance 3D Surface-Enhanced Raman Spectroscopy Sensorºİºİߣ (President: Bae Sang-hoon) announced that a research paper by Electronics Engineering students Yoon Ji-won (combined master's and doctoral program) and Yoo Hye-im (4th-year student) was published as the cover article in the SCI-level international journal
ºİºİߣ Confirms Lime Peel's Sleep Improvement Effects Comparable to ¡®Sleeping Pills¡¯- Research by PhD student Kim Seong-hee Published in Top Alternative Medicine Journal ºİºİߣ (President Baek Sang-hoon) announced that PhD student Kim Seong-hee from the Department of Food Engineering has published research confirming that lime peel extract has excellent sleep improvement effects in humans. Kim Seong-hee's paper, titled ¡®Efficacy and safety of standardized lime peel supplement in adults with sleep disturbance: A randomized, double-blind, placebo-controlled, polysomnographic study¡¯(supervised by Professor Cho Seung-mok), was recently published in the international journal [Phytomedicine] (IF: 6.7), which is ranked within the top 5% of alternative medicine journals. Kim Seong-hee, a doctoral student, conducted a clinical study using polysomnography for this research. The results showed that lime peel extract significantly improved sleep indicators, including increased sleep efficiency, total sleep time, decreased sleep latency, reduced wake time after sleep onset, and increased Stage 2 sleep. Notably, the lime peel extract improved sleep efficiency by about 8.5%, a level comparable to well-known sleep medications, demonstrating its remarkable effectiveness. This research has been featured in the Biological Research Information Center (BRIC)'s 'People Who Shine in Korea' and highlighted as a major article in 'NutraIngredients,' a global functional food media outlet, drawing significant attention. Kim Seong-hee, a doctoral student, along with Professor Cho Seung-mok, published a groundbreaking preclinical study on the sleep effects and mechanisms of lime peel extract in the top 5% international journal in the field of pharmacology, *Biomedicine & Pharmacotherapy* (IF: 6.9) last year. In this follow-up clinical study, Kim confirmed the effectiveness of lime peel extract. In addition, Kim Seong-hee has been working at Nutra-it, a venture company founded by her advisor, conducting research on the commercialization of lime peel extract. Recently, she has signed Non-Disclosure Agreements (NDAs) with global functional food companies and is in negotiations for the export of lime peel extract. This year, she is also expecting to receive individual recognition for the functional ingredient in domestic health supplements and approval from the U.S. FDA for New Dietary Ingredients (NDI). Professor Cho Seung-mok stated, "Faculty entrepreneurship or research commercialization in research labs with excellent research achievements is a good choice for continuous research and talent development. In particular, industrialization research in the Department of Food Engineering, which has high applicability and practicality, is suitable for developing the practical skills of graduate students, and we will continue to expand industrialization research in the future." [Pukyong Today]
?????? (2025-03-27)??? 192ºİºİߣ, Pusan National University, and the French National Centre for Scientific Research Present International Collaborative Research on Nanophotonics Brain Tumor Diagnosis Strategy- ºİºİߣ's Professor Lim Hae-kyun and the team publish review article in the international journal
ºİºİߣ Professor Kwon Hyuk-jin¡¯s Research Team, Develops Next-Generation Insulating Material Usable at Low Temperature and Without Vacuum- Expected to Accelerate the Era of Flexible Electronics - Published in International Journal ºİºİߣ (President Baek Sang-hoon) announced that Professor Kwon Hyuk-jin (Department of Energy Chemical Materials Engineering) and his research team have developed a new insulating material based on an inorganic-organic hybrid that is attracting attention as a key material for next-generation flexible electronics. Along with Professor Kwon Hyuk-jin, the research team, including Professor Kim Joo-young (Department of Materials Science and Engineering, Kangwon National University) and Professor Kim Se-hyun(Department of Chemical Engineering, Konkuk University), published the results of this research in the international materials science journal
ºİºİߣ-KIST, Develop Wearable Hydrogel Sensor Capable of Generating Electricity from Seawater- Professor Kim Yong-hyun's Team Publishes in International Journal
ºİºİߣ and Hanyang University Develop Cutting-Edge Fabric Material that ¡®Changes Color When Stretched¡®- Professor Kim Dae-seok's team accelerates the practical application of mechanochromic fabric materials usable as visual sensors - Paper published in the Nature sister journal
Microplastics in PET Bottles Deteriorate Male Reproductive Development Study 'Gains Attention'- ºİºİߣ Research Team Publishes in the International Journal
Effect of in-game situations and advertisement animation in eSports on visual attention, memory, brand attitude and behavioral intentions The research team led by Professor Daehwan Kim in the Department of Marine Sports has published significant findings on the effectiveness of advertising in eSports, garnering attention from both academia and industry. The research team analyzed the impact of in-game situations and advertisement animation on visual attention, memory, brand attitude, and behavioral intention in their latest study, providing empirical validation for advertising strategies in eSports. This study aimed to examine how different advertising exposure methods during eSports matches influence audience visual attention and memory formation which sequentially affect brand attitudes and behavioral intentions. The research team conducted experiments in which participants watched a manipulated video of a StarCraft eSports match, containing both static and animated advertisements displayed during battle and non-battle situations. Participants, equipped with eye-tracking devices, observed the 2-minute-and-30-second video and subsequently completed a questionnaire measuring visual attention, memory retention, brand attitude, and behavioral intention. The findings revealed that advertisements received significantly higher visual attention¨Dboth in terms of fixation count and duration¨Dduring non-battle situations than in battle situations. Additionally, increased fixation count on advertisements led to enhanced implicit memory, which in turn positively influenced brand attitude and behavioral intention. However, differences in advertisement animation (static vs. animated) had no substantial impact on visual attention or memory formation. This study offers valuable insights for developing effective eSports advertising strategies. The research team emphasized that "eSports advertisements are more effective when placed in non-battle situations rather than during intense gameplay. Additionally, repeated exposure to brand advertisements is crucial in enhancing brand recognition." They further noted that "natural and unobtrusive advertisement exposure plays a key role in stimulating implicit memory, which ultimately shapes brand attitudes and behavioral intentions positively.¡° The study has been published in the international academic journal [Internet Research](IF 5.9), marking a significant contribution to the field of eSports advertising. It not only advances academic understanding of advertising effectiveness in digital sports but also highlights ºİºİߣ¡¯s leading role in eSports and digital marketing research. The research findings are expected to serve as a foundational framework for optimizing advertising strategies in the rapidly growing eSports industry, providing new directions for both academia and industry professionals.
?????? (2025-03-17)??? 299ºİºİߣ Professor Nam Seung Yun¡¯s Team Develops Elasticity Monitoring-Based Bioprinting Technology- World¡¯s First Real-Time Elasticity Monitoring-Based Bioprinting Technology ºİºİߣ (President Bae Sang-Hoon) announced that the research team led by Professor Nam Seung Yun of the Department of Biomedical Engineering has developed a new bioprinting technology using ultrasound elasticity monitoring. Professor Nam Seung Yun, along with Professor Park Sang-Hyug from the same department and Professor Yoon Changhan from the Department of Biomedical Engineering at Inje University, successfully developed the world¡¯s first technology that precisely measures the elasticity changes of cell scaffolds in real-time during the bioprinting process using ultrasonic shear wave elastography. Bioprinting is an advanced technology for tissue regeneration and artificial organ development, but there have been limitations in precisely evaluating the mechanical properties of cell scaffolds in real time. Human tissues have varying elastic properties, and since the growth and differentiation of cells are greatly influenced by these mechanical characteristics, the development of a technology to dynamically monitor them is essential. Conventional methods can only assess the mechanical properties destructively before and after the fabrication of the cell scaffold, making it difficult to capture dynamic changes during the bioprinting process. However, the technology developed by the research team has the advantage of enabling non-destructive monitoring of the elasticity and stability of the structure even during the fabrication of the cell scaffolds. The research team published their findings in the paper titled ¡°Suspended bioprinting with in-situ elasticity monitoring using the assessment of shear wave phase velocity¡± in the top-tier international journal
ºİºİߣ Key Research Institute¡¯s Research on Anti-Cancer and Anti-Bacterial Properties of Seaweed Gains ¡®Attention¡¯-Synthesis of Functional Silver Nanoparticles Using Phytonutrient-Derived Substances Published in International Journal The research team from the Marine Bionics Convergence Technology Center (Director Jung Won-Kyo), a key research institute of ºİºİߣ, has gained attention for synthesizing silver nanoparticles (AgNPs) using seaweed-derived substances and demonstrating their anti-cancer and anti-bacterial properties. The team used phlorotannin, a polyphenolic compound isolated from brown algae species, and synthesized functional silver nanoparticles (AgNPs). They presented the results of the synthesis mechanism through optimized synthesis processes, anti-cancer and anti-bacterial activity evaluations, and molecular dynamics simulations. The silver nanoparticles successfully synthesized through the optimized process exhibited excellent anti-cancer and anti-bacterial effects in the experiments conducted by the research team. The team also performed molecular dynamics simulations to predict the phlorotannin and silver nanoparticle synthesis process at the molecular level, identifying the nanoparticle formation process and pH-dependent molecular behaviors. The research team included the first author, Ph.D. candidate Kim Nam-gyun (Department of Industry 4.0 Convergence Bionics Engineering), corresponding author Professor Jung Won-Kyo (Department of Biomedical Engineering), co-author Professor Yi Myunggi (Department of Biomedical Engineering), student Lee Hye-won (4th-year Biomedical Engineering), Master¡¯s student Hadi Sedigh Malekroodi (Department of Industry 4.0 Convergence Bionics Engineering), Professor Kim Young-Mog (Department of Food Engineering), and postdoctoral researcher Oh Do Kyung (Department of Food Engineering), all contributing to the successful collaborative interdisciplinary research. The research paper titled ¡®Harnessing marine-derived polyphenols for the one-pot synthesis of functional silver nanoparticles: Anti-cancer, anti-bacterial, and MD simulation¡¯ was published in the prestigious international journal
ºİºİߣ and She¡¯z M Co., Ltd. Collaboration on ¡®AI Bidet¡¯ Technology Draws ¡®Attention¡¯-Professor Kwon Gi-ryong and CEO Kim Bo-seong¡¯s research team ¡ Selected for outstanding corporate performanceThe ¡®AI Bidet¡¯ technology jointly developed by Professor Kwon Gi-ryong (Department of Computer and Artificial Intelligence Engineering) at ºİºİߣ and CEO Kim Bo-seong of She¡¯z M is receiving attention. The ¡®AI Bidet¡¯ developed by Professor Kwon¡¯s research team is an AI-powered restroom system that uses artificial intelligence algorithms to analyze bathroom habits, including both urination and defecation. This system incorporates innovative technologies that utilize a combination of video analysis, chemical analysis methods, and sensors with artificial intelligence algorithms to monitor the user¡¯s health status and provide feedback. After using the toilet equipped with this system, the user presses a button, and the sensor measures the intestinal health condition, which is then relayed to the user through a mobile app, allowing them to systematically manage their gut health. CEO Kim Bo-seong of She¡¯z M entered ºİºİߣ¡¯s graduate school in 2022, completed his master¡¯s program, and worked alongside Professor Kwon Gi-ryong¡¯s research team to develop this system. She¡¯z M, with this technology, was selected for the ¡°Top 50 Outstanding Achievements in R&D by SMEs¡± by the Ministry of SMEs and Startups in 2023, winning the Minister of SMEs and Startups Award. Furthermore, in 2024, it was recognized as a contributor to the development of the medical industry in Busan at the 2024 Medical ICT Convergence Center Performance Report held on December 17 and received a commendation from the Mayor of Busan. She¡¯z M has commercialized the technology and released it as an actual product, entering the domestic and international bidet markets in collaboration with bidet rental companies. CEO Kim Bo-seong stated, ¡°By focusing on the routine of using the restroom in the morning, we developed AI technology to analyze biomarkers within the toilet. We will continue our research and development to introduce innovative products that contribute to users¡¯ health management.¡±
?????? (2025-02-18)??? 313ºİºİߣ, Develops the First Domestic Fish Stock Quantification Method Based on eDNA-Professor Kim Kyung-hwe¡¯s Research Team Publishes Findings in International Academic Journalºİºİߣ (President Bae Sang-hoon) announced that Professor Kim Kyung-hwe¡¯s (Department of Ocean Engineering) research team has developed the first domestic fish stock quantification method based on eDNA. Professor Kim Kyung-hwe from the Department of Ocean Engineering at ºİºİߣ, along with Ph.D. candidate Park Seong-sik and Dr. Yoon Seok-jin from the National Fisheries Research and Development Institute, conducted a numerical study on evaluating fish population and distribution in semi-enclosed bays using the environmental DNA (eDNA) approach. eDNA is an innovative method that uses genetic traces of organisms to extract ecological information, and it is considered more efficient and non-invasive compared to traditional survey methods. In this study, the research team analyzed the impact of environmental factors such as water temperature and currents on the distribution and concentration of eDNA through numerical modeling, and assessed the accuracy of the eDNA approach in estimating fish distribution. Through this study, the research team not only demonstrated that the eDNA-based approach is a useful tool for estimating fish stock in semi-enclosed bays, but also presented new possibilities for fisheries and marine ecosystem management. The paper titled ¡®Numerical Study on Evaluation of Environmental DNA Approach for Estimating Fish Abundance and Distribution in Semi-Enclosed Bay¡¯ has recently been published in the SCIE international journal
Professor Se-Jung Lee's Team at ºİºİߣ Developed Metformin-Based Treatment for Colitisºİºİߣ (President Sang-Hoon Bae) announced that the research team led by Professor Se-Jung Lee from the Department of Smart Healthcare Convergence, Human Bio-Convergence Major, has developed an innovative metformin capsule effective in treating inflammatory bowel disease (IBD) and improving the gut microbiome. Professor Se-Jung Lee collaborated with Professor Chang-Hyung Choi from Yeungnam University, and the joint research findings were published in January in the international journal Journal of Controlled Release (IF 10.5), which specializes in chemistry and pharmacology. The research team developed an oral pH-responsive drug delivery system using microfluidic technology to encapsulate metformin, a well-known diabetes treatment, within a triple-layer hydrogel capsule. This capsule is designed to release metformin specifically in the colonic inflammation site (pH 7) while protecting the drug from degradation in the acidic gastric environment (pH 2). This approach significantly enhances the bioavailability of the drug at the target site, enabling effective treatment of inflammatory bowel disease (IBD) with lower doses. The study also revealed that metformin not only regulates the pro-inflammatory immune response mechanism in IBD animal models but also improves the diversity and richness of the gut microbiota. Professor Se-Jung Lee explained, ¡°Patients with inflammatory colitis often face dietary restrictions, which can impair nutrient absorption, disrupt glycemic control, and increase the risk of developing Type 2 diabetes. While metformin has garnered significant attention as an exceptional diabetes treatment, its potential as a colitis treatment remains largely unexplored. Moreover, its stability and bioavailability are often compromised due to degradation by gastric acid and digestive enzymes before reaching the intestinal tract, necessitating higher doses. This encapsulation technology addresses these limitations and represents a breakthrough in drug delivery.¡± He further emphasized, ¡°Our findings highlight metformin¡¯s novel pharmacological effects and its potential as a therapeutic option for microbiome modulation and the treatment of refractory colitis through microcapsulation technology.¡± Additionally, Professor Lee shared his aspirations, stating, ¡°Through the development of advanced microcapsules and microneedles, I aim to discover biopharmaceuticals, such as stem cells, peptides, and antibodies, capable of being specifically delivered to disease sites. This research will contribute to treating metabolic, chronic, and intractable diseases. I also hope to foster the next generation of talent in the field of smart healthcare.¡±
????? (2025-01-21)??? 354ºİºİߣ Research Team Discovers Anion Separation Phenomenon in All-Solid-State Batteries-Research by Professor Jeong Seong-cheol¡¯s Team Published in the UK Royal Society of Chemistry Journal-Localized Anion Separation Phenomenon Causes High Ionic Conductivity ºİºİߣ (President Bae Sang-hoon) announced that Professor Jeong Seong-cheol¡¯s (Department of Physics) research team discovered a phenomenon in which monovalent and divalent ions are locally separated in the Li6PS5Cl solid electrolyte of the argyrodite structure used in all-solid-state batteries. The research team, led by Professor Jeong Seong-cheol, Postdoctoral Researcher Lee Se-ho (G-LAMP Project), and Ph.D. student Jeon Tae-gon (Department of Physics), revealed through first-principles calculations that the difference in lithium mobility due to the anion domain caused by the anion local separation discovered in the Li6-xPS5-xClBrx solid electrolyte is the cause of the high ion conductivity in the Li6PS5Cl series solid electrolytes. Solid electrolytes based on the argyrodite structure have excellent ion conductivity, good cost-effectiveness of raw materials, and ease of synthesis, leading to active research in this field. Professor Jung¡¯s team found that in this study, lithium ions are more concentrated in the S2- divalent anion region than in the Cl- and Br- monovalent anion regions, leading to the effective stabilization of the argyrodite structure. Additionally, lithium ions in the divalent anion region showed low mobility due to their strong binding with the anions, while lithium ions in the monovalent anion region exhibited higher mobility due to weaker binding with the anions. Through this, they identified that the lithium diffusion mechanism in argyrodite solid electrolytes relies on the anion regions. Professor Jung Seong-cheol stated, ¡°This study reveals that the well-known disordered arrangement of anions in Li6PS5Cl-based argyrodite solid electrolytes is actually related to the local separation of anions, providing a new perspective for understanding the high conductivity of argyrodite solid electrolytes.¡± Meanwhile, this research was conducted with support from the Ministry of Education¡¯s G-LAMP project and was recently published in the prestigious international journal
ºİºİߣ Professor Kim Young-mok¡¯s Research Team Publishes Paper in Top Environmental Engineering and Safety Journal-
ºİºİߣ Professor Kwon Hyuk-jin¡¯s Research Team Develops Low-power Driven Printed Flexible Transistor Electronic Devicesºİºİߣ (President Bae Sang-hoon) announced that Professor Kwon Hyuk-jin¡¯s research team (Major of Industrial Chemistry) has developed polyimide-based gate dielectric technology, which is being recognized as a key material for next-generation flexible electronic devices. Professor Kwon Hyuk-jin, along with Professor Lim Bo-gyu, Chungbuk National University (Major of Industrial Chemistry), Professor Kim Se-hyun, Konkuk University (Department of Chemical Engineering), and Professor Lee Seung-woo, Yeungnam University (Department of Chemical Engineering), and the collaborative research team, published their findings in the materials science international journal