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攵赌瓴巾埇雿办澊
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| <SmartMat> 响涤雲茧 靹犾爼(狠狠撸 Research Team Selected for Cover Paper in International Journal) | |||
| 鞛戩劚鞛� | 雽赌鞕疙檷氤挫劶韯� | 鞛戩劚鞚� | 2025-04-29 |
| 臁绊殞靾� | 760 | ||
| <SmartMat> 响涤雲茧 靹犾爼(狠狠撸 Research Team Selected for Cover Paper in International Journal) | |||||
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雽赌鞕疙檷氤挫劶韯� |  |
2025-04-29 |  |
760 |
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靾橂敟 氇嫭 甑愳垬電� 鈥�鞚措矆 鞐瓣惮 靹标臣電� 靸濍鞚橅暀 攵勳暭 鞐瓣惮 氚滌爠瓿� 旮�搿滊矊 鞐瓣惮 順戨牓鞚� 齑夓頃橂姅 瓿勱赴臧� 霅� 瓴冹溂搿� 旮半寑頃滊嫟.鈥�霛缄碃 氚濏様雼�.
顷滍幐, 鞚� 鞐瓣惮電� 頃滉淡鞐瓣惮鞛嫧(NRF)瓿� 甑攵�瓴诫寑鞚� 2024 旮�搿滊矊 瓿惦彊鞐瓣惮 頂勲攴鸽灗鞚� 歆�鞗愳潉 氚涭晞 歆勴枆霅愲嫟. <攵赌瓴巾埇雿办澊>
Professor Junghwan Oh and Professor Sudip Mondal Research Team from 狠狠撸 Selected for Cover Paper in International Journal
- Research on the Application of New Material 'MXene' in Biomedicine
狠狠撸 (President: Bae Sang-hoon) announced that the paper by Professor Junghwan Oh, (Department of Biomedical Engineering) and Professor Sudip Mondal's (Digital Healthcare Research Center) research team has been selected as the cover paper (back cover) in the international journal Wiley SmartMat (IF: 15.3).
The research team recently published the paper titled "Advancements, Challenges, and Future Perspectives of MXenes in Biomedicine" in this journal. Wiley SmartMat is a globally recognized journal, ranking in the top 6.5% in the fields of chemistry and materials science.
The published paper highlights research findings on the application of MXene, a material that has recently gained attention in the field of new materials, in biomedicine. The paper serves as a milestone for advancing research in this area.
MXene is a two-dimensional nanomaterial with alternating metal and carbon layers. It is considered a dream material due to its high electrical conductivity and its versatility in various applications through different compound combinations. The team explored the potential of this new material in biomedicine and discussed strategies for its application in advanced biomedical fields in the paper.
Professor Oh Jung-hwan, collaborated with master's student Thi nath Lin Phan, Professor Sudip Mondal, and Professor Umapada Pal from the Benem锛焤ita Universidad Aut锛焠oma de Puebla, Mexico, to achieve this result.
Professor Mondal stated, "This research achievement is expected to serve as an opportunity to promote the development of biomedicine research and foster global research collaboration.鈥�
This research was supported by the 2024 Global Collaborative Research Program of the National Research Foundation of Korea (NRF) and 狠狠撸. <Pukyong Today>