SUNGKYUNKWAN UNIVERSITY (SKKU), SEOUL, KOREA


May-July, 2016 Vol. 2
Worldwide
  • SKKU Ranked Top 12th University in Asia, No.1 Korea Private University for 2 Consecutive Years
  • 5th Sungkyun International Solar Forum with 30 World-class Academics from 12 Countries
  • SKKU Strengthen National Management Capacity of Latin American Countries
  • SKKU-Harvard University Held a Workshop about Confucianism Culture and Digital Humanities
Discovery
  • Top University in Engineering, Employment Rate Over 95% and 1st in Scholarship
  • Nurturing Creative Convergence Talent to Reach Top 10 Rank in Asia
  • Successful Launch of Korea Space Telescope Developed by SKKU
  • 1st University in the Industrial-educational Cooperation Field
Top Schools
  • AI Generation Liberal Arts Freshmen, Come and Play with SW!
  • Listen to the Music Composed by 'AI Composer'
  • Fall in Love with Korean Language - Korean Writing Contest Held in Ho Chi Minh and Beijing
Leading Alumni in a Global Society
  • Noticeable Articles Recently Published in Journals
Leading Alumni in a Global Society
  • Student Volunteers Draw a Mural at Regional Children's Center
  • SKKU Undergraduate Student's 'Cell Survival' Study Published in World-class Academic Journal
SKKU Undergraduate Student’s ‘Cell Survival’ Study Published in World-class Academic Journal

SKKU announced that a research paper by lead author, Mr. Koo, Young Won (24, 4th year) from the Biomechatronics Department, and corresponding author, Professor Kim, Geun Hyung, has been published in Biofabrication (Impact Factor: 4.3, JCR Biomaterials Journal among the top 10 percent), an academic journal in the biometric system manufacturing field issued by the British Institute of Physics on May 18th.

The title of the research paper is 'New Strategy for Enhancing In Situ Cell Viability of Cell-printing Process via Piezoelectric Transducer-assisted Three-dimensional Printing'. It uses a piezoelectric transducer that changes an alternating current signal into micro vibrations in order to overcome the shortcomings of existing cell-printing and improve cell viability.

Mr. Koo, who is studying at Professor Kim's lab, had another research paper about a different subject published at the academic journal issued by The Royal Society last May. He had two SCI papers published during his undergraduate years as a lead author including another paper published this May.

Professor Kim explained, "This paper is about Biomechanical engineering technology that maximizes the cell viability of three-dimensional cell printing technology, which is the main interest of recent human tissue regeneration. It's drawing attention from the academic world since the results have the potential to make a massive contribution to the human tissue regeneration field."


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