Embedded Files
Journals
[4] Uncovering design and assembly rules for mRNA–DNA origami
Jack Y. Wang*, Jared Huzar*, Myoungseok Kim*, Taeyoung Ryu, Nahtalee R. Lomeli, Derfogail Delcassian, Do-Nyun Kim, and Griogry Tikhomirov
(Submitted) bioRxiv (2025) - [ preprint ]
*: Contributed equally
[3] Programming molecular encoding and information interchange through multiplexed reconfigurations of DNA origami
Myoungseok Kim*, Dongsik Seo*, Grigory Tikhomirov, and Do-Nyun Kim
(In progress)
*: Contributed equally
[ Conference ]
- DNA31, Oral Presentation (31st International Conference on DNA Computing and Molecular Programming) – [ link (track B) ]
: Selected as The Seeman Student Travel Award (top 6) by ISNSCE (International Society for Nanoscale Science, Computation and Engineering) - [ link ]
: Awarded as NSF Travel Grant Award for the DNA31 International Conference
- FNANO 2025, (Poster) 22th International Annual Conference Foundations of Nanoscience, Track: DNA Nanosystems - Programmed Function (Apr. 29, 2025)
[2] Harnessing a paper-folding mechanism for reconfigurable DNA origami
Myoungseok Kim, Chanseok Lee, Kyounghwa Jeon, Jae Young Lee, Young-Joo Kim, Jae Gyung Lee, Hyunsu Kim, Maenghyo Cho, and Do-Nyun Kim
Nature 619, 78–86 (2023) - [ link ] (IF = 69.504)
- Selected as Cover Article of 6 July 2023 - [ link ]
- Featured in Nature Research Briefing (5 July 2023) "Nanoscale origami with DNA-wireframe paper" - [ link ]
[ MEDIA ]
- Research Interview, CNN World - Tech for Good "From microrobots to DNA: Folding origami at a nanoscale" - [ link (2:20-2:51) ]
- Research Briefing in Ministry of Science and ICT (MIST), Government of the Republic of Korea - [ link ] (by Prof. Do-Nyun Kim)
- Selected as "2024 Top 10 Mechanical Technologies of the Year in the Republic of Korea", The Korean Federation of Mechanical Engineering Societies - [ link ]
- Selected as "2024 Top 100 National Research Development and Excellence Achievements in the Republic of Korea", Ministry of Science and ICT (MIST), Government of the Republic of Korea - [ link (in progress) ][ Announcement (KOR) ]
- Research Interview, MEch-SSENGER - NEWSLETTER (Vol.5 Fall 2023), Seoul National University - [ SNU MECH-NEWSLETTER ], [ pdf ]
[ Conference ]
- Keynote Speaker in FNANO24, "Design Strategies for Reconfigurable DNA Origami" (by Prof. Do-Nyun Kim) - [ program (Day 1 - April 21, 2024) ]
- Invited Speaker in DNA Nanotech Webinar (webpage), University of Edinburgh (by Prof. Katherine Dunn) - [ link (in progress), 5 Sept. 2023 ]
- 2023 KSME - CAE & AM, Korean Society of Mechanical Engineers - Computer Aided ENG. & Applied Mechanics (Presentation & Best Paper Award)
- FNANO 2022, 19th International Annual Conference Foundations of Nanoscience (Poster, P4.7) (April 14, 2022) - [ Poster ]
[1] Characterizing and harnessing the mechanical properties of short single-stranded DNA in structured assemblies
Jae Young Lee*, Myoungseok Kim*, Chanseok Lee, and Do-Nyun Kim
ACS nano 15:20430-20441 (2021) - [ link ] (IF = 15.881)
*: Contributed equally
[ Conference ]
- DNA 27: 27th International Conference on DNA Computing and Molecular Programming (Poster, P-C-001)
Intellectual Patents (IP)
[IP3] Method for Scalable Fluorescence Control using Nucleic Acid Structure
Dongsik Seo, Myoungseok Kim, and Do-Nyun Kim
(In progress)
[IP2] Method for Fluorescence Modulation using Nucleic Acid Structure
Myoungseok Kim, Dongsik Seo, and Do-Nyun Kim
(In progress)
[IP1] Method for Preparing Nucleic Acid Structure
Myoungseok Kim and Do-Nyun Kim
United States (2023) and South Korea (2022) - US20230167439A1 & KR10-2021-0167625 - [ link ]
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