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의료용 고분자 부문위원회(II)

  • Apr 09(Thu), 2026, 15:00 - 19:00
  • 포스터장
  • Chair : 김종호, 이규리
17:00 - 18:30
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[2PS-053]

우수논문발표상 응모자

Multi-scale MD simulations uncover lipid-DNA self-assembly and membrane insertion driving cellular uptake

발표자전은률 (부경대학교)

연구책임자곽민석 (국립부경대학교)

공동저자전은률 (부경대학교), 김해주 (Pusan National University), 곽민석 (국립부경대학교)

Abstract

Amphiphilic lipid-modified DNA (U4T) self-assembles into spherical micelles with optimal aggregation number N=24, as determined by MARTINI coarse-grained and Gromacs all-atom simulations. Our multi-scale MD revealed a novel receptor-independent endocytosis mechanism: all-atom simulations showed spontaneous lipid insertion into DOPC bilayers, while coarse-grained simulations demonstrated membrane curvature formation upon U4T docking. These computational findings were validated experimentally using artificial membrane systems and live cells, confirming membrane interaction-mediated endocytosis rather than conventional receptor-mediated pathways. This multi-scale approach provides new insights for developing lipid-DNA-based drug delivery platforms.

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