Additional supplementary data and method details for Wang, Kulkarni, Nong et al., Cell 2025

1) WangOrigamiSequences.docx: Sequences for DNA origami tiles with azide terminated strands for conjugation to functional proteins.
2) Movie1.m4v: Scattering nanoparticle tracking analysis recording for liposomes in buffer.
3) Movie2.m4v: Fluorescence nanoparticle tracking analysis recording for liposomes in buffer, showing no background signal from liposomes.
4) Movie6.m4v: Fluorescence nanoparticle tracking analysis recording for plasma with fluorescent C3 and protein-liposomes with surface protein spacing = 25 nm. Corresponds to data in Fig. S4g-h in the paper.
5) Movie7.m4v: Fluorescence nanoparticle tracking analysis recording for plasma with fluorescent C3 and protein-liposomes with surface protein spacing = 29 nm. Corresponds to data in Fig. S4g-h in the paper.
6) Movie8.m4v: Fluorescence nanoparticle tracking analysis recording for plasma with fluorescent C3 and protein-liposomes with surface protein spacing = 36 nm. Corresponds to data in Fig. S4g-h in the paper.
7) Movie10.m4v: Fluorescence nanoparticle tracking analysis recording for plasma/gelatin veronal buffer with fluorescent C3 and protein-liposomes with surface protein spacing = 25 nm. Corresponds to data in Fig. 2h-i in the paper.
8) Movie11.m4v: Fluorescence nanoparticle tracking analysis recording for plasma/gelatin veronal buffer with fluorescent C3 and protein-liposomes with surface protein spacing = 29 nm. Corresponds to data in Fig. 2h-i in the paper.
9) Movie12.m4v: Fluorescence nanoparticle tracking analysis recording for plasma/gelatin veronal buffer with fluorescent C3 and protein-liposomes with surface protein spacing = 36 nm. Corresponds to data in Fig. 2h-i in the paper.
10) Movie14.m4v: Agent-based model of complement deposition on a sphere with surface protein spacing = 24 nm. Corresponds to data in Fig. 6 in the paper.
11) Movie15.m4v: Agent-based model of complement deposition on a sphere with surface protein spacing = 34 nm. Corresponds to data in Fig. 6 in the paper.