Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending | Paper Citation Record

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of chemical physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 2026 , publisher=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 2017 , publisher=

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This paper cites Computational Materials Science , volume=.

Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Computational Materials Science , volume=

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This paper cites Physical Review E , volume=.

Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of physics D: Applied physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Current opinion in structural biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical journal , year=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of molecular biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending New journal of physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Experimental mathematics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Cell , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of molecular biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of Chemical Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Macromolecular rapid communications , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Chemistry and physics of lipids , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of the American Chemical Society , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Shapes of fluid membranes with chiral edges

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 1988 , publisher=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of Computational Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of Chemical Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Methods in Enzymology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 2025 , publisher=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Soft matter , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Current opinion in structural biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical Journal , year=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of chemical physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of Physics: Condensed Matter , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending PLOS Computational Biology , publisher =

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending elife , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Proceedings of the National Academy of Sciences , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Zeitschrift f

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical journal , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature communications , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of Chemical Theory and Computation , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 1991 , publisher=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending 2012 , publisher=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of Chemical Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending bioRxiv , pages=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Langmuir , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical review letters , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E—Statistical, Nonlinear, and Soft Matter Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending PLoS biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of membrane biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature structural & molecular biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Soft Matter , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Computer Physics Communications , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biochemical Society Transactions , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E—Statistical, Nonlinear, and Soft Matter Physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Traffic , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Science Advances , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature Communications , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Trends in cell biology , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical Journal , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical journal , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Advances in physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The journal of chemical physics , volume=

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Developmental cell , volume=

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Observation 469c3701-e8fe-449b-84ac-f85c06477d79 · outbound

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Beads, springs and fields: particle-based vs continuum models in cell biophysics

Reference 65

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Observation f2d7aaa5-acb3-4b67-9839-cbca4738ff72 · outbound

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Science Advances , volume=

Reference 66

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The Journal of cell biology , volume=

Reference 67

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature Physics , volume=

Reference 68

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.901820Z

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of cell science , volume=

Reference 69

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical journal , volume=

Reference 70

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical Journal , volume=

Reference 71

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Proceedings of the national academy of sciences , volume=

Reference 72

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Nature , volume=

Reference 73

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Observation a63e838f-e178-43a6-9eb2-a3d727b442b4 · outbound

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Current opinion in cell biology , volume=

Reference 74

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.914776Z

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Observation 92746095-a914-4c56-9d7c-f776b01c8975 · outbound

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending The European Physical Journal Special Topics , volume=

Reference 75

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Journal of virology , volume=

Reference 76

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.918518Z

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Developmental cell , volume=

Reference 77

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.920443Z

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This paper cites bioRxiv , year=.

Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending bioRxiv , year=

Reference 78

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.922624Z

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Observation fbebc2fe-e14a-46ed-90d8-c1f6d9d37441 · outbound

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending bioRxiv , pages=

Reference 79

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Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Physical Review E—Statistical, Nonlinear, and Soft Matter Physics , volume=

Reference 80

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.926780Z

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Observation 70234efe-cc19-49c7-bd13-dd16ce894ac7 · outbound

This paper cites Biophysical reports , volume=.

Hybrid Dynamical Simulation Reveals Apparent Stiffening of Flexible Protein Lattices Driving Membrane Bending Biophysical reports , volume=

Reference 81

Resolution: unresolved; no resolver link, observed 2026-08-02T08:23:00.928769Z

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