The role of scaffold reshaping and disassembly in dynamin driven membrane fission von Pannuzzo, Martina, McDargh, Zachary A, Deserno, Markus

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Synaptotagmin is not only a calcium sensor, but also exerts entropic forces that drive membrane fusion von Butu, Ioana C., An, Dong, McDargh, Zachary A., O'Shaughnessy, Ben

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Simulations on physiological timescales show SNAREs drive membrane fusion by entropic forces von An, Dong, Zeng, Jin, McDargh, Zachary A., O'Shaughnessy, Ben, Su, Rui

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Molecular Latent Space Simulators for Distributed and Multimolecular Trajectories von Jones, Michael S., McDargh, Zachary A., Wiewiora, Rafal P., Izaguirre, Jesus A., Xu, Huafeng, Ferguson, Andrew L.

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The neuronal calcium sensor Synaptotagmin-1 and SNARE proteins cooperate to dilate fusion pores von Wu, Zhenyong, Dharan, Nadiv, McDargh, Zachary A, Thiyagarajan, Sathish, O'Shaughnessy, Ben, Karatekin, Erdem

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Dynamin's helical geometry does not destabilize membranes during fission von McDargh, Zachary A., Deserno, Markus

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SNARE‐mediated membrane fusion is a two‐stage process driven by entropic forces von McDargh, Zachary A., Polley, Anirban, O'Shaughnessy, Ben

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Synaptotagmin rings as high-sensitivity regulators of synaptic vesicle docking and fusion von Zhu, Jie, McDargh, Zachary A, Li, Feng, Krishnakumar, Shyam S, Rothman, James E, O'Shaughnessy, Ben

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Constriction by Dynamin: Elasticity versus Adhesion von McDargh, Zachary A., Vázquez-Montejo, Pablo, Guven, Jemal, Deserno, Markus

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Curvature Softening and Negative Compressibility of Gel-Phase Lipid Membranes von Diggins, Patrick, McDargh, Zachary A, Deserno, Markus

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Vesicle Shrinking and Enlargement Play Opposing Roles in the Release of Exocytotic Contents von Shin, Wonchul, Arpino, Gianvito, Thiyagarajan, Sathish, Su, Rui, Ge, Lihao, McDargh, Zachary, Guo, Xiaoli, Wei, Lisi, Shupliakov, Oleg, Jin, Albert, O’Shaughnessy, Ben, Wu, Ling-Gang

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Predicting the structural basis of targeted protein degradation by integrating molecular dynamics simulations with structural mass spectrometry von Dixon, Tom, MacPherson, Derek, Mostofian, Barmak, Dauzhenka, Taras, Lotz, Samuel, McGee, Dwight, Shechter, Sharon, Shrestha, Utsab R., Wiewiora, Rafal, McDargh, Zachary A., Pei, Fen, Pal, Rajat, Ribeiro, João V., Wilkerson, Tanner, Sachdeva, Vipin, Gao, Ning, Jain, Shourya, Sparks, Samuel, Li, Yunxing, Vinitsky, Alexander, Zhang, Xin, Razavi, Asghar M., Kolossváry, István, Imbriglio, Jason, Evdokimov, Artem, Bergeron, Louise, Zhou, Wenchang, Adhikari, Jagat, Ruprecht, Benjamin, Dickson, Alex, Xu, Huafeng, Sherman, Woody, Izaguirre, Jesus A.

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How Many Synaptotagmin Molecules does it Take to Clamp a SNARE Complex? von McDargh, Zachary A., O'Shaughnessy, Ben

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Synaptic Vesicle Release Probability, Kinetics, and Ca-Sensitivity are Regulated by SNARE-Proteins von McDargh, Zachary A., O'Shaughnessy, Ben

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Cofilin Protects Contractile Rings from Bridging Instabilities von McDargh, Zachary A., Zhu, Hongkang, O'Shaughnessy, Ben

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Entropic Forces, Zippering Pressure and Membrane Thinning Drive Snare-Mediated Membrane Fusion von Zeng, Jin, McDargh, Zachary A., O’Shaughnessy, Ben

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Three membrane fusion pore families determine the pathway to pore dilation von Su, Rui, Wang, Shuyuan, McDargh, Zachary, O’Shaughnessy, Ben

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Actin turnover protects the cytokinetic contractile ring from structural instability von McDargh, Zachary, Zhu, Tianyi, Zhu, Hongkang, O'Shaughnessy, Ben

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Why are SNARE complexes rod-shaped? von Zeng, Jin, McDargh, Zachary A., An, Ben O'Shaughnessy, Dong

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Membrane fusion pores belong to three families von Su, Rui, McDargh, Zachary A., Wang, Shuyuan, O’Shaughnessy, Ben

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