Author

S. Sim

Listed by name: these papers carry no ORCID for this author, so different people with the same name may be mixed together.

Biology Disciplines

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Bioengineering· 1 Biophysics· 1 Ecology· 1 Microbiology· 1

Signature Assays, Organisms & Methods

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Approach:experimental assay· 3 Research Focus:cell signaling & trafficking· 2 Organism:bacteria (other)· 1 Research Focus:drug response / drug discovery· 1 Organism:E. coli· 1 Research Focus:ecology & biodiversity· 1 Research Focus:host-pathogen & immune response· 1 Assay:proteomics· 1

Frequent Co-Authors

A. Baccini· 1 shared A. C. Kruse· 1 shared A. Leary· 1 shared C. Weil· 1 shared D. Kahne· 1 shared E. Garner· 1 shared E. Nazarova· 1 shared G. Squyres· 1 shared

Activity by Year

2018-2024 · peak 2/yr

Co-Author Collaboration Network

10 top collaborators · 14 mutual co-author links

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Curved chords = mutual co-authorship

1 shared paperEcology

A. Baccini

Mutual co-authors in cluster

Author profile →

4 papers

Recent·Most cited

Programming aliphatic polyester degradation by engineered bacterial spores

Z. Cui, M. Kawada, Y. Hui, S. Sim

This paper demonstrates engineered bacterial spores displaying enzymes for sustainable aliphatic polyester degradation, showing repeated reuse and full activity recovery.

bioRxiv · Jul 16, 2024Bioengineering

Spatial heterogeneity in forest carbon storage affects priorities for reforestation

R. Chaplin-Kramer, J. A. Johnson, R. P. Sharp, J. Chatterton, C. Weil, A. Baccini, S. Sim

The paper shows spatially-explicit carbon modeling identifies more efficient reforestation opportunities than area-based averages, with high fragmentation areas offering greatest carbon gains.

bioRxiv · Jul 6, 2021 · PreprintEcology

Kinesin-5 forms a stable bipolar spindle in a fast, irreversible snap

A. Leary, E. Nazarova, S. Sim, K. Shulist, P. Francois, J. Vogel

The paper shows Kinesin-5 crosslinking drives fast, irreversible pole separation in monopolar spindles, forming a stable bipolar spindle.

bioRxiv · Dec 13, 2018 · PreprintBiophysics

An activation pathway governs cell wall polymerization by a bacterial morphogenic machine

P. A. Rohs, J. Buss, S. Sim, G. Squyres, V. Srisuknimit, M. Smith, H. Cho, M. Sjodt, A. C. Kruse, E. Garner, S. Walker, D. Kahne, T. G. Bernhardt

The paper identifies an activation pathway involving PBP2 that enhances cell wall polymerization and MreB filament formation in E. coli.

bioRxiv · Jun 29, 2018 · PreprintMicrobiology