Angelika Manhart

Assistant Professor in Mathematical Biology

Universität Wien

Austria

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Articles (9)

Derivation and simulation of a computational model of active cell populations: How overlap avoidance, deformability, cell-cell junctions and cytoskeletal forces affect alignment

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Year:

2024

Controlling periodic long-range signalling to drive a morphogenetic transition

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Year:

2023

How environment affects active particle swarms: a case study

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Year:

2022

Chaos in synthetic microbial communities

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Year:

2022

Mathematical modeling accurately predicts the dynamics and scaling of nuclear growth in discrete cytoplasmic volumes

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Year:

2022

Kinetic modelling of colonies of myxobacteria

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Year:

2021

Large-Scale Dynamics of Self-propelled Particles Moving Through Obstacles: Model Derivation and Pattern Formation

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Year:

2020

Reverse-engineering forces responsible for dynamic clustering and spreading of multiple nuclei in developing muscle cells

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Year:

2020

Centering and symmetry breaking in confined contracting actomyosin networks

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Year:

2020

Collaborators (7)

Brian Stramer

Reader

King's College London - Guy's Campus

UNITED KINGDOM

Chris Barnes

University College London

UNITED KINGDOM

Jesse Gatlin

Professor

University of Wyoming

UNITED STATES

Stefania Marcotti

King’s College London

UNITED KINGDOM

Pierre Degond

Institut de mathématiques de Toulouse

FRANCE

Sara Merino-Aceituno

Assistant Professor

Universität Wien

AUSTRIA

Pedro Aceves-Sanchez

Assistant Professor

University of Arizona

UNITED STATES

Angelika Manhart

Research Interests

Explore related searches

Contact this professor

Articles (9)

Derivation and simulation of a computational model of active cell populations: How overlap avoidance, deformability, cell-cell junctions and cytoskeletal forces affect alignment

Controlling periodic long-range signalling to drive a morphogenetic transition

How environment affects active particle swarms: a case study

Chaos in synthetic microbial communities

Mathematical modeling accurately predicts the dynamics and scaling of nuclear growth in discrete cytoplasmic volumes

Kinetic modelling of colonies of myxobacteria

Large-Scale Dynamics of Self-propelled Particles Moving Through Obstacles: Model Derivation and Pattern Formation

Reverse-engineering forces responsible for dynamic clustering and spreading of multiple nuclei in developing muscle cells

Centering and symmetry breaking in confined contracting actomyosin networks

Collaborators (7)

Brian Stramer

Chris Barnes

Jesse Gatlin

Stefania Marcotti

Pierre Degond

Sara Merino-Aceituno

Pedro Aceves-Sanchez

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