Faculty

Institution

Unit

Venue

Christina Hueschen

University of California, San Diego

Affiliations

Biological Sciences

NoneChristina Hueschen is currently serving as a Biological Sciences faculty at University of California, San Diego.

Honors

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Experiences

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Education

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Christina Hueschen

University of California, San Diego

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cell biology neuroscience cytoskeleton developmental biology structural biology genetics neuroanatomy fluid dynamics cellular physiology molecular cell biology mammalian biology cell research cell motility cell biomechanics bacterial growth fundamental limits proteomics cell division microfluidics gene expression nature physic wildlife avian biology animal science livestock science animal ecology stem cell research group process developmental cell developmental dynamic developmental science biophysical review cellular biology chromosome biology cytogenetics bacteriology organelle dynamics micro technology cell trafficking intracellular trafficking protein transport nematology landscape ecology breeding behavior movement ecology peripheral nervous system cell interactions cell control cellular neurobiology collective motion collective cognition work group dynamics collective action problems collective intelligence experimental biophysics quantum biology cell biophysics emergent phenomena proteomic composition dynein activity lateral microtubule contact cell cortex mammalian spindle elongation steady-state spindle shape microtubule end-clustering ciliary membranes emergent actin wildebeest herds author response restless cell actin self-organization parasitic cells

Notable Scholarly Works

Notable Federal Grants

Collaborators

Emergent Actin Flows Explain Distinct Modes of Gliding Motility. Nature Physics (2024)

Christina L. HueschenLi-av Segev-ZarkoJian-Hua ChenMark A. LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

physicsfluid dynamicsnature physic

The Restless Cell. Princeton University Press eBooks (2024)

Christina HueschenRob Phillips

cellular networksperipheral nervous systemstem cell researchcellular physiologycell motilityrestless cellcell interactionsbiologycell researchmammalian biologycell controlsystems neurosciencenervous systemcellular neurobiologyneuroanatomyneuroscienceneurophysiologycell biology

The Restless Cell Continuum Theories of Living Matter. (2024)

quantum biologybiophysicsquantitative biologybiophysical reviewliving matterstatistical physicscell biophysicspattern formationbiosystemsemergent phenomenastatistical mechanicstheoretical biology

Actin Self-Organization in Gliding Parasitic Cells. Biophysical Journal (2023)

Christina L. HueschenLi-av Segev ZarkoJian-Hua ChenMark LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

physiologybiophysicsactin self-organizationparasitic cellsbiomechanicsneuroscience

Wildebeest Herds on Rolling Hills: Flocking on Arbitrary Curved Surfaces. Physical review. E (2023)

Christina L. HueschenAlexander R. DunnRob Phillips

physicslandscape ecologywildlifeavian biologyphysical geographybreeding behavioranimal sciencewildebeest herdsecologylivestock sciencemovement ecologyanimal ecology

Distinct Self-Organized Actin Patterns Explain Diverse Parasite Gliding Modes. Biophysical Journal (2022)

Christina HueschenLi-av Segev ZarkoJian-Hua ChenMark LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

immunologysystems biologybiophysicsparasitology

Emergent Actin Flows Explain Diverse Parasite Gliding Modes. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Christina L. HueschenLi-av Segev ZarkoJian-Hua ChenMark A. LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

biophysicsfluid dynamicsparasitologynematologyemergent actinevolutionary biology

Fundamental Limits on the Rate of Bacterial Growth and Their Influence on Proteomic Composition. Cell Systems (2021)

Nathan M. BelliveauGriffin ChureChristina L. HueschenHernan G. GarciaJane KondevDaniel S. FisherJulie A. TheriotRob Phillips

proteomicsbacteriologybacterial growthproteomic compositionfundamental limitsmicrobiologycell biology

Fundamental Limits on the Rate of Bacterial Growth. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Nathan M. BelliveauGrifin ChureChristina L. HueschenHernan G. GarciaJane KondevDaniel S. FisherJulie A. TheriotRob Phillips

fundamental limitsbacterial growthmicrobiologymicrobial ecology

Microtubule End-Clustering Maintains a Steady-State Spindle Shape. Current Biology (2019)

Christina L. HueschenVahe GalstyanMeelad AmouzgarRob PhillipsSophie Dumont

biophysicssteady-state spindle shapecytoskeletonstructural biologymicro technologymicrotubule end-clusteringcell biologyneurosciencemicrofluidics

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Christina Hueschen

University of California, San Diego

Affiliations

Biological Sciences

NoneChristina Hueschen is currently serving as a Biological Sciences faculty at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christina Hueschen

University of California, San Diego

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Emergent Actin Flows Explain Distinct Modes of Gliding Motility. Nature Physics (2024)

Christina L. HueschenLi-av Segev-ZarkoJian-Hua ChenMark A. LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

physicsfluid dynamicsnature physic

The Restless Cell. Princeton University Press eBooks (2024)

Christina HueschenRob Phillips

The Restless Cell Continuum Theories of Living Matter. (2024)

quantum biologybiophysicsquantitative biologybiophysical reviewliving matterstatistical physicscell biophysicspattern formationbiosystemsemergent phenomenastatistical mechanicstheoretical biology

Actin Self-Organization in Gliding Parasitic Cells. Biophysical Journal (2023)

Christina L. HueschenLi-av Segev ZarkoJian-Hua ChenMark LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

physiologybiophysicsactin self-organizationparasitic cellsbiomechanicsneuroscience

Wildebeest Herds on Rolling Hills: Flocking on Arbitrary Curved Surfaces. Physical review. E (2023)

Christina L. HueschenAlexander R. DunnRob Phillips

physicslandscape ecologywildlifeavian biologyphysical geographybreeding behavioranimal sciencewildebeest herdsecologylivestock sciencemovement ecologyanimal ecology

Distinct Self-Organized Actin Patterns Explain Diverse Parasite Gliding Modes. Biophysical Journal (2022)

Christina HueschenLi-av Segev ZarkoJian-Hua ChenMark LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

immunologysystems biologybiophysicsparasitology

Emergent Actin Flows Explain Diverse Parasite Gliding Modes. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Christina L. HueschenLi-av Segev ZarkoJian-Hua ChenMark A. LeGrosCarolyn A. LarabellJohn C. BoothroydRob PhillipsAlexander R. Dunn

biophysicsfluid dynamicsparasitologynematologyemergent actinevolutionary biology

Fundamental Limits on the Rate of Bacterial Growth and Their Influence on Proteomic Composition. Cell Systems (2021)

Nathan M. BelliveauGriffin ChureChristina L. HueschenHernan G. GarciaJane KondevDaniel S. FisherJulie A. TheriotRob Phillips

proteomicsbacteriologybacterial growthproteomic compositionfundamental limitsmicrobiologycell biology

Fundamental Limits on the Rate of Bacterial Growth. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Nathan M. BelliveauGrifin ChureChristina L. HueschenHernan G. GarciaJane KondevDaniel S. FisherJulie A. TheriotRob Phillips

fundamental limitsbacterial growthmicrobiologymicrobial ecology

Microtubule End-Clustering Maintains a Steady-State Spindle Shape. Current Biology (2019)

Christina L. HueschenVahe GalstyanMeelad AmouzgarRob PhillipsSophie Dumont

biophysicssteady-state spindle shapecytoskeletonstructural biologymicro technologymicrotubule end-clusteringcell biologyneurosciencemicrofluidics

1
2
10 / page

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