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First Accurate Data on Dynamic Molecular Cell Aggregates Unveiled

First Accurate Data on Dynamic Molecular Cell Aggregates Unveiled
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United kingdomAbhinaya anandamuruganJuhyeong kimFernando aprile garciaThorsten hugelRitwick sawarkarAleks reinhardtSophie weyrauchRitwick sawakarRobert grosseSvenja ulfertsCentre for integrative biological signallingNature communicationsGerman research foundation deutsche forschungsgemeinschaftDepartment of chemistryInstitute of physical chemistry

First accurate data on dynamic molecular aggregates in cells

First accurate data on dynamic molecular aggregates in cells
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

United kingdomAleks reinhardtThorsten hugelRitwick sawakarNature communicationsUniversity of cambridgeDepartment of chemistryUniversity of freiburgIntegrative biological signaling studiesSupplementary moviesSource data

Researchers Discover a New, Direction-Dependent Friction in Proteins

An interdisciplinary research team of the Institutes of Physical Chemistry and Physics of the University of Freiburg and the Max Planck Institute of Biophysics in Frankfurt-am-Main has discovered a new, direction-dependent friction in proteins called anisotropic friction.

Frankfurt am mainSteffen wolfJakobt bullerjahnLaura thomsonaprBizann balzerThorsten hugelWanhao caiGerman research foundationMax planck societyHigh performance cloud computing groupUniversity of freiburgInstitute of physicsMax planck instituteUniversity of freiburg institute physicsPhysics of the university freiburgMax planck institute of biophysics

The Committee of the NSFE Announces that the Event goes Virtual

The Committee of the NSFE Announces that the Event goes Virtual
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Black forestBaden wübergUnited statesMartin edwardsThorsten hugelBizan balzerJustyna sliwaUniversity freiburgAtomic force microscopyNanoscientific forum europeUser forumUniversity of arkansasInstitute of physical chemistryFrom park systems europemayPhysical chemistrySpark systems

Hierarchical dynamics

E-Mail IMAGE: Researchers from Freiburg have been able to analyze the precise rate of signal transfer across multiple time scales. view more Credit: Graphic: Steffen Wolf Consider for a moment a tree swaying in the wind. How long does it take for the movement of a twig to reach the trunk of the tree? How is this motion actually transmitted through the tree? Researchers at the University of Freiburg are transferring this kind of question to the analysis of proteins - which are the molecular machinery of cells. A team of researchers lead by Prof. Dr. Thorsten Hugel of the Institute of Physical Chemistry, and Dr. Steffen Wolf and Prof. Dr. Gerhard Stock of the Institute of Physics are investigating how the signals that cause structural changes in proteins travel from one site to another. They are also trying to determine how fast these mechanisms take place. Until now, researchers have been unable to analyze the precise rate of signal transfer because it involves many ti

Steffen wolfThorsten hugelCollaborative research centerUniversity of freiburgInstitute of physical chemistryCentre for integrative biological signalling studiesResearch unitGerman research foundationInstitute of physicsGerhard stock of the institute physicsDynamic organization of cellular protein machineriesPhysical chemistryGerhard stockExcellence clusterIntegrative biological signalling studiesCellular protein machineries