biocomputing-berlin.de

Biocomputing Homepage - Biocomputing Group

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. Develops mathematical met...

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Biocomputing Homepage - Biocomputing Group | biocomputing-berlin.de Reviews

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Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. Develops mathematical met...

<META> KEYWORDS

1 biocomputing

2 matheon

3 innolab

4 nanopoly

5 research training

6 teaching

7 bull;

8 biocomputing structure

9 impressum

10 outreach

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Biocomputing Homepage - Biocomputing Group | biocomputing-berlin.de Reviews

https://biocomputing-berlin.de

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. Develops mathematical met...

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compmolbio.biocomputing-berlin.de

Computational Molecular Biology Group

Computational Molecular Biology Group. The scientific goals of the computational molecular biology group at FU Berlin are:. Develop mathematical and computational methods for simulation and modeling of biomolecules. Improve the physical understanding of biomolecular dynamics. Create a theoretical framework to combine experimental and simulation data, so as to help closing the gap between both worlds. 3-4 Sept 2015 PyEMMA. Workshop at Freie Universität Berlin Register now!

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biocomputing-berlin.de

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Teaching Homepage - Biocomputing Group

http://www.biocomputing-berlin.de/teaching/en

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. We provide courses on var...

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Nanopoly Homepage - Biocomputing Group

http://www.biocomputing-berlin.de/nanopoly/en

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. 2011 Events - read more.

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Innolab Startseite - Biocomputing Group

http://www.biocomputing-berlin.de/innolab/de

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. Im Forschungscampus "MODA...

4

Clinical degradomics - Biocomputing Group

http://www.biocomputing-berlin.de/biocomputing/en/projects/clinical_degradomics

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology.

5

Pressemitteilung_labfolder_2013 - Biocomputing Group

http://www.biocomputing-berlin.de/biocomputing/en/outreach/press/pressemitteilung_labfolder_2013

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology.

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zib.de

Joint Lab Optics | Zuse Institute Berlin (ZIB)

http://www.zib.de/institute/joint-lab-optics

Skip to main content. Solutions for Individualized Medicine. Molecular and Biological Processes. Materials and Optical Processes. MSO for Multiscale Systems. Robust Solutions under Uncertainty. Efficient Infrastructure and Logistics. Large-Scale Data Management, Curation and Analysis. Scalable and Fault-Tolerant Algorithms. Intel IPCC Research Center. Oracle Center of Excellence. Further Committees and Regulations. Trainee Openings / Ausbildungsplätze. The official opening of Joint Lab BerOSE has taken p...

zib.eu

Joint Lab Optics | Zuse Institute Berlin (ZIB)

http://www.zib.eu/institute/joint-lab-optics

Skip to main content. Solutions for Individualized Medicine. Molecular and Biological Processes. Materials and Optical Processes. MSO for Multiscale Systems. Robust Solutions under Uncertainty. Efficient Infrastructure and Logistics. Large-Scale Data Management, Curation and Analysis. Scalable and Fault-Tolerant Algorithms. Intel IPCC Research Center. Oracle Center of Excellence. Further Committees and Regulations. Trainee Openings / Ausbildungsplätze. The official opening of Joint Lab BerOSE has taken p...

zhcs.ch

Distinguished Lecture Series | Computational Science Zurich

http://www.zhcs.ch/news/events/distinguished-lecture-series

ETH Eidgenössische Technische Hochschule Zürich. PhDs & Postdocs. CS Zurich Graduate School. Academia Industry Modeling (AIM) Week. Groups & Projects. Software (Made in Zurich). Dialogue with the Public. University of Zurich), with speakers nominated from all members of CSZ. April 27, 2016: Virtual Materials Testing. University of Notre Dame. TIME: 17:30 (An apero will follow after the talk). PLACE: KOL-G-201 (Aula) UZH. Prof Dr. Youssef Marzouk. Massachusetts Institute of Technology. PLACE: ML E 12, ETH...

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BananaGeneDB: a database curating Banana gene and protein information. T3DB: an Integrated Database for Bacterial Type III Secretion System. BPBAac: T3S effector prediction tool based on position-specific amino acid composition features in N-termini. T3SEpre: a higly effective T3S effector prediction model based on joint features including Aac, Sse and Acc. RSCP: a software to predict Redox-sensitive cysteines. RedoxDB: a Database of Redox-Sensitive Cysteines.

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biocomputer.net - This website is for sale! - biocomputer Resources and Information.

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biocomputers.net - This website is for sale! - biocomputers Resources and Information.

The domain biocomputers.net. May be for sale by its owner! The domain biocomputers.net. May be for sale by its owner! This page provided to the domain owner free. By Sedo's Domain Parking. Disclaimer: Domain owner and Sedo maintain no relationship with third party advertisers. Reference to any specific service or trade mark is not controlled by Sedo or domain owner and does not constitute or imply its association, endorsement or recommendation.

biocomputing-berlin.de

Biocomputing Homepage - Biocomputing Group

Prof Dr. Christof Schütte Homepage. Computational time series analysis. Control of molecular alignment and/or orientiation. Free energy and statistical mechanics of driven systems. From single molecule experiments to models of molecular kinetics. Markov state models: theory and algorithms. Matheon project A15: Viscosity properties of biomembrane surfaces. Matheon project A19: Modelling and optimization of functional molecules. Model reduction in pharmacology and systems biology. Develops mathematical met...

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Biocomputing and Ubiquitous Networking Laboratory. Computing and Communications Center. Practical research and development in various fields of biocomputing and ubiquitous networking. NAKAHARA Yuki, Graduate Student (2015-). KANBARA Takashi, Graduate Student (2016-). HAYASHIDA Yoshikage, Graduate Student (2017-). NAKASHIMA Akihiro, Graduate Student (2016-). NISHI Teruki, Graduate Student (2016-). HAMAUCHI Manabu, Undergraduate Student (2017-). KOHIRA Takahisa, Undergraduate Student (2017-). IIDA Takumi, ...

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Buffalo Center for Biomedical Computing Home

The figures above are plots derived from one of our funded research projects (Ramanathan and Zhang, 2004-05). They relate to some of the temporal changes in gene expression in kidney development. The figure on the left is a heat plot with dendrogram for hierarchical clustering. The figure on the right shows the VizStruct visualization. The temporal clusters clearly segregate in the ViZStruct visualization.

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Biocomputing Unit web page. Welcome to the Biocomputing Unit web site. Ple A Moro, 5 - 00185 Rome (I). Tel: 39 06 49910556 or 39 06 49914550. Symposium in memory of Professor Anna Tramontano - July 14, 2017. We have organized CASP12. Italy) in December 2016. Firma la petizione "Salviamo la ricerca italiana". Petition to protect EU science budget. Several Member States are demanding severe cuts on the total EU budget and research will have to compete with other policy priorities. We have organized CASP10.

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Find out what's happening in Biocomputing Meetup groups around the world and start meeting up with the ones near you. Subscribe to a feed of Biocomputing Meetup Groups. Find Members near you. Congo (Dem. Rep.). St Kitts and Nevis.