Welcome to the JCB

The Jena Centre for Bioinformatics (JCB) comprises about 25 research groups and aims to concentrate and strengthen interdisciplinary bioinformatics research.

An important part of the JCB’s activities is the organisation of seminars with invited external speakers and of workshops. Read More

Seminar, 15. January 2015, Lars Ridder

LarsRidder

15. January 2015, 16:15
Ernst-Abbe-Platz 2, seminar room 3423

Automatic (bio-)chemical annotation of multistage mass spectrometry data

Dr. Lars Ridder
(Laboratory of Biochemistry, Wageningen University) Read More

Seminar, 11. December 2014, Sabine Peres

speres2

11. December 2014, 16:00
Ernst-Abbe-Platz 2, seminar room 3423

SAT-Based Metabolic Pathways Analysis Without Compilation

Dr. Sabine Peres
(Bioinformatics Group, Orsay University, Paris)

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Seminar, 04. December 2014, Ronny Straube

mypic_web

04. December 2014, 16:00
Ernst-Abbe-Platz 2, seminar room 3423

Ultrasensitivity and concentration robustness in bifunctional enzyme systems 

Dr. Ronny Straube
(Max Planck Institute for Dynamics of Complex Technical Systems, Magdeburg)

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Seminar, 20. November 2014, Ole Schwen

ole_schwen

20. November 2014, 16:00
Ernst-Abbe-Platz 2, seminar room 3423

Multi-scale simulation of heterogeneous metabolism in mammalian livers

Dr. Lars Ole Schwen
(Fraunhofer MEVIS, Bremen)

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2nd International Workshop on Image-based Systems Biology, 25.-26. September 2014

Workshop_IbSB_Flyer

 

The general experience that “a picture is worth a thousand words” also holds in the field of systems biology: Image-based Systems Biology is a modern approach that aims to extract spatio-temporal information contained in images in a form that it can be used to model morphological, functional and dynamical aspects of biological processes. In many cases, the vast amount of microscopic image data that is nowadays routinely generated is only used for a qualitative illustration of some biological process under consideration. In contrast, Image-based Systems Biologyseeks to take full advantage of the information in images and establishes an essential connective link between experimental and theoretical examination of biological processes at a quantitative level. Read More