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- Graphical User Interface for Bioprocess States Visual Analysis
- Authors: Černý František, Hrnčiřík Pavel, Mareš Jan, Vovsík Jaroslav
- Description: The application serves the identification and the visualisation of multivariable biotechnology processes. It combines the visualisation of process variables in time domain and visualisation of a process trajectory in a 3-dimensional state space of 3 principal components obtained by PCA (Principal Component Analysis) analysis of selected physiological state variables calculated from process data. The process trajectory in the PCA domain can be visualised together with the process data, so that every data point from the process data is linked with the corresponding data point in the PCA state space (with a timestamp). In the application it is also possible to represent a predefined classification of the process data again with linking and projecting of this classification into the PCA state space. The application also allows to define a specific classification based on selected centre points in the PCA state space and to scrutinise this classification by the reverse projection onto the process data in the time domain. Directions for use and application requirements are included in a user guide.
- Screenshots:
- Acknowledgements: This work was supported by the 6th Framework Programme of the European Commission under contract No. NMP2-CT-2007-026515 "Integrated project – Bioproduction – Sustainble Microbial and Biocatalytic Production of Advanced Functional Materials" and by the fund No. MSM 6046137306 of the Czech Ministry of Education. This support is very gratefully acknowledged.
- Requirements: 64-bit Windows, Matlab R14 or MCR (64-bit)
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- Sample of data from our PHA production cultivations
- Author: BCL
- Description: The data sample from a single PHA production cultivation – Pseudomonas putida – stored in a Microsoft Excel 2003 workbook. The sample includes several important (on-line and off-line) measured and computed variables. Along with the data there are two graphs with time course of these variables in the workbook.
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- Acknowledgements: This work was supported by the 6th Framework Programme of the European Commission under contract No. NMP2-CT-2007-026515 "Integrated project – Bioproduction – Sustainble Microbial and Biocatalytic Production of Advanced Functional Materials" and by the fund No. MSM 6046137306 of the Czech Ministry of Education. This support is very gratefully acknowledged.
- Requirements: Microsoft Excel 2003 spreadsheet file format compatible spreadsheet program
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- Video-clip about our laboratory filmed during an experiment
- Author: Kmínek Miloš
- Description: This video-clip shows our laboratory during an experiment (with a commentary in Czech).
- MPEG2 format 768×576 (131 MB)
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- Windows Media Video (WMV) format 384×255 (33 MB)
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- Flash video stream 640×480 (10 MB)