Article
Publicly Available
CyBio® Scheduler – Biology meets Throughput – Realizing complex assay systems in an Ultra High Throughput (uHTS) setting
Published/Copyright:
September 12, 2012
Published Online: 2012-09-12
© 2012 by Walter de Gruyter Berlin Boston
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- Optimized OR: Interactions between technical systems and team
- Process Certification: Software and Sustainability
- AUTOSCREEN - A novel platform concept for automated high throughput and high end microscopy
- AUTOSCREEN - A novel platform concept for automated high throughput and high end microscopy
- No need to FRET: sensitive imaging of protein structure and function by two-photon polarization microscopy
- Quantitative imaging of single-organelle and single-molecule dynamics near the plasma membrane using a combination of spinning TIRF and virtual supercritical-angle detection"
- Setting up high-content applications for detection of mRNAs and miRNAs in plants
- CyBio® Scheduler – Biology meets Throughput – Realizing complex assay systems in an Ultra High Throughput (uHTS) setting
Articles in the same Issue
- Optimized OR: Interactions between technical systems and team
- Process Certification: Software and Sustainability
- AUTOSCREEN - A novel platform concept for automated high throughput and high end microscopy
- AUTOSCREEN - A novel platform concept for automated high throughput and high end microscopy
- No need to FRET: sensitive imaging of protein structure and function by two-photon polarization microscopy
- Quantitative imaging of single-organelle and single-molecule dynamics near the plasma membrane using a combination of spinning TIRF and virtual supercritical-angle detection"
- Setting up high-content applications for detection of mRNAs and miRNAs in plants
- CyBio® Scheduler – Biology meets Throughput – Realizing complex assay systems in an Ultra High Throughput (uHTS) setting
