Disposables with Integrated Sensors
Measuring oxygen and / or pH non-invasively
- Ready-to-use
- Pre-calibrated
- For microbes & cell culture
Disposables with integrated sensors are pre-calibrated and, therefore, ready-to-use. They monitor non-invasively through the transparent wall of the disposable.
Disposables with integrated sensors
Shake Flasks with integrated pH and oxygen sensors (SFS)
Available with and without baffles in different volumes.
Cell culture tubes with integrated pH sensors (iTubes)
For use with the ITR or SFR.
Cell Culture Flasks with Integrated Sensors (CFS)
Available for different growth areas.
24- and 6-well SensorDishes
Available with O2 or pH sensors for the SDR. Deep well for shaken cultures.
96-well SensorPlates
Available with O2 or pH sensors in round / flat bottom for conventional fluorescence microplate readers.
Customized Disposables
Integration of sensors in different disposables is available on request.
Brochures incl. Tech. Data
FAQs
- Do SensorDishes come sterile?
- Which toxicity tests where done with the SensorDish?
- Can I use the SDR with other formats than the 24-well plates?
- Do cells grow on the sensor inside the Sensor Dishes?
- Is my microplate reader compatible to the SensorPlates?
- The filters of my reader do not exactly match the combination in the disposable brochure. Nevertheless, can I use them?
- Which types and sizes of shake flasks with integrated sensors are offered by PreSens?
- Can I re-use the shake flasks with integrated sensors?
Calibration Data
Manuals
Software
- SDR version v38 - Windows XP/Vista/7
- USB Serial Driver - Windows XP/Vista
Media
- Video: SFR Shake Flask Reader
- Video: SDR SensorDish® Reader
- Video: Coaster CFG
- Video: How2 Mount Shake Flask Clamps
- Video: How2 Mount Clamps for Glass Flasks
- Video: How2 Mount the iTube Adapter
- Media Release: Non-Invasive Method for Monitoring Real-Time Oxygen Concentrations during HSPC Culture
- Media Release: Non-Invasive Optical Sensor Technology in Shake Flasks for Mammalian Cell Culture
- Media Release: Development of a Shaken Scale-Down Model
- Media Release: Non-Invasive Oxygen and pH Sensors
- Media Release: Growth Control
- Media Release: Ready-to-use Devices for Optimizing Bioprocess Control
- Media Release: Quality Assessment in 3D Culture of Disc-Chondrocytes
- Media Release: Single-Use Containers Demand Single-Use Sensors
- Media Release: Process Monitoring in Suspension-Adapted CHO Cell Culture
- Media Release: Where Does the Oxygen Go?
- Media Release: Cytotoxicity Determination
Application Notes
- Co-Cultures of Caco-2 cells and E.coli: Optosensoric online monitoring of O2 uptake and extracellular acidification
- Online Oxygen Monitoring in Cell Culture: Effects of mitochondrial modulators on O2 dynamics of mammalian cells
- Characterization of Microbial Growth Profiles: Online detection of oxygen and pH during culture in shake flasks
- Insect cell cultivation in orbitally shaken flasks with sensors: Oxygen mass transfer in insect cell-based high cell density cultivations
- Accurate Insight into Oxygen Content of Shake Cultures
- Non-Invasive Online Oxygen Measurement: Bacterial toxicity tests for use in pharmacological agent
- Process Monitoring in Suspension-Adapted CHO Cell Cultures: Non-invasive online detection of pH and oxygen
- Online Oxygen Monitoring System: Non-conventional steroid fermentations in microtiter plates
- A Novel Online Monitoring System: For Non-Invasive Oxygen Detection in Chondrocyte Cultures
- 3D Cutures of Disc-Chondrocytes: Optosensoric Online Monitoring of Oxygen and pH Kinetics
- Development of a Partly Controllable System at Shake Flask Scale: Enhanced data quality obtained from fed-batch shake flask cultivation by minimizing disturbance variables monitored by the SFR
- Development of a Shaken Scale-Down Model: Characterization of Critical Parameters in Bioprocess Development
- Real Time Respiration Measurements: Measuring the aerobic respiration of complex microbial communities
- pH Monitoring in Dairy Starter Cultures: Characterization of acid production with optical sensors in microtiter plates
- Non-invasive Method for Monitoring Real-Time Oxygen during Hematopoietic Stem/Progenitor Cell (HSPC) Culture
- kLa Measurement in TubeSpin Bioreactors
- Investigation on ATP synthesis via oxidative phosphorylation in C. glutamicum: Measurement of oxygen consumption by an ATP synthase deletion mutant and the wild type strain with the SFR Shake Flask Reader
- High Throughput Respiration Assay for Cytotoxicity Determination: A Method for the Evaluation of New Active Pharmaceutical Ingredients Using the SDR SensorDish® Reader
- Online Monitoring of Glucose, pH, and DO in Shake Flask Culture: Novel Glucose Sensor Used in Combination with the SFR Shake Flask Reader
- Design of Experiment (DoE) for Fed-batch Process Development in Shaken Cultures: Determination of reproducibility and scalability in Escherichia coli cultures grown under fed-batch conditions using SensorDishes and Sensor Flasks
Recent Scientific Publications
- Oxygen consumption of doliolids (Tunicata, Thaliacea)
- Pioglitazone modulates tumor cell metabolism and proliferation in multicellular tumor spheroids
- Interference of magnesium corrosion with tetrazolium-based cytotoxicity assays
- Reduced oxygen stress promotes propagation of murine postnatal enteric neural progenitors in vitro
- Unforeseen decrease in dissolved oxygen levels affect tube formation kinetics in collagen gels