Microsensors
- Oxygen measurements in small volumes
- Microprofiling in e.g. sediments, biofilms or 3D cell cultures with high spatial resolution
- Micro-invasive oxygen measurement in plant tissues or along gradients above surface structures like corals, coralline algae, etc.
- Fast oxygen measurements in fast oxygen turnover reactions
- Bare oxygen microsensors for localized corrosion measurements
- Optically isolated microsensors for net photosynthesis rate determination
- Ultra High Speed sensors for aquatic Eddy Covariance measurement
Oceanic pH Measurements
- Accurate and timely pH Total Scale monitoring
- Vital tool for environmental change
- Performed even under harsh deep-sea conditions down to 4000m water depth
2D and 3D Cell Culture
- Detection of dissolved oxygen levels and cellular oxygen demand in 2D and 3D (microfluidic) cell culture systems
- Understanding available oxygen levels inside organ-on-a-chip systems
- Evaluation of chip material gas permeability for material selection during microfluidic chip fabrication
Optical pH Sensors
- General measurements in liquids
- (Micro)Bioreactors
- Aquaculture
- Oceanography
- Profiling in water
- Environmental monitoring
Microfluidics
- Oxygen measurements in microfluidic chips
- Chemical/enzymatic reactions
- High-throughput screening
- Lab-on-a-chip applications
- Oxygen Nanoprobes for real-time response
Respiration Rates
- Non-invasive oxygen measurements
- Respiration in enclosed sediments, soils or biofilms
- Measurement of respiration of plants, animals, algae or fish
- Expand your experiment by using non-invasive pH sensors
Coral Studies
- Study of coral photobiology
- Monitoring dynamic diurnal changes in O2, pH and temperature on coral reefs in situ
- Measurement of oxygen fluxes
- Microprofiling above surfaces of hard corals
Ultra-High Speed Oxygen Sensors
- Ultra-fast measurements in gas or aqueous samples with response times down to 0.3 sec
- Eddy covariance / correlation measurements of oxygen fluxes
Solvent-Resistant Oxygen Sensors
- Monitoring of oxygen during your reaction in pure or complex organic solvents
- Determination of oxygen partial pressure in organic solvents
Dissolved Oxygen in Water
- Oxygen levels in bioreactors or cell cultivation (together with our optical pH and temperature sensors)
- Growth experiments of cells, microbes, fungi, plankton, aquatic animals and plants
- General oxygen measurements in liquids
Oxygen Monitoring in Gas
- General oxygen concentration measurements in ambient air or gaseous samples
- Gas samples extracted e.g. from a sediment, soil, biofilm, bioreactor
- Determination of oxygen content in sealed package samples
Corrosion Studies
- Resolving oxygen gradients developed during corrosion
- Studies on effects of corrosion inhibitors and other parameters influencing corrosion protection
- Microbially influenced corrosion (MIC)
- Biocorrosion dynamics in the environment
Microprofiling
- High spatial resolution with O2 fiber-optic microsensors
- Applications in biogeochemistry
- Biofilms
- Microbial mats
- Microbial communities in extreme environments
Underwater OEM Solutions
- For integration into custom-made underwater housings
- Pressure stable feed-through up to 4000 m depth (400 bar)
- Broad portfolio of compatible optical oxygen and pH sensors (with option -SUB)
Photosynthesis
- Oxygen measurements of enclosed sediment, soil, biofilm or plants
Simultaneous Gas & DO Measurements
- Bimodal respirometers for measuring oxygen consumption rates
- Experimental setup for simultaneous measurements of the dissolved oxygen tension and respiration activity in shake flask cultivations
Mussel Research
- monitor the growth of mussels at different locations along a fjord
- advancement of non-invasive, remote monitoring techniques
- measurement of oxygen fluxes between the sediment and the water column
Would you like to stay informed?