High performance oxygen microsensor
UniAmp Multi Channel for all Unisense sensors and electrodes including optical sensors
Microprofiles with extreme accuracy, high spatial and temporal resolution
Water resistant Field MicroProfiling System to generate, study, and analyze microprofiles
Optical oxygen sensor technology
Detect hydrogen sulfide in your sample
Economic amplifier portfolio for single analytes - O2, pH/mV, H2, N2O or H2S
Highly sensitive hydrogen microsensor for gas and liquid measurements
Optode meter for accurate quantification
Measure dissolved and gaseous nitrous oxide
Measure minute concentrations of nitric oxide
Miniaturized pH electrode
Measure redox potential in microenvironments
Microelectrode to measure electric potential
Reference electrode for pH or Redox microelectrodes
Tissue oxygen partial pressure for screening and controlling for variation in ex vivo acute brain slice viability
How nitrifying microorganisms are able to produce nitrous oxide through denitrification
Hydrogen and oxygen microsensors for direct and real-time detection of dissolved gas in photocatalytic/electrochemical studies
Learn in the laboratory - explore and confirm in the field!
Leaf gas films are hypothesized to improve internal aeration of the plant during the day
How to quantify the consumption rate of oxygen as well as the oxygen exchange rate across the water - sediment interface
Mitigation of N2O Emissions from Wastewater Biofilms
The use of oxygen microelectrodes to study nitritation biofilms with different geometries
O2 and N2O microprofiles in sputum samples from cystic fibrosis patients with chronic Pseudomonas aeruginosa lung infection
Oxygen and Redox Potential in Pseudomonas Aeruginosa Colony Biofilms
Hydrogen microsensors used to document the possible positive effect of H2-enriched drinking water as a biomedical treatment.
Analyzing gas cavity formation at implant sites
Studying oxygen conditions of in vitro cell cultures
Oxygen Microprofiles in the Retina of Antarctic Icefish
Oxygen consumption rate measurements of 4T1 cancer cells using the MicroRespiration System
