Products Technology About Contact Mycometer® air Allergen For Quantification of Allergens in Air Test Assays The tests assays are packed in a box of 20 samples. A box contains all accessories for sampling and analysing 20 samples. 20 Sampling filters 20 Substrates 20 Activators 40 Developers 10 Fluorescent standards 2 Syringes 10 ml 20 Pipette tips (1 ml) Related Products See all Mycometer® surface Bacteria For quantification of bacteria on surfaces. Read more Mycometer® air Fungi For quantification of fungi in air. Read more Mycometer® air FAI For quantification of fungi to allergens. Read more Subscribe to Our Newsletter Products Mycometer® surface Fungi Mycometer® surface Bacteria Mycometer® air Fungi Mycometer® air Allergen Mycometer® air FAI Company About Contact Technology Register Customer Login © 2021 Mycometer. All rights reserved. See Terms of Use. By using this website, you agree to the use of cookies as described in our Privacy Policy.

Products Technology About Contact Technology We call the technology Enzyme Targeted Fluorogenic Detection (ETFD). It is about identifying naturally occurring enzyme activities that are present only in the taxonomic group of interest e.g. bacteria or fungi. The enzyme activity is determined using highly sensitive fluorescence detection. Comparison to other technologies DISCOVER High reproducibility DISCOVER Measurements in complex environments The technology is versatile allowing measurements of microbes in many complex or delicate samples for example, Inside porous cementitious materials, insulation materials, textiles, plant surfaces, yogurt, fertilizers, grain, fruit juice, cultural artfacts, and much more. Subscribe to Our Newsletter Products Mycometer® surface Fungi Mycometer® surface Bacteria Mycometer® air Fungi Mycometer® air Allergen Mycometer® air FAI Company About Contact Technology Register Customer Login © 2021 Mycometer. All rights reserved. See Terms of Use. By using this website, you agree to the use of cookies as described in our Privacy Policy.