Automated Bacteria Counts – Unique imaging solution BioSense Solutions presents a new one-of-a-kind imaging solution to automate and count total bacteria in a pure liquid sample. To the right is image of an E. coli sample run in the µCount3D instrument. Cells are found in suspension and counted in 23 z-stacks. Bacteria found are presented […]
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Automated fungal Spore Counting Counting fungal spores is an essential task in various scientific disciplines, including mycology, ecology, crop science, food science and medicine. Traditionally, fungal spores have been counted manually under a microscope, but with the advancement of the µCount3D technology, a new, easy and automated counting technology is available. The µCount3D from BioSense
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Shaping the future with Fungi Fungi are almost everywhere and have enormous potential as both sustainable final products and components in building materials. Liquid fermentation can provide fast and scalable production of paper-like materials and mono filaments for use in the textile industry. Solid-state fermentation uses the non-fruiting part of the fungus to produce leather
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Banner Image: Courtesy of Westerdijk Fungal Biodiversity Inst Agar and Broth The oCelloScope is used in microbiology, for live-cell imaging of bacteria or fungi in solution and on agar. You can use your micro titer plate of choice as long as it comes with a flat bottom. For agar work we recommend using our BioSense
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Sustainable agriculture and pest control Insects are a pest in agriculture and cause significant losses in crop yields and storage. A global need for new and efficient alternatives to chemical pesticides is driving the discovery of new bio pesticides. The oCelloScope is used by many agriculture companies in different BioAg applications. SporeCount SporeCount Bio control
Food Molds Food preservatives inhibit the growth of molds, yeasts, and bacteria, extending shelf life while ensuring safety. The oCelloScope enable scientists to conduct fast and sensitive preservatives assays. Typical assay time is overnight and format is 96 wells. 1. Rapid Spore Quantification. A deep learning algorithm tracks spores from dormancy to isotropic growth.
Join the battle against Antimicrobial resistance with oCelloScope New resistance mechanisms are emerging and spreading globally, threatening our ability to treat common infectious diseases, resulting in prolonged illness, disability, and death. Scientists are demanding fast and sensitive methods to discover new antibiotics against pathogenic bacteria and fungi and push forward our understanding of these resistance
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