Shellfish hatcheries are the foundation of a thriving aquaculture industry. This is particularly evident at Georgia’s only hatchery, housed at the …
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Flow Imaging Microscopy (FIM) is finding its pulse in human health applications through our collaboration with the MaineHealth Institute for Research …
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Documenting ecological changes in Antarctica is extremely important, as the continent is experiencing some of the fastest rates of warming on the …
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In March we attended the National Shellfisheries Association (NSA) meeting in Baltimore, Maryland. This annual meeting brings together scientists and …
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In flow imaging microscopy with FlowCam, background intensity is an important factor to consider for image segmentation and overall particle …
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From nutritional supplements to biopolymer materials to epicurean delicacies, kelp is growing in popularity and finding its place in Maine's evolving …
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Monitoring particles in biotherapeutics during manufacturing is critical to ensure product quality and to meet regulatory requirements on particle …
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Microalgae present a viable alternative to crude oil for the production of renewable fuels suitable for land, marine, and air transportation. This is …
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Nothing taps the start of spring in Maine more than Maple Sunday Weekend! Making yummy maple syrup from fresh tree sap water is a centuries-old …
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“Is it automatically taking pictures of our sample?” “Can we sort our data by size?” “Will it help me find similar-looking images?”
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We recently connected with Kelsey Meyer, the recipient of the 2022-23 FlowCam Aquatic Research Grant for Graduate Students. Kelsey is a Ph.D. …
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Turbulence plays a key role in the mixing of lakes, seas, and oceans and inspired the subject of Dr. Russell Arnott's Ph.D. dissertation. With little …
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Using FlowCam to image MOO-ving particles? …you’re on the right tract! Corralling food through a cow’s digestive system is no small task, yet the …
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