Artificial intelligence (AI) is reshaping how scientists identify and classify plankton. Across aquatic science—from environmental monitoring to …
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Particle size and shape analysis are critical across numerous industries, including pharmaceuticals, environmental monitoring, advanced materials, …
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The occurrence and severity of harmful algal blooms are on the rise due to climate change. This trend necessitates the development of a reliable and …
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Explore the FlowCam Research Database Curious about how other scientists are using FlowCam in your area of research?
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Studying Marine Zooplankton Communities with FlowCam: A Conversation with Kathryn Cook, PhD Zooplankton have fascinated scientists in the field of …
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We are excited to announce our new phytoplankton identification gallery, which will assistFlowCam users working with phytoplankton in marine …
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The harmful effects of microplastic pollution on the environment and human health are a growing concern that is being addressed with recycling …
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Grown from human pluripotent stem cells (iPSCs), organoids are three-dimensional (3D) cell clusters that form miniature organ-like structures. …
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The Role of Advanced Microscopy in STEM Learning Incorporating cutting-edge technology into STEM education is crucial for preparing students for …
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Visible particles are one of the most important sample attributes to monitor when developing and manufacturing biopharmaceuticals and other …
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Flow Imaging Microscopy (FIM) via FlowCam plays a crucial role in biotherapeutic development by providing a tool for quantifying and characterizing …
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Harmful algal blooms (HABs) can have major economic impacts in waterbodies where people frequently recreate, and being able to predict HABs is …
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Cyanobacteria have the potential to produce harmful toxins, which can have adverse health effects on humans and animals. Monitoring tools are needed …
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