Tag: Cyanobacteria
Stabilizing Phycocyanin for Grocery Shelves
Dec 7, 2021 | Research
by Blaine Friedlander The food colorant derived from cyanobacteria — phycocyanin — provides a...
Read MoreUSDA Sees Rising Star for Anabaena Cylindrica
Sep 6, 2021 | Research
A team of scientists from the University of Minnesota (UMN) and Agricultural Research Service...
Read MoreCyanobacteria Compound May Have Cancer Fighting Potential
Mar 12, 2021 | Health & Nutrition
Emily Leclerc, from the Smithsonian National Museum of Natural History, writes that a compound —...
Read MoreCyanobacteria Could Promote Biological Life on Mars
Feb 26, 2021 | Research
NASA, in collaboration with other leading space agencies, aims to send its first human missions to...
Read MoreCyanobacteria could revolutionize the plastic industry
Feb 22, 2021 | Research
Cyanobacteria produce plastic naturally as a by-product of photosynthesis — and they do it in a...
Read MoreWhy Algae Planet?
Feb 11, 2021 | Environment
by Mark Edwards W hat makes our planet special? We are an Algae Planet because algae are...
Read MoreExploring Light-harvesting Antenna in Cyanobacteria
Feb 1, 2021 | Energy
Talia Ogliore writes about new research from Washington University, in St. Louis, that reveals the...
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December 8, 2023: Researchers at Seoul National University of Science and Technology found that brown seaweed consumption is an effective dietary supplement against both type 2 diabetes risk and as an intervention to regular blood glucose levels in patients suffering from the condition. READ MORE...
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December 4, 2023: New generation ultrasonic technologies used to mitigate unwanted algae are a leap beyond the first systems that came to market more than two decades ago. The latest systems transmit more than 4,400 frequencies and ensure that the proper and most effective resonance is applied to emerging or well-established algal blooms. READ MORE...
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December 1, 2023: Collecting, identifying, describing, and naming new species of seaweed that live in deeper waters off Hawaiʻi is the focus of a new University of Hawaiʻi at Mānoa research project that received a $892,290 grant from the National Science Foundation. READ MORE...