algae

Photo by Laker
Algae may be an interesting and sustainable alternative to animal-derived protein with respect to maintaining and building muscle
Shells of L. granifera algae after chemical transformation imaged with electron microscope. CREDIT Kuhrts et al. / Advanced Science 2023
Breakthrough Discovery: Algae Transformed into Functional Perovskites with Adjustable Properties
Catalytic olefin metathesis can be performed in living microalgae. In this process, fatty acids stored in the lipid organelles of the algae are converted into polymer building blocks and chemicals.
A key step towards the production of sustainable chemicals in living microfactories
This work provides both understanding of the natural systems in algae that achieve high CO2 conversion rates and a roadmap for engineering in plants. Niall Mangan Assistant Professor of Engineering Sciences and Applied Mathematics
Enhancing the growth of food crops by understanding fast-growing algae
Texas A&M AgriLife Research scientists are using artificial intelligence for producing algae as a reliable, economic source for biofuel. This illustration depicts integration of machine learning-informed semi-continuous algal cultivation (SAC) and aggregation-based sedimentation (ABS) for biofuel production. (Illustration: Texas A&M AgriLife Research)
Predicting algae’s potential as an effective alternative energy source using artificial intelligence
Using algae to fight viruses
Are photosynthetic living materials the next big thing in fashion and beyond?
Rewiring photosynthesis to make algal biohydrogen an energy contender
Saving millions of lives by using an inexpensive paper filter made by algae
The aim: a circular economy of biogenic resources based on algae
A fast way to turn algae to biocrude
The future just got brighter for renewable energy and materials
Combining BECCS and microalgae production to solve world hunger and reduce CO2
Feeding and fueling the planet with algae via new genome engineering technique
Enhancing the production of biofuel inspired by mimicking giant clams