Articles tagged with Phosphorus
A new study models phosphorus loading into Lake Mendota, finding that the buildup of phosphorus in soils is likely to be the source of serious chronic environmental problems for hundreds of years. The research suggests that restoring water quality is unlikely unless soil erosion is greatly reduced and new technologies are developed.
A man-made wetland in Ohio State University's Olentangy River Wetland Research Park reduced phosphorus levels by 59% and nitrates by 40%. The wetland, created using a simple design, acted as an effective sink for nutrients, reducing pollution in the Great Miami River and local lake.
Molecular messengers Erk-1 and Erk-2 bind to vimentin, protecting their phosphorus message from loss. This linkage enables the safe transmission of the message along the axon, reaching the cell body for healing.
Researchers found that meteorites, especially iron meteorites, can provide more phosphorus than naturally occurs on Earth. Phosphorus is essential for biomolecules and energy production in living organisms. The discovery suggests that meteorites may have played a critical role in the evolution of life on Earth.
Researchers found a broad range of nitrogen-to-phosphorus ratios possible in phytoplankton, contradicting the long-held Redfield ratio of 16:1. The new model takes into account varying growth conditions and optimal strategies for nutrient uptake, with implications for ocean ecosystem and climate change.
University of Warwick physicists have found that phosphorus in teeth can become a superconductor when subjected to immense pressure. They also propose a method for preserving and using this structure, which could enable the creation of a 'superconducting switch'.
Researchers discover that bacteria in coastal wetlands respond to phosphorus, not nitrogen, and that controlling phosphorus is key to maintaining water quality. This finding highlights the importance of considering both nutrients when managing coastal ecosystems.
A new non-calcium phosphate binder, lanthanum carbonate (Fosrenol), has shown a reduction in mortality and cardiac death among kidney patients on hemodialysis compared to conventional phosphate binders. The study involved 647 patients who received Fosrenol therapy for two years.
Researchers at the University of Illinois have identified key factors affecting phosphorus runoff and developed management strategies to minimize its impact on lakes and streams. The team suggests adopting no-till soil conservation practices, injecting liquid manure and fertilizer into the soil just below the surface.
The study found that while some economically important species like walleye and smallmouth bass decline, others like black crappie and common carp increase in abundance. The researchers conclude that ecosystem recovery is a positive sign, despite trade-offs in managing for certain species.
Phosphorus is essential for life as a building block of nucleic acids and energy transfer molecules. New technologies help scientists study phosphorus cycling in soil, sea, and living organisms to better understand its role in the Earth system.
A large study of 191 nuns found no correlation between phosphorus and protein intake and calcium absorption. The researchers suggested that high protein diets may actually contribute to a negative calcium balance due to increased urinary calcium loss.
A new hybrid of corn with more highly available phosphorus and an enzyme that helps chickens digest the mineral has been developed. Studies have shown a 41% reduction in total phosphorus levels and an 82% decrease in water-soluble phosphorus, which can help mitigate nutrient pollution in waterways.
A cross-sectional analysis of 215 women aged 18-31 found correlations between weight, height, lean mass, and dietary factors like calcium, protein, and phosphorus with various bone mineral measures. Postmenarcheal age was positively correlated with total-body BMD and BMC, while radius BMD was linked to protein and phosphorus intakes.
Purdue University researchers isolate plant genes that enable efficient phosphate uptake, a key finding in addressing global phosphorus scarcity. The discovery may lead to the creation of more efficient phosphorus users and alternative sources of phosphorus.
A Penn State poultry nutritionist is developing strategies to balance chicken diets and minimize manure production, reducing nitrogen and phosphorus waste. The approach involves adjusting feed formulation, using better feed additives, and tailoring feeds to the life cycle of birds.