Researchers identified a key gene mutation causing Cornelia deLange syndrome, a childhood genetic disease. Mutations in the HDAC8 gene disrupt cellular recycling of cohesin, leading to impaired gene transcription and embryonic development.
Researchers found that carnivorous plants in symbiosis with ants produced larger leaves, increased nitrogen availability, and improved growth. The ants acted as the plant's 'gizzard', recycling nutrients from insects caught in the plant's traps.
Researchers have developed a potent new drug called Lys05 that kills tumor cells in mouse models by clogging their recycling system. This approach has shown promise as a single-agent anti-tumor therapy with minimal toxicity to healthy cells.
A team of scientists at Duke University developed software to design molecules that block a protein-protein interaction key to cystic fibrosis. The best molecule increased CFTR activity by 12% in human cells with the disease mutation.
A small marine worm can survive on poisonous carbon monoxide and hydrogen sulphide thanks to symbiotic bacteria that use these compounds to produce food for the worm. The worm has lost its entire digestive system over millions of years of evolution, relying solely on its symbionts for nutrition.
Researchers aim to extract glycosaminoglycans from egg shells for biomedical applications, while also using egg shells as fillers in plastics. The project has the potential to reduce waste and costs for food manufacturers, creating new income streams.
Researchers find high concentrations of heavy metals and restricted brominated flame retardants in mixed plastics from disassembled electrical and electronic equipment. The study emphasizes the importance of implementing strict quality management to prevent substance release into the environment or new products.
A University of Michigan team has identified a synthetic small molecule that can activate lysosome calcium channels, potentially treating rare inherited metabolic disorders and neurodegenerative diseases. The discovery could also provide insights into the aging process.
The European research project ReUseWaste aims to develop technologies and systems to make agriculture more resource-efficient by extracting bio-energy from waste, increasing nutrient recycling, and conserving soil quality. The project focuses on Denmark's significant animal manure production, aiming to increase sustainability and drive...
Researchers at Ruhr-University Bochum found that enzymes are only imported into peroxisomes when their transport proteins are recycled. This discovery supports the export-driven-import model and sheds light on the complex process of protein import.
A study published in The Journal of Cell Biology reveals how DGK-alpha, a lipid-converting enzyme, enables invasive cancer cells to recycle integrins, providing better traction on fibronectin fibers. This process is essential for tumor progression and metastasis.
Researchers at UMass Amherst discover a key interaction for treating Fabry disease using small molecule chaperones like galactose and DGJ. These molecules help stabilize the faulty alpha-galactosidase enzyme, reducing symptoms and toxicity.
Scientists have identified a new class of drugs that target the proteasome in a unique way, leading to potential breakthroughs in cancer medication. The newly discovered hydroxyurea structures work more specifically than existing proteasome inhibitors, reducing severe adverse side effects.
A new study found that mutations in a gene called NAGPA, which affects lysosomal function, are associated with persistent stuttering. The research provides evidence that impairment in cellular recycling centers may play a role in causing some people to stutter.
A study published in The Journal of Cell Biology found that poor recycling of the BACE1 enzyme could promote Alzheimer's disease. Reduced levels of the retromer component VPS35 led to enhanced BACE1 activity and increased Abeta protein formation, contributing to disease progression.
Researchers at Northwestern University have discovered a second faulty gene, sequestosome1, contributing to the degeneration of motor neurons in ALS. The study provides new insights into the disease's progression and potential targets for drug therapies.
Galaxies continuously recycle immense volumes of hydrogen gas and heavy elements, allowing successive generations of stars to form. The process is driven by gas-rich star-forming spiral galaxies that can evolve into elliptical galaxies without star formation.
Researchers at Albert Einstein College of Medicine discovered that cancer cells use autophagy, a natural recycling process, to obtain energy. By blocking this process, the study found that tumor growth and metastasis can be stopped, providing potential new strategy for cancer treatments.
Researchers in Italy have compiled a comprehensive summary of the country's native conehead insect species, Protura. They identified 40 species, including six new records for the Italian fauna, shedding light on their ecological role in organic matter degradation and nutrient recycling.
A team of scientists found that increasing lithium coating in the wall of an experimental fusion reactor greatly improves plasma confinement. This leads to smaller and cheaper fusion machines. The study also enhances certain plasma properties aiding the reaction.
Researchers at RIKEN Brain Science Institute discovered a key mechanism for degrading ubiquitinated protein aggregates in brain cells. This process is mediated by the phosphorylation of p62, which triggers selective autophagy and degradation of protein aggregates.
Research finds 94% of thermal cash register receipts contain BPA, contaminating paper products such as napkins and food packaging. The recycling process is a significant source of BPA exposure, contributing to up to 33.5 tons of BPA in the environment annually.
Researchers found that increased autophagy in germline-less worms led to higher activity of a fat-digesting enzyme, extending their lifespan. The study suggests that recycling fat is beneficial for worms, and may have implications for human diseases such as cancer and Alzheimer's.
A recent study by Dr. Andrea Ballabio and colleagues discovered a key role for transcription factor EB (TFEB) in regulating lysosomal exocytosis, which can rescue cells from toxic waste buildup. The findings suggest an innovative approach to treating metabolic disorders associated with lysosomal storage diseases.
A new study by University of Tennessee, Knoxville engineers finds that the solar industry can release up to 2.4 million tons of lead pollution in China and India due to reliance on lead batteries. The researchers recommend investments in environmental controls and battery take-back policies to mitigate this impact.
Researchers found that wastewater recycling plants emit significantly more nitrous oxide, a potent greenhouse gas, due to dense populations of bacteria. Despite this, they argue that wastewater recycling remains an essential component of urban water resources.
Scientists have discovered a common cause of all forms of ALS, a fatal neurodegenerative disease, by identifying a broken down protein recycling system in neurons. This finding provides a common target for drug therapy and suggests that all types of ALS are tributaries pouring into a common river of cellular incompetence.
A study reports that children living near lead battery manufacturing and recycling operations in developing countries have significantly higher blood lead levels, associated with lifelong health problems. The industry is expected to nearly double in size over the next five to 10 years, posing significant risks to workers and communities.
Sam Guyer, a Tufts University assistant professor of computer science, has won a $443,000 grant to develop a new approach to improving virtual machines. His research aims to create more efficient software that can balance security and resource usage without sacrificing performance.
The recycling of the Earth's crust in volcanoes is faster than previously thought, with rock from oceanic crust resurfacing in the mantle within half a billion years. This discovery was made using volcanic rock samples and challenges the previous estimate of two billion years.
Researchers at UCLA have created a novel concept for harvesting and recycling energy from LCD screens, which can convert ambient light into electricity. This technology has the potential to improve the efficiency of LCD displays and potentially harvest 75% of wasted photons from LCD backlights.
Manufacturers are designing products with an end-of-life perspective, incorporating biodegradable materials and easy disassembly. This approach to product stewardship fosters take-back programs and recycling, reducing environmental pollution risks.
Researchers are working to improve lung function in babies with heart defects by boosting the recycling system that enables blood vessels to handle excess blood volume. They've found that a key enzyme is insufficiently energized, and PPAR agonists may provide the necessary boost.
Researchers at Ruhr University Bochum discovered a new enzyme, Ubp15p, that collaborates with motor proteins to convert the protein transport machinery back into its initial condition. The enzyme detaches a specific signal sequence from a protein, allowing for recycling and reuse.
Researchers at Mayo Clinic discovered a genetic mutation in VPS35 that causes Parkinson's disease, leading to protein buildup in the brain. This finding opens up new avenues for understanding and treating the complex disease.
Researchers identified a pathogenic mutation in the VPS35 gene associated with late-onset Parkinson's disease, implicating a novel protein-recycling pathway in neurodegeneration. The study provides new insights into the disease's pathogenesis and highlights the potential for therapeutic intervention.
Research found that cortisol controls the recycling of bile acids, which are crucial for fat digestion. Without cortisol, mice lose weight and develop gallstones due to reduced bile acid levels. In humans with Addison's disease, cortisol deficiency also disrupts bile acid recycling.
A study found nearly 99,000 tons of rare earth elements available in products globally, equivalent to over 10 years of production. This suggests that REE recycling may offset a significant part of virgin extraction, minimizing environmental challenges associated with mining and processing.
Research by Ruud van der Ent shows that evaporation from the Amazon forest is responsible for 50% of rainfall in Peru and other surrounding countries. Land use changes such as irrigation, dams, and deforestation can alter evaporation patterns, affecting water resources in distant regions.
In a study published in Ecology, researchers found that banded tetras play a keystone role in nutrient recycling due to their diet composition and excretion rates. This finding highlights the importance of conservation efforts in maintaining ecosystem function.
Nano-sized particles of titanium dioxide create self-cleaning surfaces on buildings, while carbon nanotubes boost reinforced concrete strength. Nanotechnology also helps make concrete more sustainable by recycling fly ash, reducing environmental impact.
Researchers have discovered that proteins in Alzheimer's fibrils can recycle and detach, potentially leading to new therapeutic strategies. The study found that Aβ40 molecules recycle more frequently than Aβ42, suggesting a potential target for modulating recycling and treating the disease.
Susannah Tringe, DOE JGI scientist, awarded grant to study microbial communities in restored wetlands and their impact on long-term carbon sequestration from a genomic perspective. Her research aims to understand the role of belowground microbial communities in carbon storage and recycling.
A team of researchers has identified the urea cycle in diatoms as a key player in recycling inorganic carbon and nitrogen, enabling them to quickly recover from nutrient withdrawal and respond to changes in their environment. The discovery sheds new light on the evolutionary relationships between diatoms, plants, and animals.
A3309, a new medication, targets bile acid recycling to promote bowel movements and relieve constipation symptoms. In a Phase II study, patients with constipation reported significantly less straining and softer stool after taking A3309.
The US EPA is collaborating with the United Nations University to develop strategies for managing electronic waste (e-waste) in Africa and Asia. The five-year agreement will support research, tracking, data collection, analysis, and information sharing to improve e-waste refurbishment and disposal.
A study suggests that cutting Scotland's greenhouse gas emissions by a half within 20 years is achievable through the use of smart meters, improved recycling, and greener building designs. The researchers recommend carbon capture and storage to reduce emissions from industry and coal-fired power plants.
The discovery of the Skywalker enzyme reveals a crucial step in vesicle recycling, leading to improved signal transmission and potentially new diagnostics and therapies for Parkinson's disease. Understanding this process may help maintain optimal communication balance between brain cells.
Scientists have developed a new process that converts used motor oil into gasoline-like fuel using microwaves, offering an efficient and environmentally friendly alternative to traditional methods. The new method has excellent potential for commercial use and could help solve the problem of improper disposal of waste motor oil.
A new method for recycling perlite developed by Louisiana State University researcher Hanna Y. Hanna can save tomato growers a significant amount of money without reducing crop yield. The method, which uses hot water treatment and minimal labor input, reduces recycling cost by up to 50%.
The US lags behind other countries in nuclear fuel recycling due to unfounded concerns and myths. Reprocessing spent fuel can recover significant energy value and reduce high-level nuclear waste volume.
Despite minimum recycling targets, Spanish cities struggle with paper and container waste separation. Only glass meets the 60% requirement, while plastic and metal waste are far below target. The study highlights the need for more efficient collection systems to increase recycling rates.
Researchers develop method to treat stormwater in constructed wetland and store it in an aquifer, producing near potable water after treatment. The study demonstrates potential for sustainable water recycling through managed aquifer recharge schemes.
Scientists found that AMPK, a metabolic master switch, triggers autophagy by activating the enzyme ATG1. This process helps cells recycle debris and survive starvation better, which is significant for aging-related diseases like type II diabetes and Parkinson's disease.
Signaling receptors recycle at a slower rate and in a more regulated manner than other classes of receptors. The researchers identified unique domains called Actin-Stabilized Sequence-dependent Recycling Tubule (ASSERT) domains that provide a scaffold for the receptors, slowing their release from the endosome.
Researchers found that dynamic Hsp27 regulation is crucial for clearing abnormal tau protein and preventing neurofibrillary tangles. Effective Hsp27 switching promotes tau recycling in healthy nerve cells and clears brain abnormalities.
A study reviews nuclear power economics and concludes that the current fuel cycle is unsustainable due to uncertainty about waste management. Reprocessing and recycling of spent fuel is an alternative, but its implementation is controversial due to proliferation risks and high costs.
A new international population study led by the University of Cincinnati examines the human developmental effects of environmental exposure to complex metal mixtures found in electronic waste. The research aims to identify potential preventative measures to reduce human exposures, particularly for pregnant women and young children livi...
Researchers at Georgia Tech have developed a new organic solvent process that selectively dissolves noble metals like platinum, palladium, and gold. This ability to preferentially dissolve these metals creates a customized system with high control over the process.
A novel approach to treating cardiovascular disease is being explored through recycling pacemakers, with experts finding the process safe and effective. The study aims to reduce the financial burden of pacemakers on impoverished nations, where access to these devices is limited.