Scientists found Plasmodium PAGRI02, a parasite from Africa, in 5% of European house sparrows. The study, published in Parasites & Vectors, highlights the impact of global environmental changes on wildlife transmission.
The University of Extremadura researchers have developed a methodology with new algorithms to analyse the location of centriole in a model cell. They discovered how the actin cytoskeleton influences polarised placement of centrioles in Drosophila and vertebrates.
Researchers at the University of Extremadura have demonstrated electromagnetic invisibility of objects using an alternative technique based on filler cloaking. This method makes objects invisible from the interior without using any external device.
Researchers at the Institute of Molecular Pathology Biomarkers at the University of Extremadura have discovered a new biomarker for Alzheimer's disease of sporadic origin, protein STIM1. A deficiency in this protein has been linked to calcium ion transport abnormalities, which can lead to neurodegeneration and cell death.
The chestnut gall wasp's parthenogenetic reproduction leads to genetically homogenous populations in Europe, posing significant economic and ecological threats. Researchers recommend prevention measures, such as quarantining nursery plants and monitoring new foliage for signs of infection.
Researchers identify dioxin receptor as a key protein controlling cancer stem cell pluripotency and tumour differentiation. The study's findings have implications for developing new therapeutic options for liver cancer and melanoma.
Researchers found that fungi can accumulate radioactive substances, making them suitable for assessing environmental contamination. The study suggests using fungi as biomonitors in ecosystems with low radioactive content, providing a new approach to monitoring environmental pollution.
Researchers from Spain and Italy used the JANUS supercomputer to reproduce an experimental protocol on spin glasses, connecting theoretical and experimental developments. The simulation revealed that microscopic and macroscopic correlation lengths are equal, providing a theoretical basis for studying physical systems.
Researchers from the University of Extremadura and Sapienza University of Rome have discovered a new type of convection in granular fluids. This lateral-wall thermal convection is produced by inert walls and exhibits distinct properties compared to traditional fluid dynamics.
Researchers from University of Extremadura develop non-destructive method using Magnetic Resonance Imaging to quantify salt content of Iberian ham and classify it according to salt penetration. This methodology enables real-time results and can be applied to other quality parameters.