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Plasma is a type of ionized gas consisting of a mix of positively and negatively charged particles. It is the fourth state of matter, after solids, liquids and gases. Plasma is found throughout the universe in stars and gas clouds and makes up most of the visible matter in the universe. Plasma is used in a variety of industrial and scientific applications, including welding, plasma cutting, plasma etching and plasma displays. It can also be used to create fusion energy, which is necessary to sustain life on Earth. Plasma is a powerful tool for studying the behavior of matter in extreme conditions. Scientists use plasmas to study astrophysical phenomena, nuclear fusion, and the properties of materials. Plasma is also being explored for use in medical treatments, such as plasma therapy for cancer and other diseases. In this section, we have gathered news, articles and videos about plasma from around the world, including the latest developments in plasma research and applications.
This is the first study that aimed to determine antigen levels in plasma and genotypes of PAI-2 in pregnant and non-pregnant homozygous sickle cell anemia (SCA) patients.
After more than seven years of research, our extracellular RNA quality control (exRNAQC) study has culminated in a scientific publication. This milestone is not just about sharing new findings – it represents the power of collaboration, determination, and the pursuit of scientific rigor.
Power‑exhaust is one of fusion’s last hurdles. By reshaping the magnetic cage of the power exhaust plasma we let the plasma cool itself, slashing heat loads without hurting performance—opening an engineering sweet‑spot that makes both DEMO‑class and compact reactors more feasible.
An inflammatory status in breast cancer patients affects toxicity, quality of life and oncological outcomes. In order to assess this condition in an early stage, information at the molecular and cellular level (rather than from plasma) would be much needed, but unfortunately are still missing.
Twin orbs of superhot plasma at the Milky Way's center known as the "Fermi bubbles" contain inexplicable clouds of cold hydrogen, new research reveals. They could help scientists figure out when our galaxy's black hole last erupted.