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The problem with impure RNA is that it can trigger reactions, like swelling, that can be harmful, and even life-threatening. For example, impure RNA can cause inflammation in the lungs of a patient with cystic fibrosis. Conventionally manufactured RNA has to undergo a lengthy and expensive process of purification. “Rather than having to purify RNA,” says Craig Martin, the paper’s senior author and professor of chemistry at UMass, “we’ve figured out how to make clean RNA right from the start.”

Researchers at the University of Massachusetts Amherst recently unveiled their discovery of a new process for making RNA. The resulting RNA is purer, more copious and likely to be more cost-effective than any previous process could manage. This new technique removes the largest stumbling block on the path to next-generation RNA therapeutic drugs.

If DNA is the blueprint that tells the cells in our bodies what proteins to make and for what purposes, RNA is the messenger that carries DNA’s instruction to the actual protein-making machinery within each cell. Most of the time this process works flawlessly, but when it doesn’t, when the body can’t make a protein it needs, as in the case of a disease like cystic fibrosis, serious illness can result.

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UK-based architecture firm AL_A has collaborated with Canadian energy firm General Fusion to develop the world’s first magnetized target fusion facility on the UK Atomic Energy Authority (UKAEA) campus in Culham, United Kingdom. The energy firm wanted to “transform how the world is energized by replicating the process that powers the sun and stars”. AL_A’s design proposes a first-of-its-kind facility with open spaces and see-through partitions that provides innovative carbon-free energy solutions.

The Fusion Demonstration Plant (FDP) will be a highly-efficient building that captures the technological advantage of fusion to solve global energy problems. The reactor will take on a symbolic form, sitting in the middle of a circular viewing platform. In addition to state-of-the-art facilities, the building will include gathering and exhibition areas for visitors of all ages.

MRNA vaccines have to potential to end the COVID19 pandemic. How do they work? Are they safe? And how could they’ve been developed so quickly?

The main idea of mRNA vaccines is to trick our bodies to produce part of a virus. This kickstarts our immune response, without getting us sick. All that’s needed is a part of the virus’s DNA or RNA, packaged into mRNA. Cool!

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2D form of carbon transforms into a high-temperature superconductor if placed near a Bose-Einstein condensate, say theorists.

Graphene can be made to superconduct by placing it next to a Bose-Einstein condensate – a form of matter in which all the atoms are in the same quantum state. According to the theorists who discovered it, this new type of superconductivity stems from interactions between the electrons in graphene and quasiparticles called “bogolons” in the condensate. If demonstrated experimentally, the work could make it possible to develop new types of hybrid superconducting devices for applications in quantum sensing and quantum computing.

Conventional superconductivity occurs when phonons – quasiparticles that arise from vibrations in a material’s crystal lattice – cause electrons in the material to pair up despite their mutual electromagnetic repulsion. If the material is cooled to sufficiently low temperatures, these paired electrons (known as Cooper pairs) can travel through it without any resistance.

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This video explains introduction to molecular biology.

Thank You For Watching.

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Astronomers have seen light from BEHIND a black hole for the first time. I explained the discovery and results to my editor, Levi. Congrats to D. Wilkins and the astronomy team!

Tap dat Patreon → https://www.patreon.com/physicsgirl.

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Summary: Researchers believe they have found a cause of memory loss in epilepsy patients by recording single neurons in the brain.

Source: Cedars Sinai.

The discovery could offer a way to measure the effectiveness of memory-restoring therapies including medications and deep-brain stimulation. It also could be a step toward recovering lost memory among patients with a variety of brain conditions.

A group of researchers says that artificial intelligence can be used to trick most biometric face scanners.

A great beginning, but more research is needed.

While there are treatments for temporarily alleviating the symptoms of dementia, there is currently no cure available. The search is therefore on to identify lifestyle factors, such as diet, that can reduce individuals’ risk of developing the condition.

Previous research into possible links between eating foods rich in flavonoids and reduced risk of cognitive decline later in life has been inconclusive, however.

Continue reading “Cognitive decline: Investigating dietary factors” »