Moscovium
Also known as: Moscovium, Mc, Element 115
Overview
Moscovium is a synthetic element with the atomic number 115, produced through nuclear reactions by bombarding americium-243 with calcium-48 ions. It does not occur naturally and is classified as a superheavy, radioactive element. Currently, its applications are limited to scientific research due to its extreme radioactivity and limited half-life. Moscovium is a member of the pnictogen group in the periodic table, and it is expected to be a solid at room temperature with a high density. Research surrounding moscovium is still in its infancy, focusing primarily on its synthesis and theoretical predictions of its chemical properties.
Benefits
There are no known benefits of moscovium as a supplement ingredient due to its synthetic and radioactive nature, rendering it unsuitable for dietary use. Research does not point to any health benefits, and it is untested in clinical or supplement contexts. The lack of data on moscovium's interaction with biological systems underscores its disqualification as a substance that could confer benefits to human health.
How it works
Moscovium has no known biological mechanism of action because it is highly radioactive, which prohibits any safe biological studies. Its interactions and potential effects on human physiology are not well-studied due to the inherent dangers associated with handling and exposure to radioactive materials.
Side effects
Moscovium poses significant safety risks due to its extreme radioactivity. As it is not used in dietary supplements or human consumables, common side effects are not applicable. The use of moscovium is contraindicated and considered unsafe, making any drug interactions or adverse effects irrelevant in a practical context. Handling this element requires stringent safety protocols to prevent exposure and potential health hazards.
Dosage
There are no established dosing guidelines for moscovium as it is not intended for use in supplements or any dietary context. Its extreme radioactivity prohibits any form of consumption or recommended intake. Research is limited, and therefore, no upper limits or safety thresholds can be suggested.
FAQs
Can moscovium be used safely?
No, moscovium is highly radioactive and poses significant risks, making it unsuitable for safe use or consumption.
What practical applications does moscovium have?
Moscovium is used exclusively for scientific research related to its synthesis and chemical properties, not for dietary or supplement applications.
Are there any benefits to taking moscovium?
There are no benefits associated with moscovium as it cannot be used safely or effectively in humans.
Research Sources
- https://pmc.ncbi.nlm.nih.gov/articles/PMC10770642/ – This source provides insights into the synthesis of superheavy elements, including moscovium, exploring their properties and production challenges amidst theoretical frameworks.
- https://www.webelements.com/moscovium/ – This webpage outlines the basic characteristics of moscovium, including its classification, expected physical properties, and current understanding in the field of chemical elements.
- https://www.ebsco.com/research-starters/chemistry/moscovium-mc – This resource serves as an introduction to moscovium, detailing its chemical classification, synthesis process, and implications for future research.
- https://winter.group.shef.ac.uk/webelements/moscovium/ – The site discusses moscovium's position in the periodic table and provides a basic overview of its chemical properties, largely focusing on theoretical predictions.
- https://portal.research.lu.se/en/publications/manifestation-of-relativistic-effects-in-the-chemical-properties- – This research discusses the relativistic effects that influence the chemical properties of superheavy elements, including moscovium, elucidating the challenges encountered in physical chemistry.
