How Do You Spell IRON MOLYBDENUM COFACTOR?

Pronunciation: [ˈa͡ɪ͡ən məlˈɪbdənəm kˈɒfaktə] (IPA)

Iron molybdenum cofactor (FeMoCo) is a key component of nitrogenase, an enzyme that essential for the biological fixation of nitrogen. The spelling of this term can be explained using the International Phonetic Alphabet (IPA). "Iron" (aɪərn) is pronounced with a long "i" sound followed by an "r" and a schwa; "molybdenum" (məˈlɪbdənəm) is pronounced with the stress on the second syllable, followed by a short "i" and "u" sounds; and "cofactor" (koʊˈfæktər) is pronounced with a long "o" sound, followed by an "f," a long "a," a hard "k," and a short "-er."

Meaning and Definition
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IRON MOLYBDENUM COFACTOR Meaning and Definition

  1. Iron Molybdenum Cofactor (FeMo-co) refers to a complex and essential compound found in certain enzymes known as nitrogenase. These enzymes play a crucial role in facilitating the biological fixation of atmospheric nitrogen into a biologically useful form for plants, animals, and other organisms. The FeMo-co acts as a cofactor, aiding the catalytic activity of nitrogenase by giving it the ability to convert nitrogen gas (N₂) into ammonia (NH₃), a process called nitrogen fixation.

    The FeMo-co is composed of iron (Fe), molybdenum (Mo), and various other non-protein components. It undertakes a series of intricate electron transfers during the enzymatic reaction that enables the reduction of N₂ to NH₃. The presence of iron, molybdenum, and other constituent elements within the FeMo-co provides the necessary redox capabilities and electron transport pathways for the enzymatic function.

    The synthesis and incorporation of FeMo-co into nitrogenase is a highly complex and regulated process. The FeMo-co is unusual in its ability to bind and activate nitrogen gas, making it an essential component for the overall nitrogen cycle and the sustenance of life on Earth. Its specific structure and unique reactivity have made it a subject of extensive research and interest, particularly in the fields of bioinorganic chemistry and biotechnology.

    Understanding the structure, function, and biosynthesis of FeMo-co is critical for developing strategies to enhance nitrogen fixation efficiency, as well as for producing nitrogen-rich fertilizers sustainably. By deciphering the intricacies of this cofactor, scientists aim to contribute to improving agricultural sustainability and reducing the environmental impact associated with nitrogen-based fertilizers.

Common Misspellings for IRON MOLYBDENUM COFACTOR

  • uron molybdenum cofactor
  • jron molybdenum cofactor
  • kron molybdenum cofactor
  • oron molybdenum cofactor
  • 9ron molybdenum cofactor
  • 8ron molybdenum cofactor
  • ieon molybdenum cofactor
  • idon molybdenum cofactor
  • ifon molybdenum cofactor
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  • i5on molybdenum cofactor
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  • irin molybdenum cofactor
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  • irln molybdenum cofactor
  • irpn molybdenum cofactor
  • ir0n molybdenum cofactor
  • ir9n molybdenum cofactor
  • irob molybdenum cofactor
  • irom molybdenum cofactor