Sandbox Reserved 1694: Difference between revisions
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== Biological relevance and broader implications == | == Biological relevance and broader implications == | ||
This enzyme is important for this organism, Bos Taurus because it not only does inositol signaling but regulation of gluconeogenesis and nucleotide metabolism which are a couple of important pathways that help the organism function. Not only is | This enzyme is important for this organism, Bos Taurus because it not only does inositol signaling but regulation of gluconeogenesis and nucleotide metabolism which are a couple of important pathways that help the organism function. Not only is INPP1 in cattle but can be found in humans and mice with possible slight variances in the function of the enzyme, though the article just picked one of the many organisms that have this enzyme. However, studying this organism is relevant because it allows us to study lithium-inhibited enzyme structures and functions to better understand them Also, possibly further our knowledge on cellular communication networks and/or cellular pathways (metabolisms) on cellular and molecular levels. This could result in advancements in human medicine and understanding enzymes in the human body on a molecular level on how they work. | ||
== Important amino acids== | == Important amino acids== | ||
