β-Hydroxybutyrate (BHB) LiquiColor® test - Cardinal Health for Dummies

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The LEVL gadget (Medamonitor, Seattle, WA) supplies users a technique for assessing their own rate of fat metabolic process. This Piece Covers It Well determines the concentration acetone in breath that the clinical literature has shown to correlate to the rate of fat metabolism. Typically, the body uses glucose to satisfy its metabolic energy requirements.

Several situations can trigger this shift. Exercise can deplete available carbohydrate stores causing the body to use fats for energy production. Dietary changes that cause fat consumption to increase and carbohydrate intake to decrease will modify metabolic process to efficiently make use of the change in nutrients. In all of these circumstances, the body reduces it usage of carbs and, thus, shifts to utilizing fats for energy production.

By enzymatic action, acetoacetate (Air conditioner, Ac) can be transformed into beta-hydroxybutyrate (BOHB). The same enzyme can produce A/c, Ac from BOHB. Furthermore, acetoacetate can transform spontaneously into acetone which, due to its small size and highly water solubility, can readily appear in the breath. Currently, measurement of BOHB in blood is the gold standard for assessing ketone body concentration, also called ketosis.

Since acetone (Br, Ace) is a sister ketone body to BOHB, breath acetone might be used to evaluate ketosis and change the measurement of BOHB. Data in the scientific literature has revealed Br, Ace to correlate with BOHB. Inferring BOHB concentrations from measurement of Br, Ace utilizing LEVL is less invasive and is possibly less expensive.