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- W2038961801 abstract "Previous studies have shown that palmitate (PA) can bind specifically and non-specifically to Fe(III) MbCN. The present study has observed PA interaction with physiological states of Fe(II) Mb, and the observations support the hypothesis that Mb may have a potential role in facilitating intracellular fatty acid transport. 1H NMR spectra measurements of the Mb signal during PA titration show signal changes consistent with specific and non-specific binding. Palmitate (PA) interacts differently with physiological states of Mb. Deoxy Mb does not interact specifically or non-specifically with PA, while the carbonmonoxy myoglobin (MbCO) interaction with PA decreases the intensity of selective signals and produces a 0.15 ppm upfield shift of the PA methylene peak. The selective signal change upon PA titration provides a basis to determine an apparent PA binding constant, which serves to create a model comparing the competitive PA binding and facilitated fatty acid transport of Mb and fatty acid binding protein (FABP). Given contrasting PA interaction of ligated vs. unligated Mb, the cellular fatty acid binding protein (FABP) and Mb concentration in the cell, the reported cellular diffusion coefficients, the PA dissociation constants from ligated Mb and FABP, a fatty acid flux model suggests that Mb can compete with FABP transporting cellular fatty acid. Under oxygenated conditions and continuous energy demand, Mb dependent fatty acid transport could influence the cell's preference for carbohydrate or fatty acid as a fuel source and regulate fatty acid metabolism." @default.
- W2038961801 created "2016-06-24" @default.
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- W2038961801 date "2014-01-01" @default.
- W2038961801 modified "2023-10-01" @default.
- W2038961801 title "Palmitate interaction with physiological states of myoglobin" @default.
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- W2038961801 cites W1549584554 @default.
- W2038961801 cites W1615913434 @default.
- W2038961801 cites W1662116282 @default.
- W2038961801 cites W1965541470 @default.
- W2038961801 cites W1970616435 @default.
- W2038961801 cites W1972839835 @default.
- W2038961801 cites W1979407861 @default.
- W2038961801 cites W1980558943 @default.
- W2038961801 cites W1980834163 @default.
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- W2038961801 cites W1998116593 @default.
- W2038961801 cites W2000569151 @default.
- W2038961801 cites W2004607866 @default.
- W2038961801 cites W2004695996 @default.
- W2038961801 cites W2005687175 @default.
- W2038961801 cites W2017369004 @default.
- W2038961801 cites W2018837033 @default.
- W2038961801 cites W2025264058 @default.
- W2038961801 cites W2030443153 @default.
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- W2038961801 cites W2040466126 @default.
- W2038961801 cites W2041541374 @default.
- W2038961801 cites W2045868431 @default.
- W2038961801 cites W2045998256 @default.
- W2038961801 cites W2046628294 @default.
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- W2038961801 cites W3004871761 @default.
- W2038961801 cites W4296612414 @default.
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- W2038961801 doi "https://doi.org/10.1016/j.bbagen.2013.10.028" @default.
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