T2 and T1 relaxation times measured by NMR and corresponding relative intensities changes during ripening are shown in
Figs. 6 and 7, respectively. The T2 of the core, placenta and outer pericarp had similar trends. The T2 of the fourth component and the associated relative intensity decreased, while T2 of the first, second and third components did not change significantly during ripening. The relative intensity of the third component increased for all tissues. It seemed to be correlated with the decrease in the fourthcomponent, suggesting thus an exchange between them. The relative intensity of the second component increased for the outer pericarp. In the locular tissue, the T2 of all components remained
stable at the beginning of ripening and increased slightly after the ninth day. Finally, the relative intensity of the last component of the
locular tissue decreased, while the relative intensity of the third and
the second components increased during the ripening process.
T2 and T1 relaxation times measured by NMR and corresponding relative intensities changes during ripening are shown in
Figs. 6 and 7, respectively. The T2 of the core, placenta and outer pericarp had similar trends. The T2 of the fourth component and the associated relative intensity decreased, while T2 of the first, second and third components did not change significantly during ripening. The relative intensity of the third component increased for all tissues. It seemed to be correlated with the decrease in the fourthcomponent, suggesting thus an exchange between them. The relative intensity of the second component increased for the outer pericarp. In the locular tissue, the T2 of all components remained
stable at the beginning of ripening and increased slightly after the ninth day. Finally, the relative intensity of the last component of the
locular tissue decreased, while the relative intensity of the third and
the second components increased during the ripening process.
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