Dicyclohexylcarbodiimide and Disodium Succinate Induce the Change of Energy Metabolism in Relation to Longan Pulp Breakdown

Overview

Journal Food Chem X

Date 2024 Aug 5

PMID 39100246

Authors

Yi Zheng

Hetong Lin

Yueying Sang

Mengshi Lin

Yixiong Lin

Hui Wang

Zhongqi Fan

Yihui Chen

Yifen Lin

Affiliations

Soon will be listed here.

Abstract

Compared to control longan, DCC-treated longan had higher pulp breakdown index, lower ATP, ADP and EC levels, and lower H, Ca and Mg-ATPase activities. On day 6, DCC-treated longan presented 18% higher pulp breakdown index, with 44%, 9% and 31% lower levels of ATP, ADP and EC, respectively. Additionally, DCC-treated longan showed 29%, 53%, 37% lower activity of H-ATPase, 34%, 54%, 4% lower activity of Ca-ATPase, and 13%, 21%, 6% lower activity of Mg-ATPase in the membranes of plasma, vacuole, and mitochondria, respectively. Whereas, DS-treated longan manifested the opposite trends of DCC treatment. These results suggest that the accelerated pulp breakdown in DCC-treated longan was linked to energy deficiency and reduced energy production. However, DS treatment restrained pulp breakdown occurrence in fresh longan by maintaining a higher energy level through the elevated energy production and ATPase activity.

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