辐射及钙离子渗透处理对杧果贮藏过程中生理生化的影响

邓俏冰; 刘绍德

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辐射及钙离子渗透处理对杧果贮藏过程中生理生化的影响

更新时间：2023-04-23

- 辐射及钙离子渗透处理对杧果贮藏过程中生理生化的影响
- THE EFFECT OF CALCIUM INFILTRATION AND IRRADIATION TREATMENT ON BIOCHEMICAL AND PHYSIOLOGICAL ASPECTS DURING MANGO STORAGE
- 辐射研究与辐射工艺学报 1993年11卷第3期页码：160-163,155
- 作者机构：
  
  1.华南农业大学，广州　510642
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邓俏冰, 刘绍德. 辐射及钙离子渗透处理对杧果贮藏过程中生理生化的影响[J]. 辐射研究与辐射工艺学报, 1993,11(3):160-163,155.

Deng Qiaobing, Liu Shaode. THE EFFECT OF CALCIUM INFILTRATION AND IRRADIATION TREATMENT ON BIOCHEMICAL AND PHYSIOLOGICAL ASPECTS DURING MANGO STORAGE[J]. Journal of Radiation Research and Radiation Processing, 1993,11(3):160-163,155.
邓俏冰, 刘绍德. 辐射及钙离子渗透处理对杧果贮藏过程中生理生化的影响[J]. 辐射研究与辐射工艺学报, 1993,11(3):160-163,155. DOI：

Deng Qiaobing, Liu Shaode. THE EFFECT OF CALCIUM INFILTRATION AND IRRADIATION TREATMENT ON BIOCHEMICAL AND PHYSIOLOGICAL ASPECTS DURING MANGO STORAGE[J]. Journal of Radiation Research and Radiation Processing, 1993,11(3):160-163,155. DOI：

摘要

紫花杧果（,Mangifera indica, L.）经不同剂量,60,Co γ辐照和Ca离子渗透处理，然后在26± 1℃、RH为85%—90%下贮藏，定期测量苹果酸酶活性等性能，最后进行感官评定。结果表明：用Ca离子渗透结合辐照（0.25 kGy）处理，能明显地抑制苹果酸酶的活性，辐照还影响杧果中钙的运输、CO,2,和乙烯的释放，感官评分最高。而单独Ca渗透处理对延迟后熟作用不明显。

Abstract

Zhi Hua mango (Mangifera indica L.) was treated using calcium infiltration and radiation. Biochemical and physiological aspects during mango storage were researched. The results that the treatment of CaCl,2, with radiation (dose of 0.25 kGy) can retard Malic enzyme activity, and rediation can also cause effects on the transparation of Ca,++, and release of CO,2, and ethylene. The mango treated using above way is the best from view of sense organ. However it does not delay maturity of mango to use Ca,++, treatment alone.

关键词

杧果Ca离子渗透辐照褐变苹果酸酶

Keywords

MangoCalcium infiltrationIrrradiationBorwningMalic enzyme activity

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