Safe postharvest treatments for maintaining olinda orange fruits quality during marketing life [electronic resource]

By: Contributor(s): Language: English Summary language: Arabic Description: p.425-436Other title:
  • استخدام بعض معاملات ما بعد الحصاد الامنة للحفاظ علي جودة ثمار البرتقال الاوليندا خلال فترة العمر التسويقي [Added title page title]
Uniform titles:
  • The Bulletin Faculty Of Agriculture Cairo University, 2017 v.68 (4 [electronic resource]
Subject(s): Online resources: In: The Bulletin Faculty Of Agriculture Cairo University 2017.v.68(4)Summary: Extending postharvest fruit life demand cold storage period prolongation with reasonable marketing life. In this scope, quality of Olinda orange was determined in response to arabic gum, bee wax, paraffin oil and chitosan coatings during simulated marketing life at 20°C for 12 days after cold storage at 5°C and 90-95% relative humidity for 90 days. All applied coatings had desirable effects on fruit quality compared with the control, where the best treatment was chitosan at 1 and 2% that were effective in maintaining ascorbic acid content compared to the uncoated ones. Chitosan coating at 2% attained the lowest significant weight loss and decay percentages. Also, it delayed changes associated with fruit aging such as colour changes, softening and pectin the methylesterase activity, in addition to valuable means of respiration rate compared to the uncoated ones. Coatings are easily applied tools that could be suitable for extending Olinda orange postharvest marketing life.
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Articles Articles Main ART BFACU V68 NO 4 16 (Browse shelf(Opens below)) Available

Includes bibliographic reference

Extending postharvest fruit life demand cold storage period prolongation with reasonable
marketing life. In this scope, quality of Olinda orange was determined in response to arabic gum, bee
wax, paraffin oil and chitosan coatings during simulated marketing life at 20°C for 12 days after cold
storage at 5°C and 90-95% relative humidity for 90 days. All applied coatings had desirable effects on
fruit quality compared with the control, where the best treatment was chitosan at 1 and 2% that were
effective in maintaining ascorbic acid content compared to the uncoated ones. Chitosan coating at 2%
attained the lowest significant weight loss and decay percentages. Also, it delayed changes associated
with fruit aging such as colour changes, softening and pectin the methylesterase activity, in addition to
valuable means of respiration rate compared to the uncoated ones. Coatings are easily applied tools
that could be suitable for extending Olinda orange postharvest marketing life.

Summary in Arabic

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