Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată
The consumption of plastic substances, involved in the maturation-senescence processes of apple fruits during the postharvest period can be slowed down only by applying cold. The researches presented in this paper aimed to determine the changes (every 30 days) in the content of some biochemical ind...
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Moldova State Agrarian University
2015-06-01
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doaj-0d35303784f24cd8863c5cd20f3721e12020-11-25T02:48:25ZengMoldova State Agrarian UniversityStiinta Agricola1857-00032587-32022015-06-0115660Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicatăCHIHAI Marcela 0BUJOREANU Nicolae 1Universitatea Cooperatist-Comercială din MoldovaInstitutul de Genetică, Fiziologie şi Protecţie a Plantelor al Academiei de Ştiinţe a MoldoveiThe consumption of plastic substances, involved in the maturation-senescence processes of apple fruits during the postharvest period can be slowed down only by applying cold. The researches presented in this paper aimed to determine the changes (every 30 days) in the content of some biochemical indices of apples (titratable acids, sugars, ascorbic acid (vit.C) and dry substances) during storage, depending on the applied thermal regime. After harvesting, the apples of late varieties Florina, Cempion, King Jonagold and Pinova were stored for 150 days at 1, 2 and 30C and relative humidity of 85-90 %. On removal from storage, it was established that the fruits have consumed different amounts of plastic substances depending on the applied thermal regime and this was largely reflected on the quantity of standard fruits and their organoleptic characteristics. Based on the conducted research and obtained results, it was determined that the optimum storage temperature is 2°C for Florina variety and 1°C for Cempion, King Jonagold and Pinova varieties. https://sa.uasm.md/index.php?journal=sa&page=article&op=view&path%5B%5D=110&path%5B%5D=114applestoragetemperatureplastic substances |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
CHIHAI Marcela BUJOREANU Nicolae |
spellingShingle |
CHIHAI Marcela BUJOREANU Nicolae Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată Stiinta Agricola apple storage temperature plastic substances |
author_facet |
CHIHAI Marcela BUJOREANU Nicolae |
author_sort |
CHIHAI Marcela |
title |
Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
title_short |
Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
title_full |
Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
title_fullStr |
Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
title_full_unstemmed |
Gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
title_sort |
gradul de modificare a valorii unor indici biochimici la fructele de măr în funcţie de temperatura de păstrare aplicată |
publisher |
Moldova State Agrarian University |
series |
Stiinta Agricola |
issn |
1857-0003 2587-3202 |
publishDate |
2015-06-01 |
description |
The consumption of plastic substances, involved in the maturation-senescence processes of apple fruits during the postharvest period can be slowed down only by applying cold. The researches presented in this
paper aimed to determine the changes (every 30 days) in the content of some biochemical indices of apples (titratable acids, sugars, ascorbic acid (vit.C) and dry substances) during storage, depending on the applied
thermal regime. After harvesting, the apples of late varieties Florina, Cempion, King Jonagold and Pinova were stored for 150 days at 1, 2 and 30C and relative humidity of 85-90 %. On removal from storage, it was established that the fruits have consumed different amounts of plastic substances depending on the applied thermal regime and this was largely reflected on the quantity of standard fruits and their organoleptic characteristics. Based on the conducted research and obtained results, it was determined that the optimum storage temperature is 2°C for Florina variety and 1°C for Cempion, King Jonagold and Pinova varieties.
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topic |
apple storage temperature plastic substances |
url |
https://sa.uasm.md/index.php?journal=sa&page=article&op=view&path%5B%5D=110&path%5B%5D=114 |
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