2011
DOI: 10.1504/ijpti.2011.041039
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Use of ionising radiation technology as a method of postharvest conservation of guava

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Cited by 5 publications
(3 citation statements)
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“…This leads to a fast senescence process even under controlled refrigerated conditions (Srisvastava & Narasimhan, 1967). Various methods for postharvest conservation have been tried on fresh guavas, including the use of ionizing radiation to prevent microorganism proliferation (Silva, Correia, Moura, Maciel, & Villar, 2011); treatment by immersion in concentrated calcium chloride solution (CaCl 2 ) (Werner, Oliveira, Bona, Cavati, & Gomes, 2009) or calcium chloride associated with gibberellic acid (C 19 H 22 O 6 ) (Lima, Durigan, de Souza, & Donadon, 2003); polymeric packaging with controlled atmosphere (Singh & Pal, 2008a) and storage under 1-methylcyclopropene environment (Singh & Pal, 2008b). Additionally, edible coatings such as carnauba wax (Jacomino, Ojeda, Kluge, & Scarpare-Filho, 2003); cellulose emulsions (McGuirre & Hallman, 1995); starch and chitosan solutions (Soares et al, 2011), candelilla wax (Salinas-Hernández, Ulín-Montejo, & Saucedo-Veloz, 2010), milk-protein (Cerqueira, Jacomino, Sasaki, & Alleoni, 2011) and miscellaneous formulations based on gelatin, triacetin and lauric acid (Fakhouri, Batista, & Grosso, 2003) have been tested.…”
Section: Introductionmentioning
confidence: 99%
“…This leads to a fast senescence process even under controlled refrigerated conditions (Srisvastava & Narasimhan, 1967). Various methods for postharvest conservation have been tried on fresh guavas, including the use of ionizing radiation to prevent microorganism proliferation (Silva, Correia, Moura, Maciel, & Villar, 2011); treatment by immersion in concentrated calcium chloride solution (CaCl 2 ) (Werner, Oliveira, Bona, Cavati, & Gomes, 2009) or calcium chloride associated with gibberellic acid (C 19 H 22 O 6 ) (Lima, Durigan, de Souza, & Donadon, 2003); polymeric packaging with controlled atmosphere (Singh & Pal, 2008a) and storage under 1-methylcyclopropene environment (Singh & Pal, 2008b). Additionally, edible coatings such as carnauba wax (Jacomino, Ojeda, Kluge, & Scarpare-Filho, 2003); cellulose emulsions (McGuirre & Hallman, 1995); starch and chitosan solutions (Soares et al, 2011), candelilla wax (Salinas-Hernández, Ulín-Montejo, & Saucedo-Veloz, 2010), milk-protein (Cerqueira, Jacomino, Sasaki, & Alleoni, 2011) and miscellaneous formulations based on gelatin, triacetin and lauric acid (Fakhouri, Batista, & Grosso, 2003) have been tested.…”
Section: Introductionmentioning
confidence: 99%
“…A conservação pós-colheita usualmente empregada está, na sua maioria, centrada na cadeia do frio. A refrigeração é uma das técnicas mais práticas e eficientes para retardar o amadurecimento da goiaba (EMBRAPA, 2010), porém vários métodos para conservação pós-colheita foram avaliados em goiabas frescas, incluindo o uso de radiação ionizante para impedir a proliferação de microrganismos (SILVA et al, 2011;PAL, 2009); radiação gama associada à atmosfera modificada passiva (CAMPOS et al, 2011); tratamento por imersão em solução concentrada de cloreto de cálcio (WERNER et al, 2009) ou cloreto de cálcio associado com o ácido giberélico DURIGAN, 2003); resfriamento por ar forçado (SIQUEIRA et al, 2014); exposição a 1-metilciclopropeno (BASSETTO; JACOMINO; PINHEIRO, 2005;CERQUEIRA et al, 2009;PAL, 2008a) e embalagens plásticas (SINGH; PAL, 2008b) ou atmosfera modificada (GRIGIO et al, 2011;SAHOO et al 2015). Apesar da eficiência dessas tecnologias, algumas técnicas possuem alto custo de implantação e podem gerar alto impacto ambiental (LOPES et al, 2018).…”
Section: Revestimentos Comestíveis Em Goiabasunclassified
“…Without any treatment guava is spoiled very easily because of its high respiration rates, mechanical damage, and microbial decomposition. Different method including ionizing radiation, preservatives, and controlled atmosphere are used for the preservation of guava [ 4 6 ].…”
Section: Introductionmentioning
confidence: 99%