2002
DOI: 10.1016/s0304-4238(01)00295-3
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Histological and physiological study of purple spot of loquat fruit

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Cited by 18 publications
(20 citation statements)
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“…Tuset et al (1989) reported a reduction in calcium concentration in loquat fruits from 2.01% to 0.57% from February to May and they hypothesized that purple spot of loquat fruit is caused by a localized fruit calcium deficiency. However, it has also been reported that calcium concentration in the fruit is not the cause of purple spot (Cuevas et al, 2001) and Gariglio et al (2002) concluded that cellular dehydration appearing on loquat purple spot affected tissue was not caused by a localized, epidermal or flesh tissue calcium deficiency (Gariglio et al, 2002). This conclusion is reinforced by our results since Ca is not the only element which is diluted during fruit development.…”
Section: Resultsmentioning
confidence: 99%
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“…Tuset et al (1989) reported a reduction in calcium concentration in loquat fruits from 2.01% to 0.57% from February to May and they hypothesized that purple spot of loquat fruit is caused by a localized fruit calcium deficiency. However, it has also been reported that calcium concentration in the fruit is not the cause of purple spot (Cuevas et al, 2001) and Gariglio et al (2002) concluded that cellular dehydration appearing on loquat purple spot affected tissue was not caused by a localized, epidermal or flesh tissue calcium deficiency (Gariglio et al, 2002). This conclusion is reinforced by our results since Ca is not the only element which is diluted during fruit development.…”
Section: Resultsmentioning
confidence: 99%
“…Symptoms appear as a cellular dehydration that initially affects the deepest rind cell layers and then extends to all rind tissues without damaging the flesh (Gariglio et al, 2002). As the cuticle and its water permeability are not affected by the disorder, fruit water loss to the atmosphere cannot be the cause of purple spot (Gariglio et al, 2002).…”
Section: Spanish Journal Of Agricultural Research (2005) 3(4) 439-445mentioning
confidence: 99%
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“…El agua se acumula casi exclusivamente en la pulpa (90%) y la materia seca se reparte en un 37% para ésta y un 73% para la semilla. Y como consecuencia de todo ello, durante este periodo la pulpa reduce a la mitad el porcentaje de su materia seca mientras que la semilla lo duplica (Gariglio et al, 2002). …”
unclassified
“…También en este caso, el azúcar predominante en la semilla, durante todo el período de crecimiento del fruto, es el sorbitol, que fluctúa su contenido entre el 45% y el 60 % del total de los azúcares, disminuyendo en el momento de la maduración hasta el 40%. En el fruto del níspero japonés, la acumulación de almidón, solamente tiene lugar en la semilla (Gariglio et al, 2002).La concentración de elementos minerales en la pulpa desciende durante el desarrollo del fruto alcanzando los valores más bajos en el momento de la maduración. Después del cuajado, el N es el macronutriente que se encuentra en mayor concentración en la pulpa, seguido del K, Ca, Mg y P. El Fe y el Cu son los micronutrientes más abundantes en la pulpa del fruto, seguidos del Zn y del Mn (Gariglio y Agustí, 2005).…”
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