1998
DOI: 10.1016/s0304-4238(98)00153-8
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Causes of the tipburn disorder in leaves of vegetables

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Cited by 116 publications
(91 citation statements)
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“…Deficiency of Ca itself however, has long been associated with a browning disorder in lettuce called tip-burn or tip-scorch (Collier and Tibbitts 1982). This is believed to occur due to Ca-deficiency induced leakage of plant cell membranes under conditions of rapid growth (Saure 1998). Chutichudet et al (2009) reported that soil amendment with CaSO 4 had no significant effect on the levels of total phenolic compounds or quinones in lettuce tissue, however Borghesi et al (2013) found that increasing levels of Ca applied to hydroponic nutrient solution resulted in an increase in phenolic content to an optimum of 15 mM Ca, above this concentration, phenolic levels began to reduce.…”
Section: Nutrientmentioning
confidence: 99%
“…Deficiency of Ca itself however, has long been associated with a browning disorder in lettuce called tip-burn or tip-scorch (Collier and Tibbitts 1982). This is believed to occur due to Ca-deficiency induced leakage of plant cell membranes under conditions of rapid growth (Saure 1998). Chutichudet et al (2009) reported that soil amendment with CaSO 4 had no significant effect on the levels of total phenolic compounds or quinones in lettuce tissue, however Borghesi et al (2013) found that increasing levels of Ca applied to hydroponic nutrient solution resulted in an increase in phenolic content to an optimum of 15 mM Ca, above this concentration, phenolic levels began to reduce.…”
Section: Nutrientmentioning
confidence: 99%
“…Estudios más recientes han concluido que el descenso de calcio en los tejidos que presentaban 'tipburn' estaba relacionado con la acción de hormonas implicadas en el crecimiento (Aloni et al, 1986;Saure, 1998).…”
Section: 91'tipburn'unclassified
“…El AG produce una menor tolerancia al estrés, mediante una acción directa, aumentando la permeabilidad de la membrana, y de manera indirecta disminuyendo la integridad que le proporciona el calcio (Saure, 1998). Aunque no existen evidencias del desplazamiento de calcio de la pared celular por el AG, es posible que ese proceso forme parte del mecanismo de desarrollo del 'tipburn'.…”
Section: 91'tipburn'unclassified
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