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Fig. 1. The interrelationships between wounding lettuce leaftissueandthesubsequentinducedchangesinphenolicmetabolism that leads to tissue browning
Fig. 2. The effect of wounding and heat shocking (45°C for 90s) on the development of phenylalanine ammonia-lyase (PAL)concentration of total phenolic compounds (activity (�mol cinnamic acid produced/g/h) after 24 h, and the�g/g), and ab-sorbance at 320 nm
Fig. 3. Diagram showing the scenario in which the synthesis of wound-induced PAL is prevented by induction of the synthesis ofheat shock proteins (hsps)
Fig. 4. The effect of wounding and the timing of the applica-tion of a heat shock (45°C for 90 s) to iceberg lettuce tissue onshocks (HS) were applied 4 h before wounding, and 2 h afterwounding

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