108 Produce Degradation: Reaction Pathways and their Prevention
- Martínez-Romero, D., Valero, D., Serrano, M., Martinez-Sanchez, F., and Riquelme,
F., Effects of post-harvest putrescine and calcium treatments on reducing mechanical
damage and polyamines and abscisic acid levels during lemon storage, J. Sci. Food
Agric., 79, 1589–1595, 1999. - Zrust, J., The glycoalkaloid content in potato tubers (Solanum tuberosum L.) as
affected by cultivation technology and mechanical damage, Rostlinna Vyroba., 43,
509–515, 1997. - Petersen, H.W., Christiansen, J., and Nielsen, S., Effects of light and mechanical
damage on the steroid glycoalkaloid and chlorophyll contents of ware potatoes during
lifting and storage under shop conditions, SP Rapport, 3, 15, 1994. - Rataj, V. and Dzupin, R., The influence of storage time on the change of technological
properties of potato tubers, Acta Technol. Agric., 1, 17–19, 1998. - Chen, P., Ruiz, M., Lu, F., and Kader, A.A., Study of impact and compression damage
on Asian pears, Trans. ASAE, 30, 1193–1197, 1987. - de Castro, L.R., Cortez, L.A.B., and Jorge, J.T., Packaging influence on the devel-
opment of mechanical injuries in tomatoes, Cienc. Technol. Aliment., 21, 26–33, 2001. - Luengo, R.F.A., Moita, A.W., Nascimento, E.F., and Melo, M.F., Reduction of tomato
post-harvest losses stored in three different types of boxes, Hortic. Brasil., 19,
151–154, 2001. - Nantes, J.F.D. and Durigan, J.F., Evaluation of plastic containers used for packaging,
transport and storage of tomatoes, Rev. Brasil. Armazen., 25, 23–30, 2000. - Timm, E.J., Brown, G.K., and Armstrong, P.R., Apple damage in bulk bins during
semi-trailer transport, Appl. Eng. Agric., 12, 369–377, 1996. - Santana Llado, J.D. and Marrero-Dominguez, A., The effects of peel abrasion on the
postharvest physiology and commercial life of banana fruits, Acta Hortic., 490,
547–553, 1998. - Akkaravessapong, P., Joyce, D.C., and Turner, D.W., The relative humidity at which
bananas are stored or ripened does not influence their susceptibility to mechanical
damage, Scientia-Horticultural, 52, 265–268, 1992. - Landrigan, M., Morris, S.C., and Gibb, K.S., Relative humidity influences postharvest
browning in rambutan (Nephelium lappaceum L.), HortScience, 31, 417–418, 1996. - Nikolaeva, M.A., Losses during storage of mechanically damaged vegetables, Kon-
servn. Ovoshchesush. Prom-st’, 8, 14–15, 1983. - Maria, L., Anna, M., Renata, W., and Stanislaw, R., Phenolic metabolism in root slices
of selected carrot cultivars, Plant Physiol. Acta Physiol.-Plant., 19, 319–325, 1997. - Schulte, N., Timm, E., Ladd, J., and Brown, G., Peach and pear impact damage
thresholds: A progress report, Paper 916620, ASAE Winter Meeting, Chicago, 1991. - Matthew, R. and Hyde, G.M., Potato impact damage thresholds, Trans. ASAE, 40,
705–709, 1997. - Bland, W.L., Tanner, C.B., and Maher, E.A., Vapor conductance of wounded potato
tuber tissue, Am. Potato J., 64, 197–204, 1987. - Miller, A.R., Kelley, T.J., and White, B.D., Nondestructive evaluation of pickling
cucumbers using visible-infrared light transmission, J. Am. Soc. Hortic. Sci., 120,
1063–1068, 1995. - Schatzki, T.F., Haff, R.P., Young, R., Can, I., Le, L.C., and Toyofuku, N., Defect
detection in apples by means of x-ray imaging, Trans. ASAE, 40, 1407–1415, 1997. - Thomas, P., Kannan, A., Degwekar, V.H., and Ramamurthy, M.S., Non-destructive
detection of seed weevil-infested mango fruits by x-ray imaging, Postharv. Biol.
Technol., 5, 161–165, 1995.