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Effect of Microbial Growth on Dehydrated Tomato Powder During different Drying Conditions

机译:不同干燥条件下微生物生长对脱水番茄粉的影响

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The effect of green house type solar dryer and cabinet type dryer used for tomato drying with pretreatment of preservatives. We can see that the microbial growth not detected in the starting 30 days but the highest microbial count is 4.67 X105 of untreated samples (6mm) in aluminum foil package under green house type solar dryer and microbial growth 4.55xl0~5of untreated samples (6mm) in LDPE packaging under cabinet tray dryer (63 °C). These are samples packed in LDPE and aluminum foil packaging materials and stored at room temperature. All microorganisms have a defined temperature range in which they grow, with a minimum, maximum, and optimum. An understanding of the interplay between time, temperature, and other intrinsic and extrinsic factors iscrucial to selecting the proper storage conditions for a food product.
机译:温室型太阳能干燥机和橱柜式干燥机的作用,用于番茄干燥和防腐剂的预处理。我们可以看到,在开始的30天中未检测到微生物生长,但最高的微生物计数是在温室型太阳能干燥器下的铝箔包装中未经处理的样品(6毫米)的4.67 X105和未处理的样品(6毫米)的微生物生长4.55xl0〜5在机柜托盘干燥器(63°C)下的LDPE包装中。这些是用LDPE和铝箔包装材料包装的样品,并在室温下存储。所有微生物都有一个确定的温度范围,在该温度范围内,它们会以最小,最大和最佳的速度生长。对时间,温度以及其他内在和外在因素之间相互作用的理解对于选择食品的适当储存条件至关重要。

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