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Accelerated Ageing Test in Maize: Pattern of Seed Deterioration

机译:加速玉米老化试验:种子劣化模式

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The freshly harvested seeds of maize single cross hybrid TNAU maize hybrid CO 6 were kept under accelerated ageing condition by exposing the seeds to 40°C temperature and 100 per cent relative humidity in order to assess the physical, physiological and biochemical changes taking place during storage. This study revealed that minimum germination of 90 per cent as per the Indian Minimum Seed Certification Standards (IMSCS) was reached on 4th day of accelerated ageing and reached 54 percent on 9th dayof accelerated ageing against the initial seed germination of 98 per cent. The moisture content was increased from 10.1 per cent to 15.9 per cent on 9th day of accelerated ageing. The root length, shoot length, dry matter production, vigour index, ct-amylase, catalase, peroxidase activity and carbohydrate content were decreased. Whereas electrical conductivity of seed leachate and reducing sugars were increased, while advancing the period of accelerated ageing.
机译:通过将种子暴露于40℃的温度和100%相对湿度,将新鲜的玉米单十字杂交TNAU玉米杂种杂交CO 6保持加速老化条件,以评估在储存期间进行的物理,生理和生化变化的物理,生理和生物化学变化 。 本研究表明,在加速老龄化的第4天达到了印度最低种子认证标准(IMSCs)的最低萌发90%,并在第9日达到54%,加速了衰老的初始种子萌发98%。 水分含量从9季加速老化的第9天从10.1%增加到15.9%。 降低了根长,枝条长度,干物质生产,活力指数,CT-淀粉酶,过氧化氢酶,过氧化物酶活性和碳水化合物含量。 虽然种子渗滤液和还原糖的电导率增加,但推进了加速老化的时期。

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