Tag: protein

Effect of sowing dates on qualitative traits in Vegetable Pea (Pisum sativumL.)

HTML Full Text PDF XML DOI: https://doi.org/10.21276/AATCCReview.2024.12.04.645 Abstract The effect of sowing dates on the qualitative traits of Vegetable pea (Pisum sativum L.) was investigated

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Abstract

The effect of sowing dates on the qualitative traits of Vegetable pea (Pisum sativum
L.) was investigated to determine how planting time influences the qualitative traits of
vegetable pea. Twenty genotypes of Vegetable pea were used in the experiments which were
collected from NBPGR New Delhi, IARI New Delhi and different districts of Bihar
(Begusarai, Samastipur, Bhagalpur etc.). In this study, vegetable peas were sown at different
dates i.e., 15th October, Last week of October, and 1st week of November and various
qualitative traits, including TSS Content, Total Sugar, Reducing Sugar, Protein Content and
ascorbic acid were assessed. These all qualitative traits were observed minimum for IC-
342046 and maximum for 5438/P-2110 which was at par with all four checks (Pusa Prabhat,
Arkel, GS-10, and Punjab 89). When comparing early-planted vegetable pea on October 15 th
to other sowing dates, noticeably larger TSS Content, Total Sugar, Reducing Sugar, Protein
Content and ascorbic acid was found which indicates that the sowing date determined the
level of qualitative traits in vegetable pea. The current study found that early sowing dates
generally produced better qualitative characteristics in vegetable pea. Predicting the ideal
time to plant might be challenging due to unseasonable rains, temperature fluctuations, or
frost events. The development of crop management techniques that can adjust to climatic
variability and harsh weather events is aided by research on sowing dates. Farmers can better
adapt to variations in temperature and precipitation patterns by modifying the time of sowing.

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Comparative Quality Analysis of Hybrid and Traditional Rice Varieties under Different Storage Intervals

HTML Full Text PDF XML DOI: https://doi.org/10.21276/AATCCReview.2024.12.01.235 Abstract The present study aims to evaluate the best rice varieties on the basis of their biochemical parameters

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The present study aims to evaluate the best rice varieties on the basis of their biochemical parameters that are affected by biochemical processes or insect infestations during the storage period through the different morphological, histological, and biochemical techniques and it may be helpful for providing the quality food and national food security as well as farmer’s economically value also. The present investigation was carried out at the Department of Biochemistry, Acharya Narendra Deva University of Agriculture and Technology, Kumarganj, Ayodhya (U.P.) from 2013 to 2015. The grains of different hybrid and traditional rice varieties were evaluated for various morphological, quality and biochemical characteristics under four-month storage intervals till the non-significance changes in their parameters. In this study, we selected a dry and cool place for the storage of rice grain that was placed in airtight containers. During the one-year storage (Different time intervals; 4 M (month), 8 M, and 12 M) of hybrid and traditional rice varieties, In hybrid rice, the minimum change in amylose content, ash content (total mineral), protein content, total sugar, reducing and non-reducing sugar content was recorded in traditional rice NDR 97 (9.836 %, 5.245%, 6.452%, 9.323%, 10.309% and 14.405% respectively) followed by traditional rice such as Narendralalmati and NDR 2064 and maximum change of amylose content, ash content, protein content, total sugar content, reducing sugar content and non-reducing sugar content was recorded in XRA 27934 (25.978%), KPH 466 (34.883%), XRA 27934 (16.267%), MEPH 113 (39.314%), KPH 466 (28.338%) and MEPH 113 (55.52%) respectively. During the histological observation, the most of traditional rice such as NDR-97, NDR-2064 had lower degradation than hybrid rice MEPH-113, Ankur-7042 and KPH-466.On the basis of morphological, histological, and biochemical studies of different hybrid rice and traditional rice varieties we can say that the Traditional rice variety NDR 97 and also other traditional rice varieties found superior over other rice varieties because it is a good source of protein, sugar, amylose and minerals. Hence, NDR 97 and other traditional rice varieties have the good keeping qualities, and food security which can open new vista for benefiting farmers and the high class of urban society of people and thus have enormous marketing potential in the domestic as well as global scenario.

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