Remarking An Analisation ISSN NO.: 2394-0344 RNI No.UPBIL/2016/67980 VOL-6* ISSUE-4* July-2021
Paper Submission: 03/07/2021, Date of Acceptance: 12/07/2021, Date of Publication: 23/07/2021
Virendra Kumar
Research Scholar,
Dept. of Chemistry,
M M H ( P.G.) College,
Ghaziabad,
Uttar Pradesh, India
Associate Professor,
Dept. of Chemistry
M. M.(P.G.) College,
Ghaziabad,Uttar
Pradesh, India
Amar Singh
Kashyap
Assistant Professor,
Dept. of Botany,
M M (P.G.) College,
Modinagar, Ghaziabad,
Uttar Pradesh, India
Abstract
Mango (Mangifera indica L) is the most flavoured delicious fruits of
the tropical and subtropical regions. It has an excellent flavour, antioxidant
properties, attractive fragrance, delicious taste and high nutritional value that
have made it one of the much loved fruit. The analysis was selected from three
varieties of mango i.e. Amrapali, Langra and Chausa. All these samples were
collected from village Dhaulri, Ghaziabad district, Uttar Pradesh. The
environmental conditions are so suitable to produce the peculiar characters.
We found that the analysis of malic and citric acid content helps to preserve
the ripped mango pulp. Langra had the highest citric acid and lowest in
Amrapali variety. The highest malic acid was found in Amrapali whereas
Langra had the lowest content. The objective of the present study is to
scrutinize the malic acid and citric acid content changes during the unripe to
ripened stage of the fruit. What kind of changes are seen in these conditions
and try to know whether there are some important roles in the preservation
after ripening. Keeping these facts in mind also experiments were performed.
The Langra variety has more citric acid ,malic acid and citric malic acid ratio
resulting in more preserving time for pulp but amrapali is a hybrid variety. It is
also a specialty due to an excellent flavor which depends upon organic acid
composition. In Amrapali variety citric acid decrease 390.2 to 78.4 mg % and
malic acid 64.0 to 48.8 mg % decreases and the citric acid malic acid ratio 6.09
to 1.61 decrease unripe to ripe stage (0 to 8 days after harvest ) similarly in the
Langra variety citric acid decrease 502.2 to 122.7 mg % and malic acid 80 to
48.0 mg % decreases and the citric acid malic acid ratio 6.09 to 1.61 decrease
unripe to ripe stage (0 to 8 days after harvest ) and in the Chausa variety citric
acid decrease 278.7 to 102.0 mg % and malic acid 70.0 to 46.0 mg %
decreases and the citric acid malic acid ratio 2.56 to 2.22 (0 to 8 days after
harvest )
for
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http://www.socialresearchfoundation.com/upoadreserchpapers/5/443/210831021326amar%20singh%20kashyap%2014596.docx.pdf
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