The
butter content and other chemical components such as polyphenols play essential
role in the health benefits of consumers as well as flavor of chocolates produced.
In this study cocoa beans from 15 international clones (genotypes) were
fermented and dried for six and 14 days,respectively. Genotypic effect on the
major chemical components of the beans that affect chocolate flavour and taste
were assessed using various protocols in the laboratory. Concentrations and
relationship existing among the chemical components tested during three- and
two-year periods were determined. Genotypic differences were found to account
for variation in the concentration of various components tested. Among the
genotypes used Man 15-2 seems to be high in fat content whilst IMC 47 was low.
In terms of O-dihydric phenol content ICS 1 recorded the highest whilst MO 20
recorded the least. A further test on polyphenols content showed high levels
for Gu 255 whilst T 79/501 recorded the least. Significant positive correlation
was also observed among the various chemical components tested. The findings of
this work clearly confirmed the existence of significant correlations among the
major chemical components in cocoa beans and the influence of genotype on the
chemical component concentration. This information could be very useful in
breeding and selection for a particular component since genotype plays a major
role.
Website: http://www.arjonline.org/agricultural-sciences/american-research-journal-of-agriculture/
Website: http://www.arjonline.org/agricultural-sciences/american-research-journal-of-agriculture/
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