The melting behavior of the three kiwifruit ice creams was similar
(Fig. 1). It took longer for the ice cream containing a gold or red
kiwifruit juice fraction (157 and 160 min, respectively) to melt
completely than that with a green kiwifruit juice fraction (145 min).
The green kiwifruit ice cream started to melt approximately 1–2 min
earlier than the other two ice creams, and its melting rate was the
greatest especially after 100 min. These results might be associated
with fruit attributes — green is a different species to gold and red. The
kiwifruit with green, gold and red flesh had different compositions
and intrinsic enzymes (Dawes & Keene, 1999; Deters et al., 2005;
Lesperance, 2009; Nieuwenhuizen et al., 2007).
The melting behavior of the three kiwifruit ice creams was similar(Fig. 1). It took longer for the ice cream containing a gold or redkiwifruit juice fraction (157 and 160 min, respectively) to meltcompletely than that with a green kiwifruit juice fraction (145 min).The green kiwifruit ice cream started to melt approximately 1–2 minearlier than the other two ice creams, and its melting rate was thegreatest especially after 100 min. These results might be associatedwith fruit attributes — green is a different species to gold and red. Thekiwifruit with green, gold and red flesh had different compositionsand intrinsic enzymes (Dawes & Keene, 1999; Deters et al., 2005;Lesperance, 2009; Nieuwenhuizen et al., 2007).
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