Durian fruit (Durio zibethinus) cultivar D24 used in this study
were obtained from a farm in Bentong, Pahang Darul Makmur,
Malaysia, in mid August 2005. Ripened durian fruit that dropped
naturally were collected and transported within 2 h on the same
morning (at 30±2 ◦C). Fruit were selected for uniformity of
size and freedom of visual defects, and were dehusked (the rind
was cut open), by cutting along the suture on the back of the
locules. Upon cutting, 4–6 separated fruit arils (350–420 g) were
packed together. Carewas taken not to break the epidermis of the
pulp when removing it from the husk. The pulps were placed on
polystyrene trays and wrapped in a commercially available lowdensity
polyethylene (LDPE) cling film (20m) with an oxygen
transmission rate of 4.86×10−6 nmol s−1 mm−2 Pa−1 at 25 ◦C
and 75% RH. Dehusking was performed manually in an airconditioned
room (20 ◦C) using good manufacturing practices.
Only pulps with no external injuries (epidermis intact) were
selected. Each replicatewas composed of pulps taken from three
trays and all data are the mean of three replicates. Samples were
packaged at 25 ◦Cand stored at 4 ◦Cfor 42 days. Flavour volatile
compounds and sensory properties of the fruit were evaluated
initially and at 7-day intervals.
Durian fruit (Durio zibethinus) cultivar D24 used in this studywere obtained from a farm in Bentong, Pahang Darul Makmur,Malaysia, in mid August 2005. Ripened durian fruit that droppednaturally were collected and transported within 2 h on the samemorning (at 30±2 ◦C). Fruit were selected for uniformity ofsize and freedom of visual defects, and were dehusked (the rindwas cut open), by cutting along the suture on the back of thelocules. Upon cutting, 4–6 separated fruit arils (350–420 g) werepacked together. Carewas taken not to break the epidermis of thepulp when removing it from the husk. The pulps were placed onpolystyrene trays and wrapped in a commercially available lowdensitypolyethylene (LDPE) cling film (20m) with an oxygentransmission rate of 4.86×10−6 nmol s−1 mm−2 Pa−1 at 25 ◦Cand 75% RH. Dehusking was performed manually in an airconditionedroom (20 ◦C) using good manufacturing practices.Only pulps with no external injuries (epidermis intact) wereselected. Each replicatewas composed of pulps taken from threetrays and all data are the mean of three replicates. Samples werepackaged at 25 ◦Cand stored at 4 ◦Cfor 42 days. Flavour volatilecompounds and sensory properties of the fruit were evaluatedinitially and at 7-day intervals.
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