Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

PROCESSING OF ACKEE FRUIT (BLIGHIA SAPIDA L.): PRESENT AND FUTURE PERSPECTIVES

Article number
894_23
Pages
211 – 213
Language
English
Abstract
The ackee (Blighia sapida), a tropical fruit belonging to the Sapindaceae family, has its origin in West Africa but has traversed the Atlantic Ocean making the Caribbean its home where it grows wildly and also cultivated.
Because of its content of the toxic compound hypoglycin A, ackee arils were subjected to marketing and export restrictions.
However, and with recent toxicological and biochemical studies which demonstrated that toxicity of ripe ackee is extremely low and arils would be consumed, a technological process of arils canning was developed (US Patent 1982967B1). The process consists of mixing 26 to 36 whole or diced arils with 1.5% brine and then the total is canned and sealed.
The cans are sterilized at 210°C for 15 min, and temperature should be strictly below the boiling point so that the canned arils remain firm and retain good flavor.
The canned arils are exported to the United Kingdom and USA where they are welcomed by Jamaican immigrants and autochtons.
However, the Food and Drug Administration (FDA) of the United States restricts the limit of hypoglycin A to 100 ppm.

Publication
Authors
M.A. Emanuel, N. Benkeblia
Keywords
processing, perspectives, ackee
Full text
Online Articles (31)
M.A. Racines-Oliva | J. Ceusters | M.P. De Proft
G.B. Hu | F.C. Hu | Y.H. Qin | Y.Z. Wei | X.J. Li | Z.C. Zhao | H.C. Wang | H.B. Chen | X.M. Huang
L. Fisher | S. Bennett | P. Tennant | W. Mc Laughlin
Y.H. Qin | H.G. Hu | Z.X. Ye | S.Q. Lin | H.X. Miao | C.Y. Zhang | G.B. Hu
M. Lesueur Jannoyer | E. Malézieux | H. Ozier Lafontaine
S. de Lacroix | E. Chauvet | C. Lavigne | M. Lesueur Jannoyer | C. Mazorra Calero
P. Fernandes | C. Lavigne | B. Rhino | C. Langlais | P. Deberdt | S. Diedhiou | A. Ratnadass | M. Lesueur Jannoyer | E. Malézieux | D. Filloux | E.C. Padrón Cespedes | J. Fernández Delgado | E. Peña Turruellas | M. Piñón Gómez | M. Crux Borruel | L. Otero Pujol | J.R. Cueto Rodriguez | M. Borges | G. del Vallin Borrego | C. Mazorra Calero | D. Fontes Marrero | Y. Lezcano Mas | E. Prophète | M. Eunide Alphonse | B. Faucheux | S. de Lacroix | E. Chauvet | G. Arnau | L. Temple | N. Carvil
T. Michels | A. Bisson | V. Ralaidovy | H. Rabemananjar | M. Jahiel | E. Malézieux
V.M. Medina-Urrutia | M. Vázquez-García | G. Virgen-Calleros | M.M. Robles-González
V.M. Medina-Urrutia | M. Vázquez-García | G. Virgen-Calleros
O.K. Yamanishi | V.J. Zuffo