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

TASTE AND APPEARANCE IN THE SUPPLY CHAIN, WHERE TO START? SPATIAL DISTRIBUTION OF COLOUR, SUGARS AND ACIDS IN GROWING APPLES

Article number
1091_1
Pages
21 – 28
Language
English
Abstract
Samples were taken from apple flesh while at the tree (‘Gala’ and ‘Pinova’) using a biopsy sampling system.
After sampling the wound was closed with vaseline, which prevented wound responses.
Samples were taken at different times over the circumference of the apples (at about 70° above the equator) to monitor the spatio-temporal distribution of acids (malic, citric, fumaric) and sugars (glucose, fructose and sucrose). At the same time the skin colour was assessed with a Minolta colour meter at the same location.
The distribution over the circumference of the apples revealed for both cultivars a sinusoidal pattern for all colour aspects and for citric acid, while only fructose in ‘Gala’ showed a clear sinusoidal pattern.
For all other variables measured, the pattern was only faint, with a low amplitude.
Although the system is still prone to a large measuring error, biopsy sampling is a powerful tool to study the spatio-temporal distribution of taste components.

Publication
Authors
N. Sadar, L.M.M. Tijskens, A. Urbanek Krajnc, S. Tojnko, T. Unuk
Keywords
apples, sugars, organic acids, growth, taste, appearance, spatial distribution
Full text
Online Articles (41)
A. Guerreiro | C. Gago | M.L. Faleiro | G. Miguel | M.D. Antunes
B. Navez | V. Cottet | F. Villeneuve | M. Jost | F. Latour | S. Huet | E. Geoffriau
U. Muchjajib | S. Muchjajib | S. Suknikom | J. Butsai
Z. Megías | S. Manzano | C. Martínez | A. Barrera | D. Garrido | J.L. Valenzuela | M. Jamilena
C.J. Wijesinghe | R.S. Wilson Wijeratnam | R.L.C. Wijesundera | J.K.R.R. Samarasekara
Z. Megías | A. Barrera | S. Manzano | C. Martínez | D. Garrido | J.L. Valenzuela | M. Jamilena
F. Colantuono | F. Piazzolla | M.L.V. de Chiara | M.L. Amodio | G. Colelli
M.L.A.T.M. Hertog | M. Vollebregt | I. Unzueta | R.J.O.M. Hoofman | J. Lammertyn
A. Lichter | T. Kaplunov | Y. Zutahy | A. Daus | D. Beno | S. Lurie | P. Sarig | A. Stromza
B.A.J.G. Jacobs | B.E. Verlinden | E. Bobelyn | A. Decombel | P. Bleyaert | W. Saeys | B.M. Nicolai
A.F. Bollen | D.J. Tanner | C.B. Soon | A.R. East | A. Dagar | H. Sharshevsky | A.D. Mowat | J.A. Heyes | Y. Pelech
R. Jedermann | U. Praeger | M. Geyer | A. Moehrke | W. Lang
L.H. Vickers | I.G. Grove | J.M. Monaghan
P. Penchaiya | L.M.M. Tijskens | A. Uthairatanakij | V. Srilaong | A. Tansakul | S. Kanlayanarat
A.T. Aborisade | U.P. Obani | L. Ogbeifun | S.O. Mathew | Y.F. Leramo
I.G.N. Hewajulige | R.S. Wilson Wijeratnam | M.G.D.S. Perera | S.A. Fernando
J. Burdon | N. Lallu | G. Haynes | K. Francis | M. Patel | T. Laurie | J. Hardy
D. Christen | S. Gabioud Rebeaud | N. Berthod | S. Besse | J. Rossier
M. Thammawong | H. Umehara | N. Nakamura | Y. Ito | T. Shiina | M. Yoshida | A. Soga | K. Nakano | T. Kaneta
T. Shiina | H. Umehara | N. Nakamura | Y. Ito | M. Thammawong | M. Yoshida | A. Soga | K. Nakano | T. Kaneta
T. Orikasa | S. Koide | S. Okamoto | C. Togashi | T. Komoda | S. Hatanaka | Y. Muramatsu | M. Thammawong | T. Shiina | A. Tagawa
S. Wulfkuehler | A. Müller | A. Weiss | K. Mix | M. Rebmann | H. Schmidt | M. Stahl | R. Carle