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

VARIATION OF POLYPHENOLS PROFILE IN GLOBE ARTICHOKE CAPITULUM DURING HARVEST TIME

Article number
983_59
Pages
407 – 413
Language
English
Abstract
Globe artichoke contains several polyphenols such as phenolic acids and flavonoids, which are highly desirable in diet, because of their beneficial effects on human health.
The qualitative and quantitative profile of these compounds is affected by several factors such as genotype, part of plant, postharvest storage, industrial processing and agronomic factors.
Amongst the latter, the harvest time, appears to be very important, due to the different weather conditions experienced during the harvest period.
In this respect, we observed as the qualitative and quantitative profile of phenolic acids (caffeoylquinic acids) and flavonoids (apigenin and luteolin group) in globe artichoke capitulum was influenced by the harvest time.
Our results showed that the qualitative and quantitative of caffeoylquinic acids, apigenin and luteolin group profile was significantly dependent on the harvest time.
The highest value of total measured polyphenols was recorded in February (13.7 g kg-1 of DM), followed by April (7.9 g kg-1 of DM). On the contrary, the lowest value was found in November and December.
Regardless of harvest time, the main compounds were the caffeoylquinic acids, followed by apigenin group (on average, 3.1 and 2.3 g kg-1 of DM, respectively). Overall, this study, although limited to the polyphenols profile, allowed to establish as the nutritional value of the capitulum varies during crop cycle, to indicate the capitulum as potential natural source of caffeoylquinic acids, apigenin and luteolin group for food and pharmaceutical applications.

Publication
Authors
G. Pandino, S. Lombardo, A. Lo Monaco, G. Mauromicale
Keywords
Cynara cardunculus var. scolymus season, head, caffeoylquinic acids, flavones
Full text
Online Articles (65)
G. Rofrano | N. Trotta | R. Pepe | M.A. Pagnotta | F. Saccardo | T. Cardi
A. Noorani | N.A. Rey | L. Mondini | A. Ciancolini | P. Crinò | M.A. Pagnotta
A. Ciancolini | M. Alignan | J. Miquel | G. Vilarem | M.A. Pagnotta | P. Crinò
I. Ben Ammar | B. Al Mohandes Dridi | F. Harzallah-Skhiri | S. Ibn Maaouia Houimli | N. Jabbes | A. Issa
E. Blanco | D. Negro | D. De Paola | D. Pignone | G. Sonnante
G. Pandino | S. Lombardo | G. Williamson | G. Mauromicale
A. Ciancolini | N. Ficcadenti | N.A. Rey | S. Sestili | A. Bertone | F. Saccardo | P. Crinò | M.A. Pagnotta
A. Acquadro | E. Portis | D. Scaglione | R.P. Mauro | B. Campion | A. Falavigna | R. Zaccardelli | D. Ronga | D. Perrone | G. Mauromicale | S. Lanteri
V. Cravero | E. Martin | I. Crippa | F. López Anido | S.M. García | E. Cointry
D. Giorgi | G. Pandozy | A. Farina | V. Grosso | S. Lucretti | P. Crinò | F. Saccardo
E. Martin | E. Acquaviva | V. Cravero | E. Portis | D. Scaglione | S. Lanteri | E. Cointry
M.A. Pagnotta | N.A. Rey | A. Ciancolini | P. Crinò
F. Saccardo | J.R. Jordan | A. Jordan | P. Crinò | F. Micozzi | C. Lo Bianco | A. Temperini | N.A. Rey | M.A. Pagnotta
E. Portis | A. Acquadro | D. Scaglione | Z. Lai | S. Knapp | L. Rieseberg | R.P. Mauro | G. Mauromicale | S. Lanteri
D. De Paola | F. Cattonaro | M.M. Finetti Sialer | D. Catalano | A. Fracchiolla | A. Morgese | D. Pignone | G. Sonnante
C. Baixauli | J.M. Aguilar | I. Nájera | A. Núñez | N. Pascual-Seva | B. Pascual | A. San Bautista | S. López Galarza | J.V. Maroto
A. Reolon-Costa | B. Morlin | G. Sartori | M. Suzin | L. Augustin | B. Donida | E.O. Calvete | M.F. Grando
R. Pirona | G. Zuccherelli | V. Capaccio | S. Ciannamea | M. Pancaldi | O. Navacchi
N.A. Rey | R. Tavazza | V. Papacchioli | M.A. Pagnotta
A. Trinchera | G. Pandozy | A. Temperini | F. Caprio | E. Rea | S. Rinaldi
N.A. Rey | R. Jordan | A. Jordan | F. Saccardo | M.A. Pagnotta
B. Al Mohandes Dridi | N. Boughalleb Mhamdi | S. Ibn Maaouia Houimli | N. Jabbes | I. Ben Ammar | S. Ben Salha
D. Negro | V. Montesano | A. De Lisi | M.A. Mastro | P. Rubino | G. Sonnante | G. Sarli
V. Hernández-Pérez | M.J. Rodríguez-Carrión | A.J. López-Pérez | J.A. Martínez
C. Baixauli | J.M. Aguilar | I. Nájera | A. Núñez | N. Pascual-Seva | B. Pascual | A. San Bautista | S. López Galarza | J.V. Maroto
R. El Boullani | A. Elmoslih | A. El Finti | A. El Mousadik | M.A. Serghini
A. Campanelli | A. Tagarelli | G. De Mastro | I. Morone-Fortunato | C. Ruta
A.B. Pisanu | M. Cadinu | S. Meloni | S. Beneventi | M. Maxia | L. Baghino | M. Muntoni
A.J. López-Pérez | M.J. Rodríguez-Carríon | V. Hernández-Pérez | L. Almela | J.A. Martínez
S. Argento | F. Branca | M.G. Melilli | A. Tribulato | S.A. Raccuia
V. Cavallaro | F. Trotta | M. Gennari | I. Di Silvestro | A. Pellegrino | A.C. Barbera
C. Ruta | A. Tagarelli | A. Campanelli | G. De Mastro | I. Morone-Fortunato
M. Cardarelli | E. Svecová | Y. Rouphael | D. Borgognone | A. Fiorillo | M. Pellizzoni | L. Lucini | G. Colla
A. Moglia | C. Comino | B. Menin | E. Portis | A. Acquadro | J. Beekwilder | A. Hehn | F. Bourgaud | S. Lanteri
G. Pandino | S. Lombardo | A. Lo Monaco | G. Mauromicale
A. Graifenberg | L. Marchetti | M. Curadi | N. Ceccarelli | P. Picciarelli
M.G. Melilli | S.A. Raccuia | C. Scalisi | S. Scandurra | F. Branca
S. Lombardo | G. Pandino | R.P. Mauro | G. Mauromicale