Variability of Solids, Organosulfur Compounds, Pungency and Health-Enhancing Traits in Garlic (Allium sativum L.) Cultivars Belonging to Different Ecophysiological Groups

GONZÁLEZ, R.E.; SOTO VARGAS, V. C.; SANCE, M.M.; CAMARGO, A.B.; GALMARINI, C.R

JOURNAL OF AGRICULTURAL AND FOOD CHEMISTRY

AMER CHEMICAL SOC

Año: 2009 p. 10282 - 10288

0021-8561

Garlic is a vegetable mainly agamically propagated, and it has been dispersed all around the world. Garlic cultivars have been classified in different ecophysiological groups (EG) according to their bulbing requirements. The variability in organosulfur composition (ACSOs), solids content (SC),   ngency (PC) and antiplatelet activity (IAA) and the correlation among these traits in garlic clones belonging to three EG was studied. We found variability for ACSOs, SC, PC and IAA between clones belonging to different EG and also among clones belonging to the same EG. Cutivars EG III presented more variability than EG IV for ACSOs, thiosulfinates, allicin and PC, while for SC, EG IV was the most variable. The correlations found suggested that IAA observed was mainly due to organosulfur composition. Finally recommendations about the most suitable cultivars for  fresh consumption, pharmaceutical and dehydration industry are made.(EG) according to their bulbing requirements. The variability in organosulfur composition (ACSOs), solids content (SC),   ngency (PC) and antiplatelet activity (IAA) and the correlation among these traits in garlic clones belonging to three EG was studied. We found variability for ACSOs, SC, PC and IAA between clones belonging to different EG and also among clones belonging to the same EG. Cutivars EG III presented more variability than EG IV for ACSOs, thiosulfinates, allicin and PC, while for SC, EG IV was the most variable. The correlations found suggested that IAA observed was mainly due to organosulfur composition. Finally recommendations about the most suitable cultivars for  fresh consumption, pharmaceutical and dehydration industry are made.