RT Journal
T1 HETEROSIS STUDIES FOR SOME FATTY ACIDS COMPOSITION OF INDIAN MUSTARD (BRASSICA JUNCEA L.)
A1 N. Ali
A1 J. Bakht
A1 K. Naveed
A1 M. Liaquat
A1 S. A. Khan
A1 M. Saeed
A1 S. Ali
A1 I. Hussain
A1 S. M. Khan
A1 M. Salim
JF Journal of Animal and Plant Sciences
JO JAPS
SN 1018-7081
VO 25
IS 3
SP 321
OP 326
YR 2015
FD 2015/06/01
DO DOI NA
AB Mid-parent and better-parent heterosis was estimated in Brassica juncea L. lines by using 8 x 8 full diallel. Randomized complete block design (RCBD) with two replications were used for 56 F hybrids and their parent. Out of 56 crosses, 34 1 crosses showed significant heterosis for oil %age. Significant positive heterobeltiosis was recorded in 26 crosses. For glucosinolate content out of 56 F s significant negative heterosis was monitored for 16 crosses. Significant negative 1 heterobeltiosis was observed in 7 crosses. In case of erucic acid, 32 crosses confined significantly negative heterosis. On the other hand 21 crosses exhibited significant negative heterobeltiosis. For protein, 32 crosses showed significant heterosis. Significant positive heterobeltiosis recorded for 27 crosses. In case of oleic acid content, 49 crosses revealed positive values, with significant positive heterosis in 17 crosses. Data for heterobeltiosis showed that positive values were recorded for 41 crosses. Significant positive heterobeltiosis was detected for 8 crosses. Data regarding linolenic acid demonstrated that out of 56 crosses, 32 crosses contained significantly negative heterosis. Heterobeltiosis values for linolenic acid content showed that, negative values were detected for 22 crosses. Significant negative heterobeltiosis was recorded for 11 crosses. Priyamedha et. al. 2014). Indian mustard seed contains
K1 Heterosis, Mid-parent, Better-parent, Mustard, Brassica juncea L, Fatty acids.
PB Pakistan Agricultural Scientists Forum
LK https://thejaps.org.pk/AbstractView.aspx?mid=2015-JAPS-650