Identification and characterization of differentially expressed genes in inferior and superior spikelets of rice cultivars with contrasting panicle-compactness and grain …
Breeding programs for increasing spikelet number in rice have resulted in compactness of
the panicle, accompanied by poor grain filling in inferior spikelets. Although the inefficient
utilization of assimilate has been indicated as responsible for this poor grain filling, the
underlying cause remains elusive. The current study utilized the suppression subtractive
hybridization technique to identify 57 and 79 genes that overexpressed in the superior and
inferior spikelets (with respect to each other), respectively, of the compact-panicle rice …
the panicle, accompanied by poor grain filling in inferior spikelets. Although the inefficient
utilization of assimilate has been indicated as responsible for this poor grain filling, the
underlying cause remains elusive. The current study utilized the suppression subtractive
hybridization technique to identify 57 and 79 genes that overexpressed in the superior and
inferior spikelets (with respect to each other), respectively, of the compact-panicle rice …
Identification and characterization of differentially expressed genes in inferior and superior spikelets of rice cultivars with contrasting panicle-compactness and grain …
SS Sudhanshu Sekhar, SA Gharat, BB Panda… - 2015 - cabidigitallibrary.org
Breeding programs for increasing spikelet number in rice have resulted in compactness of
the panicle, accompanied by poor grain filling in inferior spikelets. Although the inefficient
utilization of assimilate has been indicated as responsible for this poor grain filling, the
underlying cause remains elusive. The current study utilized the suppression subtractive
hybridization technique to identify 57 and 79 genes that overexpressed in the superior and
inferior spikelets (with respect to each other), respectively, of the compact-panicle rice …
the panicle, accompanied by poor grain filling in inferior spikelets. Although the inefficient
utilization of assimilate has been indicated as responsible for this poor grain filling, the
underlying cause remains elusive. The current study utilized the suppression subtractive
hybridization technique to identify 57 and 79 genes that overexpressed in the superior and
inferior spikelets (with respect to each other), respectively, of the compact-panicle rice …
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