Publications by authors named "San Wen Huang"
In our previous efforts to understand the regulatory mechanisms of cucumber unisexual flower development, we observed a stamen-specific down-regulation of the ethylene receptor CsETR1 in stage 6 female flowers of cucumber (Cucumis sativus L.). This down-regulation is correlated with the primordial anther-specific DNA damage that characterizes inappropriate stamen development in cucumber female flowers.
View Article and Find Full Text PDFObtainment and characterization of the novel endosperm callus of Taxus chinensis Rehd. var. mairei are valuable for haploid breeding, genome, and functional genome in Taxus.
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- Rapid cell division and expansion are crucial for cucumber fruit yield and quality, with kinesin proteins playing a key role in these processes.
- The study compared morphological and cellular changes in four different cucumber genotypes to identify correlations between kinesin gene expression and fruit development.
- Findings revealed that specific kinesins (CsKF2-CsKF6) are linked to rapid cell division and expansion, with distinct localizations indicating their specialized roles during early cucumber fruit development.
The high-density consensus map was constructed based on the GY14 × PI 183967 map from an inter-subspecific cross and the extended S94 × S06 map from an intra-subspecific cross. The consensus map was composed of 1,369 loci, including 1,152 SSR loci, 192 SRAP loci, 21 SCAR loci and one STS locus as well as three gene loci of fruit external quality traits in seven chromosomes, and spanned 700.5 cM, of which 682.
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