Transformation of wild species into elite cultivars through “domestication” entails
evolutionary responses in which plant populations adapt to selection. Domestication is a …

This protocol describes a method for high-frequency recovery of transgenic soybean, bean
and cotton plants, by combining resistance to the herbicide imazapyr as a selectable marker …

Grafting is a classical technique to increase plant stress resistance and yield in horticultural
crops. This review takes cotton (Gossypium spp.) as an example to summarize the …

A protocol is presented for efficient transformation and regeneration of cotton. Embryogenic
calli co-cultivated with Agrobacterium carrying cry1Ia5 gene were cultured under …

Basidiomycetous fungi, Ganoderma lucidum MDU-7 and Ganoderma sp. kk-02 secreted
multiple laccase isozymes under diverse growth condition. Aromatic compounds and metal …

Cotton, as a natural fiber crop, plays a pivotal role in advancing global textile industry.
Comparative transcriptome analyses of single-cell 'fiber'from wild and domesticated plant …

Main conclusion Majority of differentially expressed miRNAs with functional attributes have
been recruited independently and parallelly during allopolyploidy followed by the millennia …

Key message Constitutive-and fiber-specific RNAi of GhPRF1 gene illustrated strong
correlation between domestication-driven profilin genes and floral/fiber architecture in …

Background A high level of transgene expression is required, in several applications of
transgenic technology. While use of strong promoters has been the main focus in such …

Somatic embryogenesis in cotton (Gossypium hirsutum L.) is accelerated when the plant
regeneration medium is supplemented with haemoglobin (erythrogen). In cotton SVPR 2 …