MYB transcription factor genes play important roles in developmental and various other
processes in plants. In this study, functional characterization of AmMYB1, a single-repeat …

Currently, RNA-seq as a high throughput technology is being widely applied to various
species to elucidate the complexity of the transcriptome and to discover large number of …

Due to the presence of a diverse array of metabolites, no standard method of RNA isolation
is available for plants. We noted that polysaccharide and polyphenol contents of cardamom …

Extraction of quality RNA is a prerequisite for downstream application in functional genomics
analysis. However, extraction of high-quality RNA from tissues containing higher amount of …

Heavy metal pollution of agricultural soils is one of the most severe ecological problems in
the world. Prosopis juliflora, a phreatophytic tree species, grows well in heavy metal laden …

RNA integrity, quality and quantity are critical in most plant molecular studies. Extracting
high quality RNA from cassava leaves and other recalcitrant plant tissues are difficult due to …

Most plants encounter stress such as drought and salinity that adversely affect growth,
development and crop productivity. The expression of the gene glutathione-s-transferases …

Functional genomic analyses require intact RNA; however, Passiflora edulis leaves are rich
in secondary metabolites that interfere with RNA extraction primarily by promoting oxidative …

A vacuolar H+-ATPase (VHA) gene (ZMVHA-B1) was isolated from an eelgrass (Zostera
marina) leaf cDNA library and was characterized to be approximately 1.4 kbp in length and …

High‐throughput functional genomic procedures depend on the quality of the RNA used.
Copurifying molecules can negatively impact the functionality of some plant RNA …