Introduction Cotton is an important economic crop. Genetic, developmental and molecular
studies of cotton require high‐quality total RNA from different tissues. Due to the richness in …

Conventional RNA extraction methods have been shown to produce poor quality RNA with
low yields from cotton tissues. We present a protocol for quick isolation of cotton RNA with …

The isolation of biologically active RNA from cotton (Gossypium hirsutum L.) is difficult due to
interference by high levels of endogenous phenolics, polysaccharides, and secondary …

Isolation of high quality of protein, RNA and DNA are difficult in cotton plants due to
presence of high levels of phenolic compounds. Some methods are available currently for …

Genetic genomics in cotton requires isolating RNA from a large number of plant tissue
samples, in a mapping population. However, traditional methods for the extraction of RNA …

Extraction of high-quality DNA from Gossypium (Cotton) species is notoriously difficult due to
high contents of polysaccharides, quinones and polyphenols other secondary metabolites …

Isolation of high quantity and quality RNA is a crucial step in the detection of meaningful
gene expression data. Obtaining intact fungal RNA from complex lignocellulosic substrates …

Large amounts of polyphenolics in cotton leaves make it difficult to obtain high-quality
genomic DNA during extraction. A procedure to isolate nuclear DNA from local cotton leaves …

Gene expression studies are a powerful technique to study biological processes, and
isolating RNA that is pure, intact, and in sufficient amounts for downstream applications is …

Current RNA isolation methods have limitations in their ability to yield good quality and
quantity of RNA from plants that have high content of phenols, polysaccharides and storage …