When cellulose fibers are separated from noncellulosic components of plants, beaten to a pulp, briefly suspended in water and spread onto a screen, the fibers bond together to form a sheet.
Functional genomics relies on high-throughput techniques for measuring the mRNA (the transcriptome), protein (the proteome), and metabolite (the metabolome) components of plants as well as their organs and tissues.
Microarray technologies, recent advances in protein mass spectrometry, and high-throughput metabolite analyses are beginning to provide detailed information on the total mRNA, protein, and metabolite components of plants.
His work was largely focused on elucidating the mechanisms by which the major storage and structural components of plants and bacteria were synthesized, and, in recent years, he also studied how such components could be depolymerized for use as feedstocks and synthons for production of fuels and chemicals.
The technique, which has become a standard analytical tool in food and pharmaceutical laboratories, is especially useful for separating the components of naturally occurring substances, notably those found in animal and vegetable tissues called lipids and the volatile and fragrant components of plants and flowers known as terpenes.
Despite this progress, many regulatory questions remain unanswered, and the growing, selling, purchasing and research associated with various components of plants will come under much scrutiny in coming months.
Effectors often target key components of plant defense pathways and efficiently suppress plant immunity4.
Utilities are reporting rapidly rising prices for stainless steel, concrete, labor and other components of plant construction.
Triglycerides are important components of plant oils, animal fats and animal plasma lipoproteins.
Lignin, cellulose, and hemicelluloses are the main components of plant fiber and small amounts of other materials like protein, starches and lipids are also present in there19,20.
