With the development of transgenic technology systems, the transfer of heterologous genes into the plant genome has become possible, which provides a new avenue
In this chapter we describe an efficient method suitable for whole protein extraction from various plant tissues. The method utilizes trichloroacetic acid and a
Another feasible method for protein extraction, besides the classical trichloroacetic acid (TCA ) /acetone precipitation method, is phenol extraction, which can
Seeds may contain different components, like starch and polysaccharides, which can severely reduce the amount of protein extracted. The proteins in cereal plant
It is well known that the xylem and primordial vasculature in higher plants are responsible for the long-distance transport of small nutrient molecules. However
Within this chapter, we present a protocol for extracting total protein from wood-forming tissues (secondary xylem in differentiation). This protocol has been u
Plant cell mitochondria perform a number of important biochemical processes. The most important of these is the oxidative degradation of organic acids via the t
The integrity of the proteome of subcellular components such as the nucleus is largely determined by whether or not other cellular contaminants are removed from
The plant cell wall is a highly dynamic and chemically active component of the plant cell. The main components of the cell wall are polysaccharides, as well as
The isolation and extraction of nuclear proteins has facilitated the study of plant proteomics. This technique relies on subcellular isolation with which the pr
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