In previous research, two integral membrane polypeptides, Mr 30,000 and 73,000, were
shown to be localized exclusively to the boundary membrane of glyoxysomes in cotyledons …

To investigate the roles of peroxisomal membrane proteins in the reversible conversion of
glyoxysomes to leaf peroxisomes, we characterized several membrane proteins of …

Boundary membranes were recovered from glyoxysomes, transition peroxisomes, and leaf-
type peroxisomes purified from cotyledons of sunflower (Helianthus annuus L.) at three …

In order to clarify the peroxisomal membrane proteins (PMPs), we characterized one of the
major PMPs, PMP38. The deduced amino acid sequence for its cDNA in Arabidopsis …

Prior to this study the only antibodies available for characterizing peroxisome membrane
proteins (PMPs) in plants were the antibodies raised against membranes isolated from …

The microbody transition observed in the cotyledons of some fatty seedlings involves the
conversion of glyoxysomes to leaf peroxisomes. To clarify the molecular mechanisms …

Plant peroxisomes are unusual subcellular compartments with an apparent simple
morphology but with complex metabolic activity. The presence of signal molecules, such as …

Peroxisomes in higher plant cells are known to differentiate into at least three different
classes, namely, glyoxysomes, leaf peroxisomes, and unspecialalized peroxisomes …

The glyoxysomes of growing oilseed seedlings produce H2O2, a reactive oxygen species,
during the [beta]-oxidation of lipids stored in the cotyledons. An expression library of dark …

Leaf peroxisomes are present in greening cotyledons and contain enzymes of the glycolate
pathway that functions in photorespiration. However, only a few leaf peroxisomal proteins …