-transparent.png){kind=logo}
High mobility group (HMG) proteins are usually considered ubiquitous components of the eukaryotic chromatin. Using HMG gene promoter-GUS reporter gene fusions we have examined the expression of the reporter gene in transgenic Arabidopsis plants. These experiments have revealed that the different HMGA and HMGB promoters display overlapping patterns of activity, but they also show tissue- and developmental stage-specific differences. Moreover, leader introns that are present in some of the HMGB genes can modulate reporter gene expression. The differential HMG gene expression supports the view that the various HMG proteins serve partially different architectural functions in plant chromatin.
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
February 1995,
The Plant journal : for cell and molecular biology,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
May 1989,
Molecular and cellular biology,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
March 2001,
Trends in biochemical sciences,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
June 1997,
Plant molecular biology,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
January 1977,
Methods in cell biology,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
December 1997,
European journal of biochemistry,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
April 1998,
Plant molecular biology,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
February 1991,
The Journal of biological chemistry,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
January 2008,
Gene,
Dorte Launholt, and
Jesper T Grønlund, and
Hanne K Nielsen, and
Klaus D Grasser
October 1984,
The Journal of biological chemistry,
