textabstractThe human B-globin locus is frequently used as a model system to study mechanisms controlling tissue-specific and developmentally regulated gene expression. Much of the recent progress in understanding the regulation of B-globin gene expression has come from a better knowledge of the process of transcription. Proper transcriptional regulation of the human B-globin genes occurs, at least in part, through specific interactions of regulatory traus-acting proteins to defined cis-regulatory sequences that include promoters, enhancers, silencers, and elements of the locus control region
We have used the globin family of genes in chicken to study developmental regulation of gene express...
The mouse b-globin locus contains four genes that are expressed throughout development in the same o...
In addition to local sequence elements the regulation of the high-level, development- and tissue-spe...
textabstractThe experimental work presented in this thesis pertains to the regulation of gene expres...
The a- and b-globin gene clusters are subject to several levels of regulation. They are expressed e...
textabstractDistant regulatory sequences affect transcription through long-range chromatin interacti...
The overall structure of the DNase I hypersensitive sites (HSs) that comprise the b-globin locus con...
Oxygen transport in the blood is mediated by highly specialized red cells. The majority of the prote...
textabstractThe aim of this thesis was to gain a detailed understanding of transcriptional regulatio...
During development, the α- and β-globin genes exhibit a highly conserved pattern of expression, givi...
Thesis (M.S.)--University of Kansas, Biochemistry and Molecular Biology, 2007.The human β-globin loc...
The mammalian beta-globin locus is a multigene locus containing several globin genes and a number of...
The various mechanisms that are involved in the transcriptional activation of eukaryotic genes have ...
The mammalian beta-globin locus is a multigene locus containing several globin genes and a number of...
Genome wide studies have provided a wealth of information related to histone modifications. Particul...
We have used the globin family of genes in chicken to study developmental regulation of gene express...
The mouse b-globin locus contains four genes that are expressed throughout development in the same o...
In addition to local sequence elements the regulation of the high-level, development- and tissue-spe...
textabstractThe experimental work presented in this thesis pertains to the regulation of gene expres...
The a- and b-globin gene clusters are subject to several levels of regulation. They are expressed e...
textabstractDistant regulatory sequences affect transcription through long-range chromatin interacti...
The overall structure of the DNase I hypersensitive sites (HSs) that comprise the b-globin locus con...
Oxygen transport in the blood is mediated by highly specialized red cells. The majority of the prote...
textabstractThe aim of this thesis was to gain a detailed understanding of transcriptional regulatio...
During development, the α- and β-globin genes exhibit a highly conserved pattern of expression, givi...
Thesis (M.S.)--University of Kansas, Biochemistry and Molecular Biology, 2007.The human β-globin loc...
The mammalian beta-globin locus is a multigene locus containing several globin genes and a number of...
The various mechanisms that are involved in the transcriptional activation of eukaryotic genes have ...
The mammalian beta-globin locus is a multigene locus containing several globin genes and a number of...
Genome wide studies have provided a wealth of information related to histone modifications. Particul...
We have used the globin family of genes in chicken to study developmental regulation of gene express...
The mouse b-globin locus contains four genes that are expressed throughout development in the same o...
In addition to local sequence elements the regulation of the high-level, development- and tissue-spe...