DNA Discrimination by Gal4 and Other C6 Zinc Cluster Proteins.
スポンサーリンク
概要
著者
関連論文
- ANALYSIS OF A cDNA CLONE FOR DNABINDING PROTEIN, AOBP, RELATED TO STEROID HORMONE RECEPTORS AND GATA1
- The DNA Binding Domains of Transcription Factors, PhoB and OmpR, Adopt the Same Folding as that of Histone H5 and Bind to RNA Polymerase Using the Ends of Two .ALPHA.-Helices.
- Inter-basepair Hydrogen Bonds in DNA.
- Prediction of the Three Dimensional Structure of the DBD of Centromere Protein B (CENP-B) in Comparison with the Structures of Myb, LexA and DtxR DBDs.
- Multi-domainial Structure of the Yeast Transcription Factor, Gcrl, and its Possible Mode of DNA-binding.
- A Physico-Chemical Study of the DNA-Binding Domain of GATA1.
- DNA Recognition by a .BETA.-sheet. (2) Stereochemical Basis of DNA Bending by the .BETA.-sheets of MetJ and Arc Repressors.:(2) Stereochemical Basis of DNA Bending by the β-sheets of MetJ and Arc Repressors
- DNA Recognition Rules for Steroid Hormone Receptors and GATA1 (2): Specificity of the Rules.
- DNA Discrimination by Gal4 and Other C6 Zinc Cluster Proteins.
- Putative Zinc-Binding Domain of Plant Transcription Factor, AOBP, is Related to DNA-Binding Domains of Steroid Hormone Receptors and GATA1.
- Sigma Factors have Two DNA-binding Domains which Resemble DBDs of Histone H5, BirA, LexA and DtxR.
- Prediction of the Three Dimensional Structure of the DNA-Binding Domain of the LysR Family.
- Transcription Factors, Myb and LexA, Discriminate between DNA Sequences by the Same Recognition Mechanism.
- Zipperless bZips and Zipped Homeodomains.
- DNA Recognition Rules for Steroid Hormone Receptors and GATA1 (1): Chemical and Stereochemical Rules.