'Dna binding domain' diaporamas de présentation

Regulation of Gene Expression

Regulation of Gene Expression. David Shiuan Department of Life Science Institute of Biotechnology Interdisciplinary Program of Bioinformatics National Dong Hwa University.

1.73k views • 102 slides

Chapter 17 Gene Regulation in Eukaryotes

Chapter 17 Gene Regulation in Eukaryotes. Similarity of regulation between eukaryotes and prokaryote Principles are the same: signals, activators and repressors, recruitment and allostery, cooperative binding

1.5k views • 60 slides

Androgen Receptors in Breast Cancer, What Pathologists Should Know

Androgen Receptors in Breast Cancer, What Pathologists Should Know. Charles D. Sturgis, M.D. Associate Professor of Pathology Associate Program Director, Anatomic Pathology Residency Cleveland Clinic Lerner College of Medicine Staff Cytopathologist and Breast Pathologist.

516 views • 50 slides

Chapt 12 Transcription Activators in Eukaryotes

Chapt 12 Transcription Activators in Eukaryotes. Student learning outcomes : Explain how gene-specific activators binding to DNA elements ( enhancers ) activate transcription. Activators contain at least 2 domains: DNA-binding domain ( DBD ) and transcription-activation domain ( TAD ).

882 views • 48 slides

Chapter 12 Transcription Activators in Eukaryotes

Chapter 12 Transcription Activators in Eukaryotes. 12.1 Categories of Activators ( ???? ). Activators (gene-specific TF) can stimulate or inhibit transcription by RNA polymerase II Structure is composed of at least 2 functional domains ( ??? ) DNA-binding domain (DNA ??? )

387 views • 38 slides

Tumour Suppressor Genes

928 views • 32 slides

Activating Transcription

Activating Transcription. Activation of gene structure (Chromatin structure) Initiation and processing of transcription Transport to cytoplasm Translation of mRNA. transcription, splicing of mRNA, mRNA stability, translation efficiency,.

460 views • 32 slides

Activating Transcription

Activating Transcription. Activation of gene structure (Chromatin structure) Initiation and processing of transcription Transport to cytoplasm Translation of mRNA. transcription, splicing of mRNA, mRNA stability, translation efficiency,.

504 views • 32 slides

Genomics II: The Proteome

Genomics II: The Proteome. Using high-throughput methods to identify proteins and to understand their function. Subcellular localization of the yeast proteome. Complete genome sequences allow each ORF to be precisely tagged with a reporter molecule

384 views • 24 slides

The LEDGF-integrase interaction as a new target for ART

The LEDGF-integrase interaction as a new target for ART. Linos Vandekerckhove , Jan De Rijck, Rik Gijsbers, Myriam Witvrouw, Frauke Christ and Zeger Debyser Molecular Medicine, K.U.Leuven, Belgium. HIV-1 replication cycle and role of IN. entry attachment fusion. reverse transcription.

258 views • 18 slides

DNA Polymerase ? B Processivity Factor

DNA Polymerase ? B Processivity Factor. Molecular Cell, Volume 7, Issue 1 , 1 January 2001, Pages 43-54 PDB ID:1G5H. Superpositioning with GRS. Dimerization domain. Four helix-bundle. DNA binding domain. Mutation of DNA bind domain. Modeling structure. PCNA.

266 views • 16 slides

Supplementary Fig. 1

Supplementary Fig. 1. A. B. dVRI. 729. PAR. apVRI. 364. bZIP. 100. 85/98. DNA Binding Domain. 404. amVRI. G/S Rich. TDA?. Poly-Q. dPDP1. 351. amVRI. RRRRNNEAAKRSRE. 86.5/86.5. 87/93.5. 94/100. 79/90. amPDP1. RRRKNNMAAKRSRD. agPDP1. 231. |. |. |. :. |. |. |. |.

94 views • 3 slides