'Transcription start' presentation slideshows

Chapter 29 Transcription and the Regulation of Gene Expression

Chapter 29 Transcription and the Regulation of Gene Expression. Outline. Central Dogma: DNA ? RNA ? Protein Gene transcription in prokaryotes. Regulated of transcription in prokaryotes. Gene transcription in eukaryotes. Gene regulatory protein recognition of specific DNA sequences.

1.52k views • 116 slides

Spaghetti Code, Soupy Logic adventures in gene expression & genome annotation

Spaghetti Code, Soupy Logic adventures in gene expression & genome annotation. Jim Kent University of California Santa Cruz. A Challenge Every Speaker Faces:. Who is the audience? Bioinformaticians: Biologists with bigger, better databases? Geeks trading bits for bases?

614 views • 48 slides

EUKARYOTIC GENE

503 views • 26 slides

Synthetic Biology Part 1: Introduction

Input. Synthetic Biology Part 1: Introduction. Gene A. Gene B. AND. Gene C. Output. Prokaryotic cell. micro.magnet.fsu.edu. Cell-Cell communication in prokaryotes. http://parts.mit.edu/igem07/index.php/Chiba/Communication. Flow of genetic information. DNA RNA PROTEIN.

819 views • 23 slides

A eukaryotic transcriptional activator bearing the DNA specificity of a prokaryotic repressor

A eukaryotic transcriptional activator bearing the DNA specificity of a prokaryotic repressor. Roger Brent and Mark Ptashne. What is the GAL pathway?. How does Gal4p work?. What is the general question?. How do transcription factors function?

730 views • 20 slides

Develop mathematical, statistical, and computational methods

Develop mathematical, statistical, and computational methods to analyse biologically or technologically novel experiments in order to understand disease-relevant regulatory and genetic interaction networks. ? high-density microarrays for RNA transcription and protein-DNA binding (ChIP-chip)

297 views • 17 slides

Replication and Central Dogma January 2009

Replication and Central Dogma January 2009. DNA structure and properties. During an ocean exploration you discover ancient colelancanth DNA. You denature your DNA and discover that a single strand is composed of: 10% A, 10% T, 45% C and 45%G Which of the following could you conclude:

278 views • 14 slides

Promoters in Eukaryotic DNA

186 views • 6 slides

V. Transcription (DNA-directed RNA synthesis)

163 views • 3 slides

HSPA4L

MCA clone 273bp. HSPA4L. HSPA4L. CPG sites. TSS. CpG. -21. Pyrosequencing. Raji (99%). C=100% T=0%. C=100% T=0%. C=98% T=2%. Raji M%=99. Control (0%). C=2% T=98%. C=1% T=99%. C=1% T=99%. Control M%=1. ALL (89%). ALL M%=96. C=90% T=10%. C=100%

156 views • 1 slides

A673

Patel et al Supplemental Figure S5. A. B. A673. SK-N-MC. SK-ES-1. M. U. U. U. U. U. U. U. U. U. U. U. U. U. U. U. M. M. M. M. M. M. M. M. M. M. M. M. M. M. C. Sssi. EWS1. EWS2. EWS3. EWS4. EWS5. EWS6. EWS7. EWS8. EWS9. EWS10. EWS11. EWS12. EWS13.

143 views • 1 slides