Helicase Enzymes Part A: Volume 672

Informationen zum Autor Michael grew up in a western suburb of Chicago called Aurora, IL, or better known as Wayne's World. He got his BS in Psychology and Chemistry at the University of Illinois, Urbana-Champaign. After which, he employed as a technician working on analytical method development at Abbott Laboratories. From 1998-2002 he was a PhD student at Penn State University working in Stephen Benkovic lab on the Bacteriophage T4 replisome assembly and dynamics. In 2003, he started a postdoctoral fellowship in Ron Laskey's laboratory at the University of Cambridge/Hutchison MRC in the UK. In 2006, he started his independent career at the University of Pittsburgh Chemistry department. Starting 2014, he moved his laboratory to Baylor University, where he currently lives with his family. There, the Trakselis laboratory is currently studying aspects of DNA replication and repair spanning from the very in vitro biochemical to the very in vivo cell and human biology.

Autorentext
Michael grew up in a western suburb of Chicago called Aurora, IL, or better known as Wayne's World. He got his BS in Psychology and Chemistry at the University of Illinois, Urbana-Champaign. After which, he employed as a technician working on analytical method development at Abbott Laboratories. From 1998-2002 he was a PhD student at Penn State University working in Stephen Benkovic lab on the Bacteriophage T4 replisome assembly and dynamics. In 2003, he started a postdoctoral fellowship in Ron Laskey's laboratory at the University of Cambridge/Hutchison MRC in the UK. In 2006, he started his independent career at the University of Pittsburgh Chemistry department. Starting 2014, he moved his laboratory to Baylor University, where he currently lives with his family. There, the Trakselis laboratory is currently studying aspects of DNA replication and repair spanning from the very in vitro biochemical to the very in vivo cell and human biology.

Inhalt

1. Fluorescence loading assay for hexameric helicases
   James Berger
   2. Use of substrates with multiple fluorophores to simultaneously monitor unwinding of multiple duplexes
   Alicia Byrd
   3. In silico reconstitution of MCM helicase loading and activation using time resolved cryo-EM
   Alessandro Costa
   4. Helicase uncoupling to study nacent strand decay
   James Dewar
   5. Investigating structure and dynamics of Twinkle helicase with Cryo-EM and high-speed AFM
   Yang Gao
   6. Measuring helicase contributions to BIR
   Greg Ira
   7. Crosslinking to define helicase/DNA interactions
   James L. Keck?
   8. Use of Reverse Polarity DNA to investigate Helicase Mechanisms
   Tim Lohman
   9. Substrate production to study helicases and translocases using molecular and optical tweezers
   Fernando Moreno Herrero
   10. Methods of loading CMG onto DNA
   Michael O'Donnell
   11. Methods to study Helicase-Polymerase coupling during DNA replication reactions
   Smita Patel
   12. Biochemical analyses of ATP-dependent chromatin remodeling
   Craig Peterson
   13. Alignment of helicases on single-stranded increases activity
   Kevin D. Raney
   14. CMG helicase activity on G4-containing templates
   Dirk Remus
   15. Accessory helicase unwinding of genomic complexities
   Grant Schauer
   16. Monitoring helicase decoupling in bacteria by TUNEL
   Michael Trakselis
   17. the preparation of DNA constructs for the use in single-molecule replisome studies
   Antoine Van Oijen
   18. Interaction of topoisomerases with DNA measured by RADAR
   Alessandro Vindigni