|
| |
Type I Restriction Modification Systems
Posters and Presentations
By Keith Firman's Group, Portsmouth
- Cold Spring Harbor Laboratories,
Structure-Function Differences Among Type I Restriction Endonuclease,
Molecular Genetics of Bacteria and Phages (August, 1995).
- IUMS, Prague, 1994 (5 posters presented).
- 4th New England Biolabs Conference on DNA
Modification, Point mutations in the central conserved region of the DNA recognition
subunit of R.EcoR124I affecting subunit assembly of the
endonuclease, Igls, Austria
(Weiserova & Firman).
- 4th New England BioLabs Conference
on DNA Modification, The influence of quaternary structure on the function of the Type IC
restriction endonuclease EcoR124I, Igls, Austria
(Janscak & Firman)
-
144th Ordinary
Meeting of the Society for General Microbiology –
Symposium
Molecular Machines: Mobile protein complexes in
micro-organisms, EcoR124I
restriction endonuclease as a molecular motor, LEEDS, UK
- ACS Prospectives Conference
Series. Biological
Applications of Nanotechnology,
Type I
Restriction-Modification Enzymes: DNA-based molecular motors,
BERKLEY, CALIFORNIA USA
- A
Molecular Motor that Links the Biological and Silicon Worlds.
NanoTech 2004, BOSTON, USA
- 5th New England
BioLabs meeting on Restriction/Modification, Bristol
UNIVERSITY OF BRISTOL, UK.
Structure-Function
of the EcoR124I Restriction-Modification Enzyme.
(Alex Blundell et al)
- 5th NEB meeting on
restriction/modification, Bristol UNIVERSITY OF BRISTOL, UK.
Mol Switch: an EU-funded project.
(Keith Firman et al)
- 5th NEB meeting on
restriction/modification, Bristol UNIVERSITY OF BRISTOL, UK.
AFM Analysis of Translocation
by EcoR124I
(Peter Coxhead et al)
- Annual IMM Symposium, NIJMEGEN, THE NETHERLANDS
Biological Molecular Motors -
toward a nanoactuator/biosensor device
(Keith Firman - invited speaker).
- 3rd International Conference on Synthetic Biology (Synthetic
Biology 3.0), ZURICH, SWITZERLAND
Toward single-molecule sensing: a
nanoactuator that reports biological events at the
single-molecule level
(James Youell et al)
|
