The ABC 2023 conference will be a venue to discuss subjects surrounding the sequence-dependent physical properties of DNA, new methods and new models, with a multiscale perspective. From the shorter atomistic scale to more biologically pertinent length scales (mesoscale), i.e. from electrons to nucleosomes. Top international researchers, ABC members, and collaborators from diverse fields (experimentalists, computational chemists/physicists, and developers of new methods) will converge to discuss on: 

All-atom force field development for nucleic acids
Sequence-dependent mechanical properties of DNA
Coarse-grained models of nucleic acids
Multiscale simulations of nucleic acids
Protein-DNA interactions
DNA-solvent interactions
Nucleosome structure and chromatin fibers
Nucleosome positioning
Epigenetic modifications: DNA and histone tails

SCIENTIFIC & ORGANIZING COMMITTEES

 John Maddocks (CH)
Wilma Olson (US)
Sarah Harris (UK)
Modesto Orozco (SP)
Tom Cheatham (US)
Lois Pollack (US)
Charles Laughton (UK)

Pablo D. Dans (UY)
Agnes Noy (UK)
Alberto Pérez (US)
Daiva Petkeviciute (LT)
Rodrigo Galido-Murillo (US)
Marco Pasi (FR)
Rosana Collepardo (UK)
Federica Battistini (SP)

 Timetable, participants, scientific program and book of abstracts: 

SCHEDULE

POSTER SESSION WINNERS

Role of Acidic Amino Acid Residues in Sequence-specific DNA-protein Interactions

 Kazi Amirul Hossain

Gdsansk University of Technology.

DNA damage competes with sequence to pin a plectoneme

 Victoria E. Hill

Department of Chemistry, The University of Sheffield.


Mechanistic properties of DNA govern nucleosome unwrapping

 Maria Julia Maristany

Department of Physics, University of Cambridge.

PICTURES