![]() |
| |||||||||
PPI 2013 : Protein-Protein Interaction | |||||||||
Link: http://www.gtcbio.com/conference/ppi-overview?utm_source=3rdparty&utm_medium=eventlisting&utm_campaign=ppi | |||||||||
| |||||||||
Call For Papers | |||||||||
The relatively new field of Protein-Protein Interaction (PPI) is experiencing fantastic growth in the field of drug discovery. Since promises of combinatorial chemistry and screens based on reporter systems for receptor libraries have failed, big pharma has taken a step back and is no longer investing in R&D as heavily.
Although PPI has been around for a while as a field, it is an exciting and dynamic category of drug targets. The key concepts of PPI are to understand how proteins interact, to understand why inhibiting them is beneficial (anti-proliferative, anti-inflammatory), and how to identify molecules that block the interactions as treatment strategies. These concepts and much more will be covered at the inaugural Protein-Protein Interaction Conference. Below are the topics and panels for this year's event. Sessions of the conference include: I. Theory & Computation Innovative Computational Approaches & Technologies Theory, Docking & Encounter Complexes II. Design & Evolution Novel Scaffolds and Inhibitors of PPI PPI Evolution & Design III. Biophysical Studies of PPIs Non-Specific Interactions and Protein Crowding IV. Protein-Protein Interactions as Drug Targets Preclinical & Basic Research Applications Novel Advances is SMIPPIs Research V. Protein Interactions in the Membrane Membrane Proteins & Large Complexes VI. Networks of Protein-Protein Interactions New Methods for PPI Screening VII. Modulation of PPIs Technologies & New Approaches There will also be several interactive Panel Discussions on: I. Industry & Academia Collaborations II. Community Data Sharing - Standardization & Challenges The conference will run parallel with 3 other information-packed conference as part of the Protein Discovery Summit: Antibody and Protein Therapeutics Protein Expression & Formulation 2nd Protein Kinases and Drug Design |
|