SS > NF reviews > Alan S. Perelson

Books

(Molecular Evolution on Rugged Landscpaes. 1991. With Stuart A. Kauffman)

Papers/Articles

Affinity maturation and learning in immune networks. 1991. In Molecular Evolution on Rugged Landscpaes
Affinity maturation on rugged landscapes. 1991. In Molecular Evolution on Rugged Landscpaes
Two theoretical problems of immunology: AIDS and epitopes. 1994. In Complexity: metaphors, models, and reality
Modeling the effects of prior infection on vaccine efficacy. 1999. In Artificial Immune Systems and Their Applications
Immunological memory is associative. 1999. In Artificial Immune Systems and Their Applications
An overview of computational and theoretical immunology. 2004. In ICARIS 2004
Computational models of B call and T cell receptors. 2007. In in silico Immunology

Books : reviews

Contents

• Richard G. Palmer.
Optimization on rugged landscape

• C. Amitrano, L. Peleti, M. Saber.
A spin-glass model of evolution

• Daniel L. Stein.
What can physics do for biology?

• Peter Schuster.
Optimization of RNA structures and properties

• Herman N. Eisen.
Affinity maturation: a retrospective view

• C. Berek, M. Apel.
Maturation through hypermutation and selection

• Catherine A. Macken, Alan S. Perelson.
Affinity maturation on rugged landscapes

• Tim Manser.
Maturation of the humoral immune response: a neo-Darwininan process?

• Stuart A. Kauffman, Edward D. Weinberger.
The NK model of rugged fitness landscapes and its application to maturation of the immune response

• William V. Williams, Thomas Kieber-Emmons, David B. Weiner, Mark I. Greene.
Use of antibodies as molecular mimics to probe intermolecular interaction landscapes

• Gerard Weisbuch, Alan S. Perelson.
Affinity maturation and learning in immune networks

• Gregory W. Siskind.
Auto-anti-idiotype and antigen as selective factors driving B-cell affinity maturation in the immune system

• Richard G. Weinand.
Somatic mutation and the antibody repetoire: a computational model of shape space

• Wlodek Mandecki.
Evolution of proteins from random sequences: a model for the protein sequence space and an experimental approach

• Marshall S. Z. Horwitz, Dipak K. Dube, Lawrence A. Loeb.
Studies in the evolution of biological activity from random sequences

• Debra L. Robertson, Gerald F. Joyce.
The catalytic potential of RNA

• Peter Schuster.
Dynamics of autocatalytic reaction networks