In this work we aim to bridge theoretical immunology and disordered statistical mechanics. We introduce a model for the behavior of B-cells which naturally merges the clonal selection theory and the autopoietic network theory as a whole. From the analysis of its features we recover several basic phenomena such as low-dose tolerance, dynamical memory of antigens and self/non-self discrimination. © 2010 IOP Publishing Ltd and SISSA
Immune systems function by means of complex "networks" of interactions between various cell types a...
The populations of the various types of immunocompetent cells in the immune system are described as ...
Self-directed lymphocytes may evade clonal deletion at ontogenesis but still remain harmless due to ...
Abstract. In this work we aim to bridge theoretical immunology and disordered statistical mechanics....
We consider the mutual interactions, via cytokine exchanges, among helper lymphocytes. B lymphocytes...
In this paper we focus on the antigen-independent maturation of B-cells and, via statistical mechani...
In this work, we adopt a statistical-mechanics approach to investigate basic, systemic features exhi...
Several discrete models of immune networks have been developed in the last few years to describe the...
In this work we introduce and analyze the stochastic dynamics obeyed by a model of an immune network...
A dynamical model of normal immune response has been formulated in terms of cellular automata by Kau...
Self-directed lymphocytes may evade clonal deletion at ontogenesis but still remain harmless due to ...
The emergence in the last decades of a huge amount of data in many fields of biology triggered also ...
How do we recast the effects of molecular mimicry and genetic alterations affecting the T-cell respo...
Problem-solving strategies in immunology currently utilize a series of ad hoc, qualitative variation...
Abstract:- We present a simple microscopic model for the clonal expansion of the immune system. We c...
Immune systems function by means of complex "networks" of interactions between various cell types a...
The populations of the various types of immunocompetent cells in the immune system are described as ...
Self-directed lymphocytes may evade clonal deletion at ontogenesis but still remain harmless due to ...
Abstract. In this work we aim to bridge theoretical immunology and disordered statistical mechanics....
We consider the mutual interactions, via cytokine exchanges, among helper lymphocytes. B lymphocytes...
In this paper we focus on the antigen-independent maturation of B-cells and, via statistical mechani...
In this work, we adopt a statistical-mechanics approach to investigate basic, systemic features exhi...
Several discrete models of immune networks have been developed in the last few years to describe the...
In this work we introduce and analyze the stochastic dynamics obeyed by a model of an immune network...
A dynamical model of normal immune response has been formulated in terms of cellular automata by Kau...
Self-directed lymphocytes may evade clonal deletion at ontogenesis but still remain harmless due to ...
The emergence in the last decades of a huge amount of data in many fields of biology triggered also ...
How do we recast the effects of molecular mimicry and genetic alterations affecting the T-cell respo...
Problem-solving strategies in immunology currently utilize a series of ad hoc, qualitative variation...
Abstract:- We present a simple microscopic model for the clonal expansion of the immune system. We c...
Immune systems function by means of complex "networks" of interactions between various cell types a...
The populations of the various types of immunocompetent cells in the immune system are described as ...
Self-directed lymphocytes may evade clonal deletion at ontogenesis but still remain harmless due to ...