Overview: Diversity, Structure, and Function of the T Cell

Antigen potency and maximal efficacy reveal the mechanism of efficient T cell activation

The Toll-like and IL-1 receptor family - function and control of inflammatory signal transduction

Cellular and molecular regulation of T cell homeostasis

Peptide-MHC Recognition, Cross-Reactivity, and Engineering of the T Cell Receptor

Ultrasensitivity in membrane-anchored proteins: implications for the T cell receptor

Using single cell analysis as the basis for computational modelling of signal transduction events

The physiology of immune system and an immune response

Lecture 1: Binding Properties and Stoichiometry of the T Cell Receptor

Lecture2: Mechanisms of Triggering through the T Cell Receptor/Co-Receptor Complex

Thymic development

T cell homeostasis and thymic output

Statistical modelling of CD4+ T cell reconstitution following ART treatment of children with HIV

Computational Modelling of MHC class I Antigen Presentation

Multivariate Statistics 1: Two variables or 20 - what's the difference?

Chemical Langevin equations

Multivariate Statistics 2: Discrimination, difference, and natural groups

• James Currie

  Stochastic models of APC-TCR interactions

• Mark Day

  Stochastic dynamics in the lymph node

• Kieran Alden

  Simulating the Development of Peyers Patches

• Manoj Bhosale

  Studies on roles of catalytic activity Peptidase N encoded by Salmonella enterica serovar Typhimurium during mice infection

• Julia Drylewicz

  ODE models and HIV

• Katharina Kopp

  Applications of Learning Dynamic Bayesian Networks in Immunology

• Richard Alun Williams

  In Silico Experimentation using a Simulator of Experimental Autoimmune Encephalomyelitis

• Antonio E. Serrano

  Interleukin 10 decreases MICA expression on melanoma cell surface