This document contains summaries of several topics related to immunobiology and cancer, including lymph formation and functions, inhibition of tumor-induced T cell anergy, generating cytolytic memory T cells, STAT3 activation in diffuse large B cell lymphoma, microbial control of intestinal innate immunity, spatiotemporal dynamics of Rho GTPases in cancer invasion, the role of macroH2A1 in cancer and senescence, epigenetic regulation of cancer by DNA methylation enzymes, targeting epigenetics in anticancer approaches, bladder cancer as a model for translational medicine, biology and treatment of prostate cancer, and personalized cancer medicine.

1. Introduction

2. Immunobiology In
Cancer
Matthew Scharff
Lymph formation,
circulation and
immunological
functions
Inhibition of tumor-
induced T cell anergy
How to generate and
switch on potent
cytolytic memory T
cells in vivo003 -
lauvau.pptx
STAT3 activation in
ABC diffuse large B cell
lymphoma: causes and
consequences
Microbial control of
intestinal innate
immunity
New Tools in Cancer
Research
Diane Cox
Cancer Fish
New windows on living
cells: spatiotemporal
dynamics of Rho GTPases
regulate cancer invasion
Chromatin and Cancer
Teresa V. Bowman
MacroH2A1, a critical
chromatin control point in
cancer and senescence
Epigenetic regulation of
cancer by DNA
(de)metylation enzymes
Targeting epigenetics in
anticancer approaches
Clinical Cancer
Joseph Sparano
Bladder cancer: a
model system for
translational medicine
Biology and treatment
of prostate cancer
Precision Medicine in
Cancer
Michael Prystowsky
Personalized
cancer medicine
at Einstein-finding
the right fit