A cell culture model for T lymphocyte clonal anergy
RH Schwartz - Science, 1990 - science.org
RH Schwartz
Science, 1990•science.orgT lymphocytes respond to foreign antigens both by producing protein effector molecules
known as lymphokines and by multiplying. Complete activation requires two signaling
events, one through the antigen-specific receptor and one through the receptor for a
costimulatory molecule. In the absence of the latter signal, the T cell makes only a partial
response and, more importantly, enters an unresponsive state known as clonal anergy in
which the T cell is incapable of producing its own growth hormone, interleukin-2, on …
known as lymphokines and by multiplying. Complete activation requires two signaling
events, one through the antigen-specific receptor and one through the receptor for a
costimulatory molecule. In the absence of the latter signal, the T cell makes only a partial
response and, more importantly, enters an unresponsive state known as clonal anergy in
which the T cell is incapable of producing its own growth hormone, interleukin-2, on …
T lymphocytes respond to foreign antigens both by producing protein effector molecules known as lymphokines and by multiplying. Complete activation requires two signaling events, one through the antigen-specific receptor and one through the receptor for a costimulatory molecule. In the absence of the latter signal, the T cell makes only a partial response and, more importantly, enters an unresponsive state known as clonal anergy in which the T cell is incapable of producing its own growth hormone, interleukin-2, on restimulation. Our current understanding at the molecular level of this modulatory process and its relevance to T cell tolerance are reviewed.
