IN SITU LASER ABLATION OF T LYMPHOCYTE ION CHANNELS

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This research program is studying the biophysical properties and subunit interactions of voltage gated K+ channels and their roles in the physiology of T Lymphocytes. Specifically, we are determining the physiological impact of irreversibly ablating specific endogenous K+ channel isoforms in primary human T cells on membrane potential, regulatory volume decrease, interleukin-2 secretion, cell proliferation and apoptosis (programmed cell death). Additionally, we are determining turnover rates of functional channels and K+ channel mRNA steady-state levels to assess T cell responses to elimination of K+ current. We have chosen to use a molecular laser ablation technique, chromophore laser assisted inactivation (CALI).