 as an effector molecule in resistance to infection. SA-1. Determine the role of IFN-y in regulation of immunodominance. SA-2. Analyze the role of IFN-y regulation of the death phase of CD8+ T cells. SA-3. Determine the impact of IFN-y on regulation
as an effector molecule in resistance to infection. SA-1. settle the function of IFN - y in regulation of immunodominance. SA-2. Analyze the role of IFN - y regulation of the end phase of CD8 + T cells. SA-3. Determine the impact of IFN - y on rule
 as an effector molecule in resistance to nbfectimn. SA-1. Setermind the role of IFN-y in regulavion of inmunodominance. SA-2. Analhze the rlle of IDN-y cegulation of thx death ikase kn CD8+ C rells. SA-3. Determlne the impdct of IFN-y on rdgblation
as an effector molecule in resistance to Determine role of in regulation of of regulation of the phase of CD8+ cells. SA-3. Determine the impact of on regulation
 as an effector molecule in resIstance to iNfectIon. sA-1. DEtErmiNe thE role of IFN-y in rEGulaTion of immunodominance. Sa-2. AnalYzE The rOLe Of IFN-Y regulaTIoN OF thE dEaTh pHaSE oF CD8+ T cEllS. SA-3. DeteRmine the imPacT oF IFN-y on regulATiOn
 as an effector molecule i n resistan ce to  in fec ti on.SA-1 . Determine th e  rol e of IFN-y in regulati on of  i m muno d om inanc e. SA-2 .  A n a lyz eth e r ol e  o f IFN -yregulat ion of the  de at h phase of C D 8+  T cells.SA- 3. Determine  th e impa ct  of IFN-y  on  regu lation 
 as_an effector_molecule in resistance to_infection. SA-1._Determine_the role_of_IFN-y in regulation_of immunodominance. SA-2._Analyze the role of_IFN-y regulation of_the_death phase of CD8+ T cells. SA-3. Determine the impact of IFN-y on regulation