Figure 7From: Mathematical model of the Tat-Rev regulation of HIV-1 replication in an activated cell predicts the existence of oscillatory dynamics in the synthesis of viral componentsImpact of the Rev mRNA stability on the kinetics of the viral components synthesis in an activated cell. The curves are distinguished by the parameters values: curve 1 - k = 0.0009 min-1, curve 2 - k = 0.0014 min-1, curve 3 - k = 0.0015 min-1, curve 4 - k = 0.0016 min-1, k = k d e g r , 2 k b _ R N A _ R e v _ y y y , y y y ∈ { n u c , c y t } . Simulations for the version of the model in which the Rev-dependent transport of 9 kb RNA and 4 kb RNA from the nucleus to the cytoplasm leads to the release of the RNA bound Rev proteins into the free cytoplasmic fraction. However, the interaction of Rev with 9 kb- and 4 kb RNAs in the cytoplasm does not take place. The simulations were performed with the model parameter values listed in Table 1.Back to article page