… analyze the global stability of the disease steady state. First, we study the local stability of …
Now, we study the influence of the different immune responses. In the absence of the efficacy …

… global stability of a generalized model of a viral dynamic that includes the adaptive immune
response, … We show that the global stability of this model, using the Lyapunov function, is not …

… Unlike local stability, which can be analyzed by studying the … procedures for establishing
global stability. The commonly used … In this paper, we aim to establish global stability results and …

… global stability of a class of models for in-vivo virus dynamics that take into account the
Cytotoxic T Lymphocyte immune response … in this class are globally asymptotically stable, under …

… global stability of a virus dynamics model with intracellular delay, Crowley–Martin functional
response of the infection rate, and CTL immune response … principle, the global dynamics is …

… The adaptive immune response is mediated by lymphocytes expressing antigen specific …
and cellular immunity. The humoral immunity is more effective than the cell-mediated immune in …

… global stability of equilibria for models describing the interaction between infectious agents
and humoral immunity. … extinct, die at a rate u and are killed by immune response at a rate pz. …

… functions, we have established the global stability of the steady state of two models that
include latent infected cells, a linear immune response and a generalized immune attack term. …

… In [Citation9], both the humoral immune response and the latently … immune response taking
into consideration both latently and actively infected cells and investigate its basic and global …

… global stability of virus dynamics model with Beddington–DeAngelis infection rate and CTL
immune response … We derive the basic reproduction number R0 and the immune response re…