The L-selectin leukocyte adhesion molecule plays an important role in controlling leukocyte
extravasation in peripheral lymph nodes and at sites of tissue injury or infection. Although …

Migration of blood-borne lymphocytes into lymphoid tissues is initiated by the Lselectin and
alpha4beta7 integrin adhesion molecules. Previous studies have shown that L-selectin …

Fever is associated with increased survival during acute infection, although its mechanism of
action is largely unknown. This study found evidence of an unexpectedly integrated …

Migration of blood-borne lymphocytes into lymphoid tissues and sites of inflammation is
initiated by vascular adhesion molecules and proinflammatory cytokines. Previous in vivo …

Fever is associated with improved survival during infection in endothermic and ectothermic
species although the protective mechanisms are largely undefined. Previous studies …

The evolutionarily conserved febrile response has been associated with improved survival
during infection in endothermic and ectothermic species although its protective mechanism …

The physiological benefit of the febrile response is poorly understood. Here we show that
fever-range thermal stress enhances the function of the L-selectin lymphocyte homing …

The molecular consequence of the fever response has been illuminated by a recent study
showing that a temperature shift to 40° C resulted in increased leukocyte adhesion to tissue …

Objective: Fever is associated with improved survival, although its beneficial mechanisms
are poorly understood. Previous studies indicate that the thermal element of fever augments …

Migration of blood-borne lymphocytes into tissues involves a tightly orchestrated sequence
of adhesion events. Adhesion molecules and chemokine receptors on the surface of …