… of war” for iron, many enteric pathogens have acquired additional mechanisms to evade
lipocalin-2 … These molecules allow pathogens to evade lipocalin-2-mediated iron starvation and …

… transition metals, including iron, zinc and manganese, from … The latter siderophore evades
sequestration by lipocalin 2 due … own; the ongoing evolutionary struggle continues to play out …

… A common mechanism by which virulent bacteria escape … such as receptors for iron‐chelating
compounds and by … I to cytotoxic T‐cells can be sabotaged by one virus or another (Figure …

… and invasion processes in mammalian hosts, capsules have … and immune evasion of
encapsulated bacterial pathogens (… Nearly all pathogenic bacteria require iron as an essential …

… battle for iron between mammalian hosts and their microbial inhabitants (8–11). Bacteria
evolved to improve their odds in this battle … to avoid the generation of ROS from the labile iron …

… excreted, bind iron, and are then taken back into bacteria by … This would also avoid the need
for continuous administration … which an abnormal gene product sabotages the activity of the …

… an emphasis on pathogens of humans and related mammals. … ,nutrient acquisition, and
evasion of innate and adaptive … Escape from bacterial iron piracy through rapid evolution of …

… contrast, many pathogenic Enterobacteriaceae evade this host response by secreting …
In addition to competing with the host for iron, bacteria can compete with one another for this …

… Nearly all bacteria and their mammalian hosts compete for iron, an … of iron for growth of
most pathogenic invaders and resident bacteria sets the stage for an evolutionary battle for iron …

… and establishes a new paradigm for iron trafficking in bacteria with broad relevance. This
same … (2006) How pathogenic bacteria evade mammalian sabotage in the battle for iron. Nat …