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Overall, we show here that δ-toxin is able to bind to host AMPs.
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Overall, these data illustrate that δ-toxin directly interacts with, and binds to, host AMPs.
These traps are formed when AMPs bind to host DNA, histones and proteases to form a matrix that entraps and kills invading pathogens [22].
LL-37 binds to host DNA [16].
Borreliae are obligatorily bound to host organisms for survival.
Microorganisms which bind to the host cell targets promoting host responses cause these diseases [1, 2].
Since previous studies suggest that AMPs form heterodimeric and homodimeric complexes [21], and because we found that δ-toxin colocalizes with LL-37 in NETs, we hypothesized that δ-toxin physically binds to the host derived AMPs.
They bind to the host cell membrane and play important roles in bacteria-host interactions [ 33].
The results are consistent with experimental results on the Huizenga-Szostak apatmer which is observed to bind to ATP, AMP, and ADP with similar affinity.
As a control for binding specificity, we also tested the ability of PARP-1 to bind to AMP-agarose beads.
Each catalytic site was found to be in a different reaction state: the first site was not occupied by a ligand, the second site bound to the ATP analogue AMP-PNP and the third site bound to ADP, which was later shown to bind to AMP-PNP in the absence of azide (Bowler et al, 2007).
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