Bacterial and virus strains |
|
S. aureus USA300 CA-MRSA, ermS (= LAC) |
Boles et al., 2010
|
AH1263 |
S. aureus LAC Δagr::tetM |
Kiedrowski et al., 2011
|
AH1292 |
S. aureus LAC Δsak::tetM |
This Paper |
AH4990 |
S. aureus LAC nuc::LtrB |
Kiedrowski et al., 2011
|
AH1680 |
S. aureus LAC chs:: φNΣ |
This Paper |
AH4960 |
S. aureus LAC lukA:: φNΣ |
This Paper |
AH4963 |
S. aureus LAC lukS:: φNΣspc
|
This Paper |
AH4987 |
S. aureus LAC Δebh
|
Crosby et al., 2016b
|
AH3150 |
S. aureus LAC ΔarlRS
|
Walker et al., 2013
|
AH1975 |
S. aureus LAC ΔarlRS φ11::LL29tet arlRS
|
Kwiecinski et al., 2019
|
AH3244 |
S. aureus LAC ΔarlRS Δagr::tetM |
This Paper |
AH3288 |
S. aureus LAC ΔarlRS Δsak::tetM |
This Paper |
AH5599 |
S. aureus LAC ΔarlRS::tetM |
Crosby et al., 2016b
|
AH3520 |
S. aureus LAC ΔarlRS::tetM Δebh
|
This Paper |
AH3151 |
S. aureus LAC ΔarlRS::tetM sraP::φNΣ |
This Paper |
AH3817 |
S. aureus LAC ΔarlRS::tetM sraP::φNΣ Δebh
|
This Paper |
AH3818 |
S. aureus LAC ΔmgrA::tetM |
Crosby et al., 2016b
|
AH3455 |
S. aureus LAC ΔmgrA::tetM φ11::LL29erm mgrA
|
Crosby et al., 2016b
|
AH3485 |
S. aureus LAC ΔmgrA::tetM Δebh
|
Crosby et al., 2016b
|
AH3481 |
S. aureus LAC ΔmgrA::tetM sraP::φNΣ |
Crosby et al., 2016b
|
AH3811 |
S. aureus LAC ΔmgrA::tetM sraP::φNΣ Δebh
|
Crosby et al., 2016b
|
AH3798 |
S. aureus LAC ΔmgrA
|
Crosby et al., 2016b
|
AH3375 |
S. aureus LAC ΔmgrA Δagr::tetM |
This Paper |
AH4986 |
S. aureus ST5 MSSA (= 502A) |
Parker et al., 2014
|
AH3610 |
S. aureus 502A ΔarlRS::tetM |
Crosby et al., 2016b
|
AH3624 |
S. aureus 502A ΔmgrA::tetM |
Crosby et al., 2016b
|
AH3625 |
S. aureus USA400 MRSA (= MW2) |
Baba et al., 2002
|
AH843 |
S. aureus MW2 ΔarlRS::tetM |
Crosby et al., 2016b
|
AH3060 |
S. aureus MW2 ΔmgrA::tetM |
Crosby et al., 2016b
|
AH3456 |
S. aureus USA100 MRSA (= N315) |
Kuroda et al., 2001
|
AH2398 |
S. aureus N315 ΔarlRS::tetM |
Crosby et al., 2016b
|
AH3082 |
S. aureus N315 ΔmgrA::tetM |
Crosby et al., 2016b
|
AH3473 |
S. aureus USA200 MSSA (= MN8) |
Schlievert and Blomster, 1983
|
AH2413 |
S. aureus MN8 ΔarlRS::tetM |
Crosby et al., 2016b
|
AH3063 |
S. aureus MN8 ΔmgrA::tetM |
Crosby et al., 2016b
|
AH3480 |
L. lactis: surrogate host for ClfA expression |
O’Brien et al., 2002
|
MG1363 |
|
Biological samples |
|
Whole blood, human |
volunteers |
N/A |
Plasma, human |
volunteers |
N/A |
Serum, human |
Innovative Research |
Cat# ISER10ML |
|
Chemicals, peptides, and recombinant proteins |
|
Serum albumin, human |
Millipore Sigma |
Cat# 12667 |
Fibrinogen, human |
Millipore Sigma |
Cat# F3879 |
Polymorphprep |
Accurate Chemical |
Cat# AN1114683 |
Syto 9 stain |
Thermo Fisher Scientific |
Cat# S34854
|
Propidium Iodide |
Thermo Fisher Scientific |
Cat# L10316
|
Carboxyfluorescein diacetate succinimidyl ester (CFDA-SE) |
BioLegend |
Cat# 423801 |
Streptokinase |
Millipore Sigma |
Cat# S0577 |
Trypsin |
Millipore Sigma |
Cat# T4799 |
DNase I |
Millipore Sigma |
Cat# DN25 |
Phorbol 12-myristate 13-acetate (PMA) |
Millipore Sigma |
Cat# 524400 |
N-Formyl-Met-Leu-Phe (fMLP) |
Millipore Sigma |
Cat# F3506 |
HNP-1 (human α-defensin 1) |
AnaSpec |
Cat# AS-60743 |
FRET oligonucleotide substrate |
Integrated DNA Technologies (Kavanaugh et al., 2019) |
Custom synthesis |
Sodium hypochlorite |
ACROS Organics |
Cat# 419550250 |
Collagen I, rat |
BD Biosciences |
Cat# 354236 |
|
Critical commercial assays |
|
iTaq Universal SYBR Green Supermix |
Bio-Rad |
Cat# 1725121 |
LDH Cytotoxicity Detection Kit |
Millipore Sigma |
Cat# 11644793001 |
|
Experimental models: cell lines |
|
Dermal fibroblasts, murine |
C57BL/6J female mice, isolated according to Khan and Gasser (2016)
|
N/A |
|
Experimental models: organisms/strains |
|
Mouse: C57BL/6J |
Jackson Laboratories |
RRID:IMSR_JAX:000664 |
Mouse: CatchupIVM-red: C57BL/6-Ly6g(tm2621(Cre-tdTomato)Arte) |
Hasenberg et al., 2015
|
N/A |
|
Oligonucleotides |
|
See Table S1
|
|
|
|
Recombinant DNA |
|
pJB38; mutation generation vector, CmR / AmpR
|
Wörmann et al., 2011
|
N/A |
pCM28; S. aureus - E. coli shuttle vector, CmR / AmpR
|
Pang et al., 2010
|
N/A |
pCM29; sGFP expression vector, CmR / AmpR
|
Pang et al., 2010
|
N/A |
pHC66; mgrA complementing vector (pCM28::mgrA), CmR / AmpR
|
Crosby et al., 2016b
|
N/A |
pJK09; sak deletion vector (pJB38 sak::tetM), CmR / AmpR
|
This Paper |
N/A |
pKS80; L. lactis expression vector, ErmR
|
O’Brien et al., 2002
|
N/A |
pKS80::clfA; vector for expression of ClfA in L. lactis, ErmR
|
O’Brien et al., 2002
|
N/A |
|
Software and algorithms |
|
FIJI - ImageJ |
Schindelin et al., 2012
|
https://imagej.net/software/fiji/
|
CFX Manager, v. 3.1 |
Bio-Rad |
https://www.bio-rad.com/en-us/sku/1845000-cfx-manager-software?ID=1845000
|
Imaris, v. 9.5.1 |
Oxford Instruments |
https://imaris.oxinst.com/versions/9-5
|
Prism, v.7 |
GraphPad Software |
https://www.graphpad.com/scientific-software/prism
|
|
Other |
|
Angiogenesis μ-slide, tissue culture treated |
Ibidi |
Cat# 81506 |
8 well μ-slide, tissue culture treated |
Ibidi |
Cat# 80826 |
CFX96 Touch Real-Time PCR System |
Bio-Rad |
N/A |
BZ-X710 microscope |
Keyence |
N/A |
Eclipse TE2000-E microscope |
Nikon |
N/A |
Leica TCS SP8 2-photon microscope |
Leica Microsystems |
N/A |
InSight DeepSee laser |
Spectra-Physics |
N/A |