Table 1.
Mediators of Bacterial-Fungal Interactions (BFIs).
| Mediators | BFI | Citation |
|---|---|---|
| Surface molecules | ||
| Als Proteins and O-mannosylations | S. epidermidis-C. albicans | Beaussart, 2013 |
| Als3p |
S. gordonii-C. albicans
S. aureus-C. albicans |
Silverman, 2010 Peters, 2012 |
| Als adhesins, SasF, Atl | S. aureus-C. albicans | Schlecht, 2015 |
| CbpD | P. aeruginosa-C. albicans | Ovchinnikova, 2013 |
| T2SS | M. rhizoxinica-R. microsporus | Moebius, 2014 |
| T3SS | M. rhizoxinica-R. microsporus | Lackner, 2011 |
| T2SS, T3SS, T4SS, gspD, sec system |
M. rhizoxinica-R. microsporus | Ghignone, 2012 |
| TAL effector | M. rhizoxinica-R. microsporus | Richter, 2020; Carter, 2020 |
| Genes | ||
| gspD, secB | Ca. G. gigasporum-G. margarita | Ghignone, 2011 |
| vacB | Burkholderia sp.-G. margarita | Ruiz-Lozano & Bonfante, 2000 |
| spo0A |
B. subtilis-A. niger
B. subtilis-Ag. bisporus |
Kjeldgaard, 2019 |
| Secreted Factors | ||
| EPS and TasA |
B. subtilis-A. niger
B. subtilis-A. bisporus |
Kjeldgaard, 2019 |
| GAG, pyo-melanin, 1,8-dihydroxynaphthalene- melanin |
P. aeruginosa-A. fumigatus | Briard, 2017 |
| ECM | S. aureus- C. albicans | Harriot and Noverr, 2009 |
| Holrhizin A | M. rhizoxinica-R. microsporus | Moebius, 2014 |
| Ralsolamycin | R. solanacearum-A. flavus | Spraker, 2016 |
| Progidiosin, T6SS, TssJ, murein lipoprotein |
S. marcescens-M. irregularis | Hazarika, 2020 |
| Other | ||
| Acid-Base Attractive Forces | P. aeruginosa-C. albicans | Ovchinnikova, 2012 |
| Fungal Viability |
B. cereus-Glomus sp. P. peoriae-Glomus sp. P. brasilensis-Glomus sp. S. marcescens-A. fumigatus S. marcescents-R. oryzae |
Toljander, 2006 Hover, 2016 |