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. 2017 Mar 13;8(8):1563–1579. doi: 10.1080/21505594.2017.1292198

Table 1.

Candida albicans mutant libraries constructed from different background strains.

Librarya Method Background strainb Strains generated Strains responding to treatment Genes analyzed Study (ref.) Target(s) of the studyc
Heterozygous insertion Tagged Tn5-UAU1 BWP17 3,633 487 269 Oh (22) Identification of fitness genes and potential drug targets.
Protein kinase Tn7-UAU1 BWP17 108 80 80 Blankenship (19) Characterization of cell wall PK network.
Haploinsufficient Tn7-URA3 CAI4 18,000 325 146 Uhl (16) Identification of genes affecting yeast-hypha transition.
Homozygous insertion Tn7-UAU1 CAI4 353 3 3 Davis (17) Identification of genes affecting pH-dependent filamentation.
Homozygous insertion Tn7-UAU1 BWP17 197 30 30 Finkel (20) Characterization of the C. albicans cell surface regulatory networks.
TR homozygous insertion Tn7-UAU1 DAY185 83 2 2 Nobile (65) Identification of biofilm development regulatory proteins.
GRACE Conditional expression CaSS1 1,152 574 567 Roemer (24) Systematic discovery of essential genes and prioritization as antifungal targets.
GRACE Conditional expression Not reported 2,356 974 974 O'Meara (25) Identification of TRs governing morphogenesis in response to host-relevant cues.
Heterozygous gene deletion Gene replacement with HIS3 Not reported 2,868 84 69 Xu (26) Identification of genes related to the MOA, and the MOA of novel antifungal agents.
Homozygous gene deletion Multi-marker gene-knockout SN152 ∼3000 115 115 Noble (28) Identification of genes required for infectivity in a mouse model and for morphological switching and cell proliferation in vitro.
TRKO homozygous gene deletion Long-flanking-homology disruption SN152 365 365 143 Homann (27) Phenotypic profiling of the C. albicans regulatory network.

Notes.

a

TRKO, transcriptional regulator knockout.

b

C. albicans strains CAI4, BWP17 and SN152 were designed by Fonzi & Irwin,84 Wilson et al.85 and Noble and Johnson,12 respectively. Strain CaSS1 was designed in the background of strain CAI4.24

c

MOA, mechanism of action