TABLE 3.
List of 27 fertile Australian isolates
| Isolate designation | Isolate name (original) | Source (host)c | Serotype | Mating type | Matinga
|
DNA sequencing
|
Molecular type | Sourceb | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Mating ability | × JEC20/JEC21 | × B4546/NIH312 | × B4546 crg1Δ/NIH312 crg1Δ | URA5 allele | SXI1α allele | SXI2a allele | |||||||
| JH3724 | NT-3 | Clinical (human) | B | α | R | + | + | + | D | Biii | NA | VGII | 1 |
| JH3726 | NT-6 | Clinical (human) | B | α | R | + | + | + | C | Bi | NA | VGII | 1 |
| JH3732 | NT-11 | Clinical (human) | B | α | R | + | + | + | NA | VGII | 1 | ||
| JH3734 | NT-13 | Clinical (human) | B | α | R | + | + | + | C | Bi | NA | VGII | 1 |
| JH3739 | RDH-2 | Clinical (human) | B | α | R | + | + | + | D | C | NA | VGII | 1 |
| JH3743 | RDH-6 | Clinical (human) | B | α | R | + | + | + | C | Bi | NA | VGII | 1 |
| JH3744 | RDH-7 | Clinical (human) | B | α | R | + | + | + | D | Biii | NA | VGII | 1 |
| JH3745 | RDH-9 | Clinical (human) | B | α | R | + | + | + | D | Biii | NA | VGII | 1 |
| JH3631 | 571 058 or V4 | Clinical (vet-cat) | B | α | R | + | + | + | C | Bi | NA | VGII | 5 |
| JH3729 | NT-8 | Clinical (human) | B | α | I | + | − | + | D | Biii | NA | VGII | 1 |
| JH3727 | NT-7 | Clinical (human) | B | α | I | − | − | + | C | Biv | NA | VGII | 1 |
| JH3733 | NT-12 | Clinical (human) | B | α | I | − | − | + | NA | VGII | 1 | ||
| JH3622 | WA 861 | Clinical (vet-koala) | B | α | I | − | − | + | C | Bii | NA | VGII | 5 |
| JH3628 | V21 | Clinical (vet-cat) | B | α | I | − | − | + | C | Bi | NA | VGII | 5 |
| JH3629 | V9 | Clinical (vet-cat) | B | α | I | − | − | + | C | Bi | NA | VGII | 5 |
| JH3637 | 571 116 or V20 | Clinical (vet-dog) | B | α | I | − | − | + | C | Bi | NA | VGII | 5 |
| JH3643 | VPB 571 159 | Clinical (vet-cat) | B | α | I | − | − | + | B | D | NA | VGII | 5 |
| JH3713 | V5 or 571 063 | Clinical (vet-cat) | B | α | I | − | − | + | C | Bi | NA | VGII | 5 |
| JH3715 | V11 or 571 083 | Clinical (vet-dog) | B | α | I | − | − | + | A | Ai | NA | VGI | 5 |
| JH3720 | V26 or 571 147 | Clinical (vet-cat) | B | α | I | − | − | + | C | Bi | NA | VGII | 5 |
| JH3725 | NT-4 | Clinical (human) | B | a | W | + | − | + | A | NA | B | VGI | 1 |
| JH3738 | Arn1 | Environmental | B | α | W | − | − | + | C | Bi | NA | VGII | 1, 2 |
| JH3740 | Ram2 | Environmental | B | α | W | − | − | + | C | Bi | NA | VGII | 1, 2 |
| JH3741 | Ram5 | Environmental | B | α | W | − | − | + | C | Bi | NA | VGII | 1, 2 |
| JH3742 | Ram15 | Environmental | B | α | W | − | − | + | C | Bi | NA | VGII | 1, 2 |
| JH3661 | Env71 | Environmental | B | α | W | − | − | + | A | Av | NA | VGI | 3, 4 |
| JH3665 | Env 1a dentritis | Environmental | B | α | W | − | − | + | A | Ai | NA | VGI | 3, 4 |
Isolates are listed in decending order from robust to weak mating ability. Mating ability was considered robust (R), intermediate (I), or weak (W). Mating was performed with V8 agar for 21 days at 25°C.
Source numbers correspond to the following individuals: Bart Currie, Infectious Diseases Program, Menzies School of Health Research and Northern Territory Clinical School, Royal Darwin Hospital, Northern Territory, Australia (1); David Ellis, Mycology Unit, Women's and Children's Hospital, Adelaide, South Australia, Australia (2); Catriona Halliday, Department of Microbiology, University of Sydney, New South Wales, Australia (3); Mark Krockenberger, Faculty of Veterinary Science, University of Sydney, New South Wales, Australia (4); and Richard Malik, Faculty of Veterinary Science, University of Sydney, New South Wales, Australia (5).
Vet, veterinary isolate.