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Table 1 Fungal material of Neurospora tetrasperma used in the study

From: Gene genealogies indicates abundant gene conversions and independent evolutionary histories of the mating-type chromosomes in the evolutionary history of Neurospora tetrasperma

Wild-type strains of N. tetrasperma1

Mating

type

Geographic origin

Strain ID2

Phylogenetic

Lineage3

Heterokaryon4

Homokaryon5

  

L1A

1

P4492

FGSC 9033

A

Franklin, Louisiana

L1a

  

FGSC 9034

a

 

L2A

2

FGSC 1941

1941A6

A

La Belle, Florida

L2a

  

1941a6

a

 

L3A

3

unknown

FGSC 39987

A

Raleigh, North Carolina

L3a

 

unknown

FGSC 42457

a

 

L4A

4

RLM131

FGSC 7585

A

Coba, Mexico

L4a

  

FGSC 7586

a

 

L5A

5

P2361

P4371

A

Ahipara, New Zealand

L5a

  

P4372

a

 

L6A

6

P581

FGSC 2508

A

Lihue, Hawaii

L6a

  

FGSC 2509

a

 

L7A

7

J2

FGSC 9045

A

Franklin, Louisiana

L7a

  

FGSC 9046

a

 

L8(1)A

8

P4460

FGSC 9030

A

Franklin, Louisiana

L8(1)a

  

FGSC 9031

a

 

L8(2)A

 

P535

535A6

A

Perkins, Louisiana

L8(2)a

  

535a6

a

 

L9A

9

FGSC 965

965A6

A

Liberia

L9a

  

965a6

a

 
  1. 1 FGSC = The Fungal Genetics Stock Center. P = accession number from the Perkins collection of Neurospora curated by FGSC. RLM = strain originally collected by R. L. Metzenberg. J = strain originally collected by D. Jacobson
  2. 2 Strain identification used in this study
  3. 3 Genetically and reproductively isolated species described in [5]
  4. 4 Heterokaryotic (n+n) strain of N. tetrasperma originally isolated from nature
  5. 5 Homokaryons are haploid (n), single mating-type, components derived from the heterokaryon
  6. 6 Homokaryons segregated by single ascospore isolation in [5]
  7. 7 The corresponding opposite mating-type homokaryon of the same heterokaryon was not available from the culture collection and the originating heterokaryon was either unknown or unavailable.