Table 1 Haploid derivative, engineered strains, and ancestral and evolved hybrid strains information

Wild strains

 yHDPN14

FM1117

Saccharomyces paradoxus

A

MAT a/MAT α?; ρ ⁺ (C2_H69)

This study

 yHAB336

SDPGP3

Saccharomyces mikatae

MAT a/MAT α?; ρ ⁺ (C2_H162)

This study

 yHAB407

XXYS16L-5

Saccharomyces kudriavzevii

MAT a/MAT α?; ρ ⁺ (C2_H146)

This study

 yHAB413

HZZt19L.1

Saccharomyces arboricola

MAT a/MAT α?; ρ ⁺ (C2_H158)

This study

 yHCT77

FM1277

Saccharomyces uvarum

HOL-NA

MAT a/MAT α?; ρ ⁺ (C2_H77)

[60]

 yHCT69

yHDPN9

Saccharomyces eubayanus

PB-HOL

MAT a/MAT α?; ρ ⁺ (C2_H97)

This study

Engineered strains

 GLBRCY73

yHDPN35

Saccharomyces cerevisiae

MAT a/MAT α; hoΔ::XYL123-KanMX; ρ ⁺ (C2_H13)

Evolved in YPX, aerobically

[24]

 GLBRCY101

yHDPN47

Saccharomyces cerevisiae

MAT a hoΔ::XYL123-KanMX; ρ ⁺ (C2_H13)

Dissected from GLBRCY73

This study

 GLBRCY128

yHDPN36

Saccharomyces cerevisiae

hoΔ::ScTAL1-CpXylA-SchXYL3-KanMX; MAT a; ρ ⁺ (C2_H13)

Evolved in YPX, anaerobically

[25]

 yHSSS217

IFO1815^T

Saccharomyces mikatae

Asia-A

MAT α hoΔ::NatMX; ρ ⁺ (C2_H74)

[28]

 FM1097

IFO1802^T

Saccharomyces kudriavzevii

Asia-A

MAT α hoΔ::NatMX; ρ ⁺ (C2_H83)

[28]

 yHSSS101

CBS7001

Saccharomyces uvarum

HOL-EU

MAT α hoΔ::NatMX; ρ ⁺ (C2_H77)

[28]

 yHEB69

FM1318

Saccharomyces eubayanus

PB-HOL

MAT α hoΔ::TKMX; ρ ⁺ (C2_H103)

This study

Synthetic hybrids

 yHDPN1

yHWA103

Y101 × S. mikatae yHSSS217

MAT a/MAT α; hoΔ::XYL123-KanMX/hoΔ::NatMX; ρ ⁺ (Recombinant)

This study

 yHDPN5

yHWA93

Y101 × S. kudriavzevii FM1097

MAT a/MAT α; hoΔ::XYL123-KanMX/hoΔ::NatMX; ρ ⁺ (S. cerevisiae)

This study

 yHDPN379

Y101 × S. kudriavzevii FM1097

MAT a/MAT α; hoΔ::XYL123-KanMX/hoΔ::NatMX; ρ ⁺ (S. cerevisiae)

yHDPN5 evolved in ACSH, microaerobically, 50 G

This study

 yHDPN399

Y101 × S. mikatae yHSSS217

MAT a/MAT α; hoΔ::XYL123-KanMX/hoΔ::NatMX; ρ ⁺ (Recombinant)

yHDPN1 evolved in ACSH, microaerobically, 50 G

This study