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Table 3 Genotype compatibility for the suspected hybrid whale and her fetus with the allelic profiles for the four potential minke whale species and sub-species

From: Hybrids between common and Antarctic minke whales are fertile and can back-cross

Marker

Mother

Fetus

 

Genotype

B.a.a

B.a.s

B.b

Dwarf

Genotype

B.a.a

B.a.s

B.b

Dwarf

DIrFCB14

262

x

x

 

x

258

x

X

 

x

 

266

  

x

 

266

  

x

 

EV104

137

  

x

 

147

x

X

x

x

 

147

x

x

x

x

147

x

X

x

x

EV94

195

  

x

 

195

  

x

 
 

211

x

x

x

 

213

x

X

x

x

EV001

134

 

x

x

 

153

x

X

  
 

153

x

x

  

157

x

X

  

EV37

203

x

x

x

 

203

x

X

x

 
 

207

x

 

x

 

207

x

 

x

 

GT211

102

x

x

x

 

102

x

x

x

 
 

110

x

x

x

 

108

x

x

x

 

GT509

193

x

 

x

 

193

x

 

x

 
 

205

x

x

x

x

193

x

 

x

 

GT575

146

  

x

 

154

x

x

x

x

 

158

x

x

x

 

158

x

x

x

 

GATA028

223

 

x

x

 

223

 

x

x

 
 

223

 

x

x

 

223

 

x

x

 

GATA417

213

x

x

x

x

217

x

x

x

x

 

229

  

x

 

229

  

x

 

GTO23

105

x

x

x

x

103

x

x

x

 
 

117

 

x

x

 

105

x

x

x

x

  1. X = allele present in that species or sub-species genetic baseline sample. Hybrid mother and her fetus’ genotypes presented as microsatellite allele size as calibrated in the NMDR [10]. B.a.a = B.a. acutorostrata, B.a.s = B. a. scammoni, B.a = B. bonaerensis dwarfs = B. a. unnamed sub-species. Note that the dwarfs were only represented by 9 individuals and therefore the absence of a specific allele in this species cannot be automatically be regarded as definitive evidence of this allele not existing for this sub-species.