Resistance Genes

Transferred from Durum wheat Glossy Huguenot to bread wheat variety Westonia. Effective against all Pst pathotypes in Australia

Yr35 and Lr53 are two distinct closely linked genes

Yr47 and Lr52 are two distinct genes which map close to each other. Lr52 is resistant to a large number of lefa rust pathotypes. Yr47 is resistant to134 E16A+Yr17+Yr27+, virulence gainst Pst 198, Pst 239 is not known

N/A

Orniginating from Aegilops tauscii accession CPI110672. CPI110672/Langdon synthetic wheat shows intermediate response to Pst pathotypes 198 E16 A+ J+ T+ 17+ (“198”) and 239 E237 A- 17+ 33+

Transferred from Durum wheat Glossy Huguenot to bread wheat variety Westonia. Effective against Pst pathotypes 104 E137 A- 17+, 134 E16 A+ J+ 27+ and 198 E16 A+ J+ T+ 17+ (“198”). But, ineffective against pathotype 239 E237 A- 17+ 33+

Virulent pathotypes against Yr1 are spread worldwide, but virulence in Australia is low

Highly effective resistance gene worldwide although sporadic virulence has been detected but not since 2003. Not used in Australian varieties but backcrossed dertivatives are avaialble

Highly effective resistance gene worldwide although sporadic virulence has been detected. Not used in Australian varieties

Provides Adult plant resistance to wheat stripe rust