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Table 6 Source of secondary recombinant seeds hybridized to cv. Galil

From: Reducing the size of an alien segment carrying leaf rust and stripe rust resistance in wheat

Primary recombinant lines

Selected BC1 (to the HP mutant)

Number of F1 seeds (BC1 crossed with cv. Galil)d

Line designation

Introgression size on chromosome 6Ba (cM)

Inoculating pathogen

Infection typeb

General reactionc

RY-32-3-3

30[7]-107[120]

Leaf rust

0;

HR

44

RL-17-6-10

33[7]-107[120]

Leaf rust

0; −1,1+

R

380

RY-41-1-14

30[7]-107[120]

Leaf rust

1–1+

R

136

RY-32-3-14

33[13]-87

Leaf rust

1–2,2+

MR

33

RY-14-1-7

38–87

Leaf rust

0;-1

R

37

RY-32-3-3

30[7]-107(120]

Stripe rust

0;1=

R

116

RL-17-6-10

33[7]-107[120]

Stripe rust

0;

HR

234

RY-32-3-14

33[13]-87

Stripe rust

0;

HR

362

RY-14-1-7

38–87

Stripe rust

0;1-

R

58

  1. aNumbers are based on presence of Ae. sharonensis DArT markers or absence of wheat markers. Numbers in square brackets are based on absence of cv. Galil markers in the recombinant line and in CS [23]. RY and RL denote for resistance to stripe rust or to leaf rust, respectively, by which these lines were first selected
  2. bInfection types scored according to a 0 to 4 scale. Minus (−) and double minus (=) notations indicate reduced and highly reduced sporulation of uredinia, respectively, compared to classically described infection types
  3. cGeneral reactions were as follows: 0 to 0;: highly resistant (HR); 0;1 to 1: resistant (R); 1 to 2: moderately resistant (MR); 2 to 3−: moderately susceptible (MS); and 3− to 4: susceptible (S)
  4. dReflects apparent heterozygous secondary recombinant 6B chromosome