Components of resistance conferred by the Lr46 gene, reported as causing "slow rusting" resistance to leaf rust in wheat, were studied and compared with the effects of Lr34 and genes for quantitative resistance in cv. Akabozu. Lr34 is a gene that confers non-hypersensitive type of resistance. The effect of Lr46 resembles that of Lr34 and other wheats reported with partial resistance. At macroscopic level, Lr46 produced a longer latency period than observed on the susceptible recurrent parent Lalbahadur, and a reduction of the infection frequency not associated with hypersensitivity. Microscopically, Lr46 increased the percentage of early aborted infection units not associated with host cell necrosis and decreased the colony size. The effect...
Growing resistant wheat cultivars is considered to be an efficient and environmentally safe approach...
most important pathogens of wheat. It causes cardinal yield decreases in susceptible cultivars, main...
Durable resistance against fungal pathogens is highly valuable for disease management in agriculture...
Components of resistance conferred by the Lr46 gene, reported as causing "slow rusting" resistance t...
Components of resistance conferred by the Lr46 gene, reported as causing “slow rusting’’ resistance ...
The effect of genes for adult plant resistance to leaf rust has been explored in southern West Siber...
Partial resistance (PR) of wheat to wheat leaf rust acted in two steps. The first step led to a redu...
Partial resistance (PR) of wheat to wheat leaf rust acted in two steps. The first step led to a redu...
Nearly twenty thousand wheat lines were phenotyped for the presence of leaf tip necrosis (LTN), a ph...
In this research, a recombinant inbred line (RIL) population derived from cross between a leaf rust-...
Here, we describe a strategy to improve broad-spectrum leaf rust resistance by marker-assisted combi...
The hexaploid wheat (Triticum aestivum) adult plant resistance gene, Lr34/Yr18/Sr57/Pm38/Ltn1, provi...
Numerous genes conferring resistance to wheat rusts have been identifi ed and used in wheat (Triticu...
Resistance based on slow-rusting genes has proven to be a useful strategy to develop wheat cultivars...
Leaf and stripe rusts, caused by Puccinia triticina and P. striiformis, respectively, are globally i...
Growing resistant wheat cultivars is considered to be an efficient and environmentally safe approach...
most important pathogens of wheat. It causes cardinal yield decreases in susceptible cultivars, main...
Durable resistance against fungal pathogens is highly valuable for disease management in agriculture...
Components of resistance conferred by the Lr46 gene, reported as causing "slow rusting" resistance t...
Components of resistance conferred by the Lr46 gene, reported as causing “slow rusting’’ resistance ...
The effect of genes for adult plant resistance to leaf rust has been explored in southern West Siber...
Partial resistance (PR) of wheat to wheat leaf rust acted in two steps. The first step led to a redu...
Partial resistance (PR) of wheat to wheat leaf rust acted in two steps. The first step led to a redu...
Nearly twenty thousand wheat lines were phenotyped for the presence of leaf tip necrosis (LTN), a ph...
In this research, a recombinant inbred line (RIL) population derived from cross between a leaf rust-...
Here, we describe a strategy to improve broad-spectrum leaf rust resistance by marker-assisted combi...
The hexaploid wheat (Triticum aestivum) adult plant resistance gene, Lr34/Yr18/Sr57/Pm38/Ltn1, provi...
Numerous genes conferring resistance to wheat rusts have been identifi ed and used in wheat (Triticu...
Resistance based on slow-rusting genes has proven to be a useful strategy to develop wheat cultivars...
Leaf and stripe rusts, caused by Puccinia triticina and P. striiformis, respectively, are globally i...
Growing resistant wheat cultivars is considered to be an efficient and environmentally safe approach...
most important pathogens of wheat. It causes cardinal yield decreases in susceptible cultivars, main...
Durable resistance against fungal pathogens is highly valuable for disease management in agriculture...