Monosomic and conventional analyses in common wheat. III lethality
Tsunewaki, K.
Monosomic and conventional analyses in common wheat. III lethality - Japan : Genetics Society of Japan, 1960. - Printed
Free Access
Conventional and monosomic analyses of the lethality occurring in diallel crosses of eight common wheat varieties led to the following conclusions: (1) Lethality is controlled by two dominant complementary genes. (2) The gene in Prelude is located on chromsome V and designated as Le1. (3) The gene in Kharkov and Jones Fife is the same; it is located on chromsome XIII and designated as Le2. (4) Chinese Spring, S-615, Red Bobs, Elgin and Red Egyptian carry the recessive normal alleles of both genes. (5) The genetic penetration of the recessive normal gene is about 0.05%. The experimental results indicate that monosomic analysis, using an incomplete monosomic series, can be successfully applied when a few major genes are involved in the inheritance of a specific character.
Text in English
0021-504X 1880-5787 (Online)
Triticum aestivum
Analysis
Cross-breeding
Genes
Monosomic and conventional analyses in common wheat. III lethality - Japan : Genetics Society of Japan, 1960. - Printed
Free Access
Conventional and monosomic analyses of the lethality occurring in diallel crosses of eight common wheat varieties led to the following conclusions: (1) Lethality is controlled by two dominant complementary genes. (2) The gene in Prelude is located on chromsome V and designated as Le1. (3) The gene in Kharkov and Jones Fife is the same; it is located on chromsome XIII and designated as Le2. (4) Chinese Spring, S-615, Red Bobs, Elgin and Red Egyptian carry the recessive normal alleles of both genes. (5) The genetic penetration of the recessive normal gene is about 0.05%. The experimental results indicate that monosomic analysis, using an incomplete monosomic series, can be successfully applied when a few major genes are involved in the inheritance of a specific character.
Text in English
0021-504X 1880-5787 (Online)
Triticum aestivum
Analysis
Cross-breeding
Genes