Add to ORKGThe method of experimental mutagenesis is effective in investigating the hereditary alterations of plants with their further use in selection. Year by year the research in this field grows wider, covering new research institutions and crops. The purpose of this article was to investigate the efficiency of a number of chemical mutagens and gamma rays in induction of morphological mutations in soybeans with their further use in selection of this crop
In the preceding article, we described several nonfluorescent root lines that had been obtained from...
Delannay and Palmer (1982) reported four nonallelic mutants, three re-cessive and one dominant, that...
In a mutation breeding experiment, in the CO-1 variety of soybean (Glycine max (L.) Merr.) the effic...
The first mutations of soybeans in the USSR were received by Leschenko A. in the 30\u27s. In the lat...
Since 1970, soybean radiation experiments have been conducted in Thailand. The objectives are (1) to...
The method of experimental mutagenesis is effective in investigating the hereditary alterations of p...
Gamma rays were used to induce the genetic variability for different quantitative characters in Brag...
Although mutation studies are very common in most of the crop plants, soybean (Glycine max [L.] Merr...
In genetic and breeding work for soybean, it is essential to establish a variety adaptable to the cl...
During the study of genetic activity of a number of chemical and physical mutagens about 1000 morpho...
One of the M3 progenies of Type-49 soybean irradiated with 15 kr gamma rays showed segregation for p...
Upadhyaya (1976) observed that the number of mutant plants was exceedingly low in segregating M2 pro...
Some mutants and mutation-derived lines of \u27S.J.2\u27 and \u27Sansai\u27 soybean varieties were o...
PK-308\u27 has been developed at this station from a cross of T-31 x Hardee following the pedigree m...
Our primary objective in looking for nitrate reductase (NR) mutants in soybeans is to attempt to ove...
In the preceding article, we described several nonfluorescent root lines that had been obtained from...
Delannay and Palmer (1982) reported four nonallelic mutants, three re-cessive and one dominant, that...
In a mutation breeding experiment, in the CO-1 variety of soybean (Glycine max (L.) Merr.) the effic...
The first mutations of soybeans in the USSR were received by Leschenko A. in the 30\u27s. In the lat...
Since 1970, soybean radiation experiments have been conducted in Thailand. The objectives are (1) to...
The method of experimental mutagenesis is effective in investigating the hereditary alterations of p...
Gamma rays were used to induce the genetic variability for different quantitative characters in Brag...
Although mutation studies are very common in most of the crop plants, soybean (Glycine max [L.] Merr...
In genetic and breeding work for soybean, it is essential to establish a variety adaptable to the cl...
During the study of genetic activity of a number of chemical and physical mutagens about 1000 morpho...
One of the M3 progenies of Type-49 soybean irradiated with 15 kr gamma rays showed segregation for p...
Upadhyaya (1976) observed that the number of mutant plants was exceedingly low in segregating M2 pro...
Some mutants and mutation-derived lines of \u27S.J.2\u27 and \u27Sansai\u27 soybean varieties were o...
PK-308\u27 has been developed at this station from a cross of T-31 x Hardee following the pedigree m...
Our primary objective in looking for nitrate reductase (NR) mutants in soybeans is to attempt to ove...
In the preceding article, we described several nonfluorescent root lines that had been obtained from...
Delannay and Palmer (1982) reported four nonallelic mutants, three re-cessive and one dominant, that...
In a mutation breeding experiment, in the CO-1 variety of soybean (Glycine max (L.) Merr.) the effic...