Add to ORKGSeveral genes conditioning resistance to SMV have been found and some have been assigned gene symbols. In addition, a series of SMV strain groups has been differentiated by their interactions with a selected group of culti-vars (Cho and Goodman, 1979; Lim, 1985). We have undertaken a study of the genes conditioning the reactions of certain differential cultivars to SMV in an attempt to establish their relationships with symbolized genes
There are seven pathotypes of soybean mosaic virus (SMV) representing seven strain groups (G1–G7) in...
Soybean intercropping with other crops usually causes poor yield, mainly by light reduction . Someti...
Several genetic factors have been identified which govern specific nodulation response in soybeans. ...
A series of seven differential strain groups of SMV, labelled Gl to G7, were reported by Cho and Goo...
Several genes conditioning resistance to SMV have been found and some have been assigned gene symbol...
Three viruses are prevalent on soybean in the peanut producing counties of Virginia. These are peanu...
A natural epiphytotic of soybean mosaic virus (SMV) occurred at the Harrow Station in 1976. The dise...
Soybean mosaic virus (SMV) is distributed worldwide. The primary mode of transmission is through see...
Boerma and Kuhn (1976) established that \u27Dorman\u27 and \u27CNS\u27 each contain a single dominan...
We have been screening tropical and temperate soybean germplasm lines to test for variation in the r...
Isolines of soybeans are useful tools to study various interactions under field conditions. The purp...
In 1976, a plant was selected from the M3 generation of some \u27Essex\u27 soybeans that had been ir...
Soybean (Glycine max [L.] Merr.) was first reported as a natural host of peanut mottle virus (PMV) i...
Haploids are being isolated annually among individuals obtained from polyembryonic seeds associated ...
Soybean mosaic virus (SMV) causes the most serious viral disease in soybean worldwide. Seven SMV str...
There are seven pathotypes of soybean mosaic virus (SMV) representing seven strain groups (G1–G7) in...
Soybean intercropping with other crops usually causes poor yield, mainly by light reduction . Someti...
Several genetic factors have been identified which govern specific nodulation response in soybeans. ...
A series of seven differential strain groups of SMV, labelled Gl to G7, were reported by Cho and Goo...
Several genes conditioning resistance to SMV have been found and some have been assigned gene symbol...
Three viruses are prevalent on soybean in the peanut producing counties of Virginia. These are peanu...
A natural epiphytotic of soybean mosaic virus (SMV) occurred at the Harrow Station in 1976. The dise...
Soybean mosaic virus (SMV) is distributed worldwide. The primary mode of transmission is through see...
Boerma and Kuhn (1976) established that \u27Dorman\u27 and \u27CNS\u27 each contain a single dominan...
We have been screening tropical and temperate soybean germplasm lines to test for variation in the r...
Isolines of soybeans are useful tools to study various interactions under field conditions. The purp...
In 1976, a plant was selected from the M3 generation of some \u27Essex\u27 soybeans that had been ir...
Soybean (Glycine max [L.] Merr.) was first reported as a natural host of peanut mottle virus (PMV) i...
Haploids are being isolated annually among individuals obtained from polyembryonic seeds associated ...
Soybean mosaic virus (SMV) causes the most serious viral disease in soybean worldwide. Seven SMV str...
There are seven pathotypes of soybean mosaic virus (SMV) representing seven strain groups (G1–G7) in...
Soybean intercropping with other crops usually causes poor yield, mainly by light reduction . Someti...
Several genetic factors have been identified which govern specific nodulation response in soybeans. ...