Monitoring of gene expression proWles and identiWcation of candidate genes involved in drought responses in Festuca mairei
Monitoring of gene expression proWles and identiWcation of candidate genes involved in drought responses in Festuca mairei
- Mol Genet Genomics, 2007 .
To understand the molecular genetic basis underlying drought tolerance in grasses, the cDNAampliWed fragment length polymorphism (cDNAAFLP)technique was applied for identiWcation of genes responding to drought stress in a xerophytic adapted plant, Festuca mairei. A total of 11,346 transcript derived fragments (TDFs)were detected, and 464 (4.1
To understand the molecular genetic basis underlying drought tolerance in grasses, the cDNAampliWed fragment length polymorphism (cDNAAFLP)technique was applied for identiWcation of genes responding to drought stress in a xerophytic adapted plant, Festuca mairei. A total of 11,346 transcript derived fragments (TDFs)were detected, and 464 (4.1