The PvSR1(Phaseolus vulgaris stress-related protein) gene encoding an 11 kD proline-rich protein (PRP) was constitutively expansed in the primary leaf tissue of beau (Phaeolus vulgaris L. cv. Saxa). The coarse studies...The PvSR1(Phaseolus vulgaris stress-related protein) gene encoding an 11 kD proline-rich protein (PRP) was constitutively expansed in the primary leaf tissue of beau (Phaeolus vulgaris L. cv. Saxa). The coarse studies of mRNA accumulation of the PvSR1 has been studied in this plant against virus infection and various abiotic sacsses. Northern blot analysis revealed that the gene expression of PvSR1 was greatly enhanced in the leaf tissue by AIMV (alfalfa mosaic vims) infection, wounding, heat shock, UV, drought and salt stress. The PvSR1 transcripts could also be increased by the exogenous inducing fartors such as salicylic acid and H2O2. The Precise biological roles of PvSR1 is unknown, but the expression of PvSR1 genes in various form of stress suggest that PvSR1 may play an important role during the strees, in maintaining cellular integrity by forming strong linkages with the cell wall.展开更多
文摘The PvSR1(Phaseolus vulgaris stress-related protein) gene encoding an 11 kD proline-rich protein (PRP) was constitutively expansed in the primary leaf tissue of beau (Phaeolus vulgaris L. cv. Saxa). The coarse studies of mRNA accumulation of the PvSR1 has been studied in this plant against virus infection and various abiotic sacsses. Northern blot analysis revealed that the gene expression of PvSR1 was greatly enhanced in the leaf tissue by AIMV (alfalfa mosaic vims) infection, wounding, heat shock, UV, drought and salt stress. The PvSR1 transcripts could also be increased by the exogenous inducing fartors such as salicylic acid and H2O2. The Precise biological roles of PvSR1 is unknown, but the expression of PvSR1 genes in various form of stress suggest that PvSR1 may play an important role during the strees, in maintaining cellular integrity by forming strong linkages with the cell wall.
