P. putida UW4 significantly released the inhibition of hypoxic
stresses on cucumber plants biomass. The protein profiles of
the roots of cucumber seedlings in response to the plantgrowth-
promoting bacterium P. putida UW4 and hypoxia have
suggested how the protein and metabolism pathways are
regulated. Fig. 5 shows a model of this PGPB and the hypoxic
stress response. P. putida UW4 and hypoxic stress stimulated
gene expression, the mRNA was processed and translated, the
proteins involved in carbohydrate metabolism, nitrogen
metabolism, defense stress, antioxidant, binding and others
were induced, these proteins might be work cooperatively to
resist stress and keep plant growth on a more or less even
keel. This study also provided strategies to identify enzymes
potentially involved in the interaction between plants and
PGPB and to develop a better understanding of th
P. putida UW4 significantly released the inhibition of hypoxicstresses on cucumber plants biomass. The protein profiles ofthe roots of cucumber seedlings in response to the plantgrowth-promoting bacterium P. putida UW4 and hypoxia havesuggested how the protein and metabolism pathways areregulated. Fig. 5 shows a model of this PGPB and the hypoxicstress response. P. putida UW4 and hypoxic stress stimulatedgene expression, the mRNA was processed and translated, theproteins involved in carbohydrate metabolism, nitrogenmetabolism, defense stress, antioxidant, binding and otherswere induced, these proteins might be work cooperatively toresist stress and keep plant growth on a more or less evenkeel. This study also provided strategies to identify enzymespotentially involved in the interaction between plants andPGPB and to develop a better understanding of th
การแปล กรุณารอสักครู่..
