In this library, several enzymes in metabolic pathways such as glucose metabolism and nicotinate and nicotinamide metabolism were found (Table 2).
Additionally, 2 proteins that participate in inositol metabolism were found.
During 6 d exposure in SRB, obvious inhibition on SRB growth and metabolism were found by monitoring the environment corrosive factors.
The analysis results showed that post-translational modifications, protein folding, DNA replication, energy production and nucleic acid metabolism were found to be among the top functions affected by the 26S proteasome inhibition.
Moreover, MapMan terms for cell wall modification and major carbohydrate metabolism were found only in the rice divergent genes (Fig. 5).
Transcripts of simple phenol metabolism were found to be up-regulated which was reflected by the levels of ferulic acid and esculin (tyrosine-derived phenolic acid and coumarin glucoside, respectively) that had depleted in infested tissues as compared to un-infested tissues.
At recovery, many genes related to ethylene metabolism were found to be down regulated.
As we expected, several important pathways related to nutrient metabolism were found to be significantly affected (Table 5).
Recently, it was shown that the enzymes related to creatine and arginine metabolism were found to be significantly upregulated in malignant cells [51].
In this context, 8, 15 and 28 genes related to carbohydrate metabolism were found to be up-regulated on recovery irrigation in 85-2, CC and M21 respectively.
Two additional CDSs related to the NAD metabolism were found: nicotinamide-nucleotide adenylyltransferase (nadD), the second enzyme in the pathway, and a phosphohydrolase having a partial NadD domain and unknown function.
