Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8649150 | Physiological and Molecular Plant Pathology | 2018 | 8 Pages |
Abstract
Study reports prominent findings on the analysis of oxidative stress generated in Centella asiatica, a multifunctional medicinal plant on co-cultivation with P. indica and its extract, P. indica Cell Wall Extract. The presence of P. indica had protective role in alleviating stress, evidenced by lack of significant change in H2O2, increased total antioxidant capacity and phenolics in P. indica colonized and PiCWE treated plants. No variation was observed between IC50 values and the cell integrity in P. indica colonized C. asiatica appeared intact by TEM analysis. The study preludes the possible role of P. indica in conferring drought tolerance to C. asiatica.
Keywords
American type cell cultureCentella asiaticaATCCDMEMHRPFBSPDBPDADMSOMTTPiriformospora indicaenzyme linked immunosorbent assayEndosymbiosisTemELISAOxidative stressDimethyl sulfoxidefoetal bovine serumpotato dextrose agarpotato dextrose brothTotal antioxidant capacityTransmission electron microscopyhorse radish peroxidase
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Agricultural and Biological Sciences
Plant Science
Authors
S. Jisha, P.R. Gouri, K.N. Anith, K.K. Sabu,