Back close

In vitro studies on pharmacological potential of mycoendophyte of Simarouba glauca

Start Date: Friday, Jan 01,2016

End Date: Tuesday, May 31,2016

In vitro studies on pharmacological potential of mycoendophyte of Simarouba glauca

The exploration of endophytes is still an emerging field. Almost all plants seem to deliver endophytes with promising contents and activities. Simarouba glauca has a long history in herbal medicine as antiparasitic, antidysentric, antipyretic and anti cancerous agent in many countries. Recently the plant extract has received much attention in India as an anti cancer and anti arthritic medicine.  In the present study endophytic fungi from Simarouba glauca were isolated and evaluated for their pharmacological properties. SG-S, an endophytic fungus isolated in our study was found to exhibit anti bacterial, anti oxidant and anti hyper glycaemic potential. Qualitative phyto chemical analysis of the crude extract of SG-S showed presence of flavanoids, triterpenes, alkaloids and carbohydrates, many of them being  reported to have bio active properties. Further research is needed to characterize the isolate and purify the compounds. Thus the medicinal plant S.glauca could be a great source material for isolation of endophytes with bioactive metabolites.

Related Projects

Mobile Vocational Education (MoVE)
Mobile Vocational Education (MoVE)
Sanitation Awareness Through Water Testing – Ratanpur, Bihar and Muruganpatti, Madurai District, Tamil Nadu
Sanitation Awareness Through Water Testing – Ratanpur, Bihar and Muruganpatti, Madurai District, Tamil Nadu
Verification of Sub-national Claims for TB Free Status in Lakshadweep and Kerala, India
Verification of Sub-national Claims for TB Free Status in Lakshadweep and Kerala, India
Matrix Binding microbes and bacteriophages to counter infection
Matrix Binding microbes and bacteriophages to counter infection
Evaluating Coastal Salinity Intrusion from Groundwater over-extraction, Coastal Wetland Dynamics and Sea Level Rise using Remote Sensing
Evaluating Coastal Salinity Intrusion from Groundwater over-extraction, Coastal Wetland Dynamics and Sea Level Rise using Remote Sensing
Admissions Apply Now