Prospecting endophytic fungal assemblage of Digitalis lanata Ehrh. (foxglove) as a novel source of digoxin: a cardiac glycoside
S Kaul, M Ahmed, K Zargar, P Sharma, MK Dhar - 3 Biotech, 2013 - Springer
Endophytes, the chemical synthesizers inside plants, are the microorganisms having
mutualistic relationship with the host plant. They can be used by plants for defense in
addition to the production of a wide variety of beneficial bioactive secondary metabolites.
There are reports that microbial endophytes mimic the bioactive compounds as produced by
the plant itself thus making them a promising source of novel compounds. During the
present study, endophytes were isolated from the symptomless leaves and stem of the …
mutualistic relationship with the host plant. They can be used by plants for defense in
addition to the production of a wide variety of beneficial bioactive secondary metabolites.
There are reports that microbial endophytes mimic the bioactive compounds as produced by
the plant itself thus making them a promising source of novel compounds. During the
present study, endophytes were isolated from the symptomless leaves and stem of the …
Prospecting endophytic fungal assemblage of Digitalis lanata Ehrh.(foxglove) as a novel source of digoxin: a cardiac glycoside.
SK Sanjana Kaul, MA Maroof Ahmed, KZ Khalid Zargar… - 2013 - cabidigitallibrary.org
Endophytes, the chemical synthesizers inside plants, are the microorganisms having
mutualistic relationship with the host plant. They can be used by plants for defense in
addition to the production of a wide variety of beneficial bioactive secondary metabolites.
There are reports that microbial endophytes mimic the bioactive compounds as produced by
the plant itself thus making them a promising source of novel compounds. During the
present study, endophytes were isolated from the symptomless leaves and stem of the …
mutualistic relationship with the host plant. They can be used by plants for defense in
addition to the production of a wide variety of beneficial bioactive secondary metabolites.
There are reports that microbial endophytes mimic the bioactive compounds as produced by
the plant itself thus making them a promising source of novel compounds. During the
present study, endophytes were isolated from the symptomless leaves and stem of the …
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