<p>NR: Not reported.</p><p>Characterization of possible compounds from each extract of <i>E. pulchrum</i> detected by LCMS-IT-TOF.</p
<p>Main compounds identified in mulberry leaves extracted by LC-ESI-MS/MS including molecular formul...
<p>List of compounds identified in the crude extract of preputial gland of <i>Millardia meltada</i>....
Natural products from medicinal plants, either as pure compounds or as standardized extracts, provid...
<p>(A–B) leaf extract constituents profile. (C–D) stem extract constituent profile.</p
<p>The known products detected are presented depending on the microorganism origin of the extract (f...
Rapid detection of biologically active natural products plays a strategic role in the phytochemical ...
LC-MS detection of phytoconstituents isolated from Pluchea indica crude leaf ethanol extracts (PILE)...
<p>Compounds identified from <i>Nectandra megapotamica</i> extracts by LC-DAD-MS.</p
<p>Compounds assigned from LC-UV-MS/MS analysis of the <i>Kupeantha kupensis</i> seed extracts.</p
Non-oligomeric compounds detected in LC/QTOF-MS analysis of the IPA extracts.</p
<p>Tentative identification of polyphenol extract from <i>Phellinus igniarius</i> by UPLC/ESI-MS in ...
<p>Concentrations were determined by means of calibration curves with pure standards, as reported in...
<p>Distribution of newly identified compounds (assessed by GC-MS) in ethanolic extracts of Greek pro...
In order to discover new bioactive compounds from plant sources which could become new leads or new ...
Plants represent an extraordinary reservoir of novel molecules and there is currently a resurgence o...
<p>Main compounds identified in mulberry leaves extracted by LC-ESI-MS/MS including molecular formul...
<p>List of compounds identified in the crude extract of preputial gland of <i>Millardia meltada</i>....
Natural products from medicinal plants, either as pure compounds or as standardized extracts, provid...
<p>(A–B) leaf extract constituents profile. (C–D) stem extract constituent profile.</p
<p>The known products detected are presented depending on the microorganism origin of the extract (f...
Rapid detection of biologically active natural products plays a strategic role in the phytochemical ...
LC-MS detection of phytoconstituents isolated from Pluchea indica crude leaf ethanol extracts (PILE)...
<p>Compounds identified from <i>Nectandra megapotamica</i> extracts by LC-DAD-MS.</p
<p>Compounds assigned from LC-UV-MS/MS analysis of the <i>Kupeantha kupensis</i> seed extracts.</p
Non-oligomeric compounds detected in LC/QTOF-MS analysis of the IPA extracts.</p
<p>Tentative identification of polyphenol extract from <i>Phellinus igniarius</i> by UPLC/ESI-MS in ...
<p>Concentrations were determined by means of calibration curves with pure standards, as reported in...
<p>Distribution of newly identified compounds (assessed by GC-MS) in ethanolic extracts of Greek pro...
In order to discover new bioactive compounds from plant sources which could become new leads or new ...
Plants represent an extraordinary reservoir of novel molecules and there is currently a resurgence o...
<p>Main compounds identified in mulberry leaves extracted by LC-ESI-MS/MS including molecular formul...
<p>List of compounds identified in the crude extract of preputial gland of <i>Millardia meltada</i>....
Natural products from medicinal plants, either as pure compounds or as standardized extracts, provid...