In this study, extracts from the heartwood of black locust (Robinia pseudoacacia L.) were obtained with ethanol solvent before and after extraction with n-hexane. Chemical composition were analyzed and compared by GC-MS. The results showed that the major components in the heartwood ethanol extract before extraction with n-hexane solvent to be the (23S)-ethylcholest-5-en-3.beta.-ol (18.33%), while the major heartwood ethanol extracts constituents after extraction with n-hexane solvent was resorcinol (51.96%). The same components of the heartwood ethanol extracts before and after extraction with n-hexane solvent also contained amounts of the Hexadecanoic acid and 9,12-Octadecadienoic acid (Z,Z)-. The other main components of the ethanol extra...
Heartwood and sapwood of Quercus faginea were evaluated in relation to summative chemical compositio...
The purpose of this study was to identity novel bioactive organic chemical constituents from the eth...
International audienceDue to its rapid growth and important biomass production abilities, black locu...
In this study, extracts from the heartwood of black locust (Robinia pseudoacacia L.) were obtained w...
peer reviewedRobinia pseudoacacia L. heartwood is characterized by a very high natural durability. H...
The content and composition of extractives in the wood and bark tissue of black locust (Robinia pseu...
Black locust wood is durable against microorganisms. The species is planted as a nitrogen fixing spe...
Raziskali smo vsebnost in sestavo ekstraktivov v lesnih tkivih in skorji robinije (Robinia pseudoaca...
Analizirali smo variabilnost vsebnosti ekstraktivov in delež celokupnih fenolov v posameznih tkivih ...
The main goal of this study was to investigate the amounts of hydrophilic extractives in bark and wo...
Wood chemical composition research is of significant importance for various fields like wood-manufac...
V okviru preučevanja fungicidnih lastnosti hidrofilnih ekstraktivov lesa navadne robinije (Robinia p...
The Robinia pseudoacacia (Fabaceae) is one of the medicinal plants, Native to North America, commonl...
ABSTRACTThis study aimed to investigate the influence of tree age on the assimilates partitioning an...
Sweet locust and False Acacia are important species of northern forests region with wood having good...
Heartwood and sapwood of Quercus faginea were evaluated in relation to summative chemical compositio...
The purpose of this study was to identity novel bioactive organic chemical constituents from the eth...
International audienceDue to its rapid growth and important biomass production abilities, black locu...
In this study, extracts from the heartwood of black locust (Robinia pseudoacacia L.) were obtained w...
peer reviewedRobinia pseudoacacia L. heartwood is characterized by a very high natural durability. H...
The content and composition of extractives in the wood and bark tissue of black locust (Robinia pseu...
Black locust wood is durable against microorganisms. The species is planted as a nitrogen fixing spe...
Raziskali smo vsebnost in sestavo ekstraktivov v lesnih tkivih in skorji robinije (Robinia pseudoaca...
Analizirali smo variabilnost vsebnosti ekstraktivov in delež celokupnih fenolov v posameznih tkivih ...
The main goal of this study was to investigate the amounts of hydrophilic extractives in bark and wo...
Wood chemical composition research is of significant importance for various fields like wood-manufac...
V okviru preučevanja fungicidnih lastnosti hidrofilnih ekstraktivov lesa navadne robinije (Robinia p...
The Robinia pseudoacacia (Fabaceae) is one of the medicinal plants, Native to North America, commonl...
ABSTRACTThis study aimed to investigate the influence of tree age on the assimilates partitioning an...
Sweet locust and False Acacia are important species of northern forests region with wood having good...
Heartwood and sapwood of Quercus faginea were evaluated in relation to summative chemical compositio...
The purpose of this study was to identity novel bioactive organic chemical constituents from the eth...
International audienceDue to its rapid growth and important biomass production abilities, black locu...