Communication in Physical Sciences 2020, 5(4): 437-445 Received 25 June 2020/Accepted 29 July 2020 Applications of plant leaves for various purposes is based on its chemical constituents which may include proximate, elemental, phytochemical, toxicant, amino acid and other toxicants. Knowledge of phytochemical constituents is significant for their pharmaceutical/medicinal values. This study was carried out to investigate the chemical constituents of acetone extract of Piper guineense leaves through phytochemical screening and GCMS analysis. Results obtained from phytochemical screening indicated the major constituents (those whose concentrations were greater than 1%) to include ,6-dimethyloxazolo(5,4-c)pyridazin-4-amine (31.80 %), 3-(1-methy...
Objective: Bioactive compounds like phytochemicals are extracted mainly from plants, as they serve a...
Isolation of compounds and the biological activities of the extracts from the Piper betle leaves wer...
Objective: To Analyse the major phytochemical components in selected varieties of P. betle leaves us...
Natural resources especially plants give great opportunities for alternative treatment of many disea...
Herbal plants are rich sources of secondary metabolites such as phenolics which can be beneficial to...
oai:ojs2.sriopenjournals.com:article/21Natural products have been a major source of drugs for centur...
Objective: To analyze and identify the chemical compositions of different organic plants crude extra...
Introduction: The genus Piper, from the Piperaceae family, has great economic importance, due to its...
This paper reviews available research information on the medicinal value and health benefits of Pipe...
In the present days, medicinal plants receive great attention to the researchers in the field of pha...
Communication in Physical Sciences 2020, 6(1): 635-648 In order to investigate the presence of chemi...
The study involves two methods of methanolic extraction of the powdered leaves, which ensure all the...
Two fatty acid derivatives, 2-octenoic acid and 2-hexenoic acid were isolated from the extract of n-...
The composition of essential oils from P. nigrum varieties (Kuching, Semongok Emas, Semongok Perak, ...
Plants are more important in human life and fulfill his every day needs. In recent developments free...
Objective: Bioactive compounds like phytochemicals are extracted mainly from plants, as they serve a...
Isolation of compounds and the biological activities of the extracts from the Piper betle leaves wer...
Objective: To Analyse the major phytochemical components in selected varieties of P. betle leaves us...
Natural resources especially plants give great opportunities for alternative treatment of many disea...
Herbal plants are rich sources of secondary metabolites such as phenolics which can be beneficial to...
oai:ojs2.sriopenjournals.com:article/21Natural products have been a major source of drugs for centur...
Objective: To analyze and identify the chemical compositions of different organic plants crude extra...
Introduction: The genus Piper, from the Piperaceae family, has great economic importance, due to its...
This paper reviews available research information on the medicinal value and health benefits of Pipe...
In the present days, medicinal plants receive great attention to the researchers in the field of pha...
Communication in Physical Sciences 2020, 6(1): 635-648 In order to investigate the presence of chemi...
The study involves two methods of methanolic extraction of the powdered leaves, which ensure all the...
Two fatty acid derivatives, 2-octenoic acid and 2-hexenoic acid were isolated from the extract of n-...
The composition of essential oils from P. nigrum varieties (Kuching, Semongok Emas, Semongok Perak, ...
Plants are more important in human life and fulfill his every day needs. In recent developments free...
Objective: Bioactive compounds like phytochemicals are extracted mainly from plants, as they serve a...
Isolation of compounds and the biological activities of the extracts from the Piper betle leaves wer...
Objective: To Analyse the major phytochemical components in selected varieties of P. betle leaves us...