List of Articles کروماتوگرافی مایع با کارایی بالا (HPLC)

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  1 - Extraction and measurement of β-Carbolines and evaluation of antioxidant properties of leaf and seed extract of Spand (P.harmala) of Zahedan
  Saeedeh Fahimi Shahrbanoo Oryan Ramesh Ahmadi Akram Eidi
  β-Carbolines are an alkaloid containing indole group that easily passes through the blood-brain barrier and change the concentration of neurotransmitters, as well as a range of neurophysiological and toxic effects, including effects on body temperature, seizures, a More

  β-Carbolines are an alkaloid containing indole group that easily passes through the blood-brain barrier and change the concentration of neurotransmitters, as well as a range of neurophysiological and toxic effects, including effects on body temperature, seizures, anti-depressant activity, vascular dilatation, anti-cumulative effects of platelets and effects on appetite. The aim of this study was to extract and measure β-Carboline and also phenolic compounds of Spand (p.harmala) collected from Zahedan. Further phytochemical analysis of extracts was carried out and the quantitative and qualitative analysis included identification of anthocyanins, flavonoids, tannins, anthraquinones, an antioxidant test of extract, FT-IR analysis of extract, quantitative and qualitative analysis of HPLC extract and alkaloids. The results showed that although the antioxidant properties of methanolic extract from leaves are higher (due to the presence of flavonoids and phenolic compounds) than the methanolic extract seeds, the amount of β-Carboline in the seeds of this plant (p.harmala) is higher. Manuscript profile
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  2 - Extraction and determination of flavonoid compounds kaempferol and quercetin in petals of Rosa damascene Mill. from North and North eastern Regions of Iran
  Jaimand, جایمند Rezaee, M.B M.H Asareh S.R Tabaei Aghdaei سعیده Meshkyzadeh,
  Flavonoid components are the largest phenolic groups in nature. Kaempferol, quercetin has medicinal effects againts viruses and cancer cells. In f this research for extraction and determination of flavonoid compounds kaempferol and Quercetin in petals of Rosa damascena More

  Flavonoid components are the largest phenolic groups in nature. Kaempferol, quercetin has medicinal effects againts viruses and cancer cells. In f this research for extraction and determination of flavonoid compounds kaempferol and Quercetin in petals of Rosa damascena from north and north eastern of Iran, samples were collected in research Institute of Forest and Rangelands. Fresh flower petals were extracting and were analyzed by high performance liquid chromatography (HPLC). Two flavonoids kaempferol and quercetin glycoside compounds were extracted from 7 samples. The highest kaempferol content were obtained from Mazanderan 758ppm, Golestan 354ppm, and Cemnan 1, 349ppm, and the lowest from Gilan, 243ppm, Khorasan 2, 245ppm, and Khorasan 1, 283ppm. The highest quercetin glucoside contents were obtained from Khorasan 2, 2763ppm, Golestan, 617ppm, and Khorasan 1, 266ppm, and lowest were from Cemnan 1, 100 ppm, Gilan 174 ppm, and Mazanderan 204 ppm. According to the results best samples were from Khorasan 2 (245ppm kaempferol, 2763ppm quercetin), Golestan (354ppm kaempferol, 617ppm quercetin) and Khorasan 1 (283ppm kaempferol, 266 ppm quercetin). Manuscript profile
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  3 - Extraction and compare of Oleuropin compound in olea europaea L. in three province state of Gilan, Tehran and Fars
  Jaimand, جایمند M.B Rezaee, A.N Ashtiany مصطفی Golipoor
  Phenolic compounds in Olive fruits are important factors to consider in order to evaluate the quality of virgin Olive oil. Several studies concerning phenolic compounds in the Olive have already been carried out. Oleuropein, have pharmacological properties which have a More

  Phenolic compounds in Olive fruits are important factors to consider in order to evaluate the quality of virgin Olive oil. Several studies concerning phenolic compounds in the Olive have already been carried out. Oleuropein, have pharmacological properties which have a antibiotic and antiviral effects. In this research, we study about determination of oleuropein in leaf and fruits of Olea europaea L. from three province of Gilan, Tehran and Fars are colected. After collection of samples in every months for leaves and fruits from June up to December, samples are dried and Extraction was with methanol and determinded by HPLC. In this study, oleuropein in leaves from three proviance of Gilan, Tehran and Fars are 39217, 33665 and 31311 ppm in January respectly, and in fruits are 35328 and 29740 ppm in July and 22095 ppm in September, respectly. These amounts shows that highest are in Gilan provience and Fars have a lowest. Manuscript profile