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本期目录

    2013年, 第8卷, 第3期 刊出日期:2013-06-20 上一期    下一期
    Regular Articles
    A novel method for quality control of herbal medicine using normal and reversed fingerprints with Linear System Quantified Fingerprints Method
    Guoxiang Sun*;Junmei Xia;Yanfei Li
    2013 (3):  57-68. 
    摘要 ( 496 )  
    Chromatographic normal and reversed fingerprints coupled with Linear System Quantified Fingerprints Method (LSQFM)
    were proposed for quality control of traditional Chinese medicine (TCM) by high performance liquid chromatography (HPLC)-
    photodiode array detection. The method was performed to evaluate the quality of Yinhuang Tablet (YHT). Statistical analysis of
    the obtained data demonstrated that our method has achieved ideal precision and accuracy. Normal and reversed fingerprints
    analysis can monitor both the contribution of high content compositions and low or trace constituents, which are rarely
    investigated because their contents are low, their preparation and characterization are difficult. Due to the different contribution
    of the eight biggest and smallest peaks in the normal and reversed fingerprints, a few batches of samples had the intuitive
    contrast of SL, ML, α and quality grade in fingerprint analysis. These results demonstrated that normal and reversed fingerprints
    by LSQFM can offer an efficient and reliable approach for quality consistency evaluation of TCM.
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    Synthesis, characterization study of a lead-based indian traditional drug: Naga bhasma
    Chandrashekhar Bhingare *;Smita Deshmukh;Sanjay Kshirsagar
    2013 (3):  69-78. 
    摘要 ( 520 )  
    Naga bhasma is a organo-metallic preparation. It is prepared using lead and different herbs and found effective in the treatment
    of diseases such as diarrhea, spleen enlargement and diabetes. Lead is considered as poisonous heavy metal but products
    containing Naga bhasma are non-toxic it is used by medical professionals practicing Ayurveda. Naga bhasma is manufactured
    by the procedures described in Ayurvedic literature. Different methods of preparation are available in Ayurveda but the
    standard monograph is unavailable. The present work is an attempt to establish parameters for standardization of Naga
    bhasma. According to one of the references following method for preparation of Naga bhasma involves quenching of molten
    lead into different herbal juices. Grinding and heating of this material several times generates specific organo-metallic complex.
    Quenching with Til Oil (sesame oil), Buttermilk, Gomutra (Cow’s Urine), Kanji (Starch Paste), (Kulittha Kwatha) purifies Lead
    and mixing and stirring to get powder blend with bark Ashwattha (Ficus religiosa) and Amlika (Tamrindus indica) followed by
    heating and grinding with Turmeric powder and Aloe vera juice removes toxicity to generate specific organo-metallic complex.
    The parameters (form, nature and particle size) of Naga bhasma were characterized based on structural and elemental basis,
    using XRD, IR, AAS, SEM with EDAX and DSC. Acceptance criteria at various stages of preparation of the Naga bhasma were
    established based on the above method results. The work will help to changes occurring different stages of bhasma, standardize
    the raw material specifications, process parameters, in- process specifications and finished product (Naga bhasma) specifications.
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    Amorphophallus campanulatus Roxb. : A herbal remedy for the treatment of hyperandrogenism associated with polycystic ovary evaluated using a rat model
    Mamata Jadhav *;Sasikumar Menon;Sunita Shailajan
    2013 (3):  79-87. 
    摘要 ( 456 )  
    New options are needed to treat the hormonal disorders associated with polycystic ovary syndrome (PCOS). The objective of the
    study was to investigate the effect of Amorphophallus campanulatus Roxb. (AC), a herbal remedy, for the treatment of polycystic
    ovary syndrome (PCOS) in a Letrozole-induced PCOS rat model and to compare the protective effect of Clomiphene citrate with
    AC. PCOS was induced in albino Wistar female rats by daily oral administration of Letrozole for 21 days. A low (250 mg/kg), mid
    (500 mg/kg) and high dose (1000 mg/kg) of AC was given orally to the PCOS induced rats for 15 days post Letrozole induction to
    determine the effective dose of AC for the treatment of PCOS. The biomarkers of ovarian function, plasma testosterone, estrogen
    and progesterone, were analyzed to determine the fluctuations in sex steroid levels in rats with PCOS induced by Letrozole. The
    plasma testosterone levels were found to be significantly increased in rats with PCOS whereas plasma estrogen and progesterone
    levels were found to be decreased. When compared with controls, the PCOS rats were characterized by the high incidence of
    ovarian cysts with a diminished granulosa layer, significantly atretic follicles and absence of corpora lutea. All the end points
    assessed were significantly improved by a high dose of AC and reached almost normal levels. The high dose (1000 mg/kg) of
    AC was found to be effective for the treatment of PCOS induced by Letrozole in rats. This effect of AC prevented ovarian
    histopathologic, endocrine and biochemical alterations induced by hyperandrogenism. Thus, AC was found to have the potential
    to be a very good alternative therapy for the treatment of PCOS.
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