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| PHARMACOGNOSTICAL STANDARDIZATION |
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| Year : 2011 | Volume
: 32
| Issue : 4 | Page : 560-571 |
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Standardization of Shirishavaleha with reference to physico-chemical characteristics
Shyamlal Singh Yadav1, Galib2, BJ Patgiri3, VJ Shukla4, PK Prajapati5
1 PhD Scholar, Department of Rasashastra and Bhaishajya Kalpana including Drug Research, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
2 Assitant Professor, Department of Rasashastra and Bhaishajya Kalpana including Drug Research, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
3 Associate Professor, Department of Rasashastra and Bhaishajya Kalpana including Drug Research, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
4 Head, Pharmaceutical Chemistry Laboratory, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
5 Professor and Head, Department of Rasashastra and Bhaishajya Kalpana including Drug Research, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
| Date of Web Publication | 14-May-2012 |
Correspondence Address:
Shyamlal Singh Yadav
PhD Scholar, Department of Rasashastra and Bhaishajya Kalpana Including Drug Research, IPGT and RA, Jamnagar, Gujarat
India
 Source of Support: None, Conflict of Interest: None  | Check |
DOI: 10.4103/0974-8520.96134
 Abstract | | |
Ten batches of Shirishavaleha were prepared by using Twak (Bark) and Sara (Heartwood) of Shirisha [Albizzia lebbeck Benth]. The adopted formulation was based on Shirisharishta of Bhaishajya Ratnavali. Though Shirisharishta has significant therapeutic effect in cases of Tamaka swasa, etc.; it has few difficulties during the pharmaceutical procedure like consuming long time, climatic influences etc. Considering these inconveniencies, the formulation composition has been converted in to Shirishavaleha. Avaleha has been prepared by using Twak and Sara of Shirisha. No significant differences were found in pharmaceutical aspects of both the samples of Shirishavaleha and the current method of preparation can be considered as standard. Attempts were also made to develop analytical profile of avaleha, which were almost similar in both the samples, except showing more Rf values in High Performance Thin Layer Chromatography profile of Sara group. Keywords: Albizzia lebbeck , Avaleha, Bark, Heartwood, Shirisha, Shirishavaleha
How to cite this article:
Yadav SS, Galib, Patgiri B J, Shukla V J, Prajapati P K. Standardization of Shirishavaleha with reference to physico-chemical characteristics. AYU 2011;32:560-71 |
How to cite this URL:
Yadav SS, Galib, Patgiri B J, Shukla V J, Prajapati P K. Standardization of Shirishavaleha with reference to physico-chemical characteristics. AYU [serial online] 2011 [cited 2023 Jun 5];32:560-71. Available from: https://www.ayujournal.org/text.asp?2011/32/4/560/96134 |
| Introduction | |  |
Shirisha [Albizzia lebbeck Benth] is a drug with multi-dimensional activities mentioned in Ayurvedic classics for different disease conditions like Swasa, Visha etc. [1],[2] Studies conducted in recent past reveals anti-asthmatic, [3] anti-tussive, [4] anti allergic, [5] mast cell stabilizing [6] and immuno modulatory activities [7] of the drug. Ayurvedic classics holds a number of formulations where Shirisha is one of the active components. Shirisharista [8] is one amongst them. Though Arista form of the drug is effective, it has certain disadvantages such as:
- Prolonged duration of pharmaceutical procedure,
- To be prepared only in specific seasons,
- Temperature regulation is needed during the manufacturing,
- Liquid dosage forms are difficult to transport,
- Some part of the community may not accept alcoholic preparations to consume.
Considering these disadvantages, it has been planned to convert the formulation composition of Shirisharista into Shirishavaleha. Further, the part of Shirisha advocated to use in sandhana (fermentation process) is Sara. [9] Collecting Sara is difficult and it involves destruction of a plant, while Twak can be easily collected. Looking in to this, it has been planned to prepare shirishavaleha by using Twak and Sara of Shirisha.
Aims and objectives
- To formulate Shirishavaleha with Twak and Sara of Shirisha and evaluate their physico chemical characteristics.
| Materials and Methods | | |
Test drugs
Shirishavaleha is a pure herbal formulation holding 11 ingredients [Table 1] in its composition. Shirisha was collected from botanical garden of Gujarat Ayurved University after proper authentication. Prakshepa dravyas were obtained from the Pharmacy, Gujarat Ayurved University except Haridra, Nilini and Nagakesara. Nilini was collected from surrounding areas of Jamnagar, Haridra was purchased from local markets of Jamnagar and Nagakesara was procured from markets of Udupi, Karnataka. All the components were separated from physical impurities like small stones, sand particles etc. Guda of satisfactory quality was purchased from local market of Jamnagar. The herbal material was authenticated by the Pharmacognosy laboratory of IPGT and RA, Gujarat Ayurved University, Jamnagar, followed by size reduction in a mixer and sieving through #72.
Equipment specification
Pharmaceutical procedure
It involves manufacturing of Kwatha and Avaleha.
Process validation of Kwatha preparation
Kwatha of Twak and Sara were prepared individually. In both the cases, 1250 g of Shirisha yavakuta was transferred into a stainless steel container of 15 l capacity. 12.5 l of potable water was added [10] and allowed to soak overnight. Next day morning, the contents were subjected to heat and the contents were stirred continuously throughout the process till the volume reduced to 1/4 th i.e. 3.12 l. Throughout the procedure of kwathana (boiling), the temperature was maintained in between 85-95°C and approximately it took 6.40 h to complete the process of kwatha. Total 10 batches of kwatha, 5 each with Twak and Sara were prepared; the average details of which are placed at [Table 2].
Process validation of Avaleha preparation
Shirisha Kwatha (3.12 l ) was shifted into a stainless steel vessel and was added with 5 kg of Guda. The contents were subjected to mild heat over LPG stove till complete of Guda. The mixture was filtered through a clean cotton cloth to separate undissolvable material, if any, in Guda. The filtrate was collected into another sterile vessel and subjected to heat till Avaleha Siddha Lakshanas appear. After observing the classical characters of Avaleha heating was stopped and praksepa dravyas in the specified quantities were added. The temperature was maintained in between 95-110°C during the procedure of Avaleha paka and average it took 6.45 h to complete the process in both cases. Total 10 batches of Avaleha, 5 each with Twak and Sara were prepared; the average details of which are shown in [Table 3] and [Table 4]. Shirishavaleha prepared with Twak has been labeled as Shirishavaleha - A and the later one as Shirishavaleha - B.
Analytical study
Both the samples of Shirishavaleha were subjected to organoleptic [Table 5] and physico chemical studies in order to develop analytical profile. The following parameters were carried out in this phase:
- Organoleptic characteristics: Colour, odour, touch and taste.
- Physico-chemical analysis: Loss on drying at 110°, [11] pH value, [12] water soluble extractive, [13] methanol soluble extractive, [14] determination of sugar contents, [15]
- Qualitative test for various functional groups [16],[17]
- HPTLC profile: [18] Toluene: Ethyl acetate (8: 1.5 v/v) was selected as solvent system through trial and error method. The developed plate was visualized under visible day light, short UV (254 nm), long UV (366 nm) and after spraying with Anisaldehyde-sulphuric acid reagent and again observed in daylight. The R f values were recorded.
- Heavy metal analysis: [19] The tests were carried out at Sophisticated Instrumentation Centre for Applied Research and Testing, Vallabh Vidya Nagar, Anand, Gujarat.
- Microbial overload: [20] The tests were carried out at Shrey Pathology Laboratory, Jamnagar, Gujarat.
| Discussion | | |
In preparation of Shirisha Kwatha; stable extensive froth with honeycomb like structure appeared over the surface of reddish brown menstrum. It appeared to be light reddish brown in color, which may be due to the presence of saponins and tannins present in the raw material. Initially some of the raw material was floating over the surface, which gradually settled down to the bottom. During the boiling the temperature was maintained in between 85-95°C. During the process, the froth started to limit to the edges of the container. Continuous stirring was done for proper extraction and to lessen the possible chances of degradation of some active constituents which may be decomposed due to hydrolysis. [21] Continuous stirring is also needed to facilitate the natural circulation evaporation. [22]
In Avaleha; after dissolving jaggery in Kwatha, color of solution becomes darker and typical smell of jaggery was observed during Paka. Excessive frothing was observed at final stages which need continuous stirring of Avaleha.
Purana Guda was used in the procedure of Avaleha, as it is Kapha Vata Shamaka and Anabhishyandi, [23] the qualities of which are most essential in breaking the pathological manifestation of Tamaka Swasa. Temperature was maintained at low flame, recorded carefully and was observed that at an average temperature of 95°C (Darvi pralepa), at 98°C (Apsu Majjanam) and at 105°C (Patitastu na shiryete) appear. Throughout the process care was taken not to cross 110°C temperature. After observing the Siddhi Lakshanas, the container was removed from the heat source and allowed to become cool. When the temperature of the contents reached to 60°C, the fine powders of praksepa dravyas were added and stirred thoroughly to form a homogenous blend. The average time took for completion of the practical was 6.45 h.
Constant observation and continuous stirring [24] are essential in obtaining a good quality of Kwatha and Avaleha. Particularly, during the initial stages of the procedure; otherwise Guda in the central part will get caramelized. Katu, Madhura and Kashaya rasas were found in both the samples of Shirishavaleha with little predominance in Sara group.
Variations in analytical profile of both the samples were insignificant. Total sugar content in both the samples of Shirishavaleha were found to be more than 65% [Table 6], which may help in preserving the medicament for longer duration and make it palatable. Almost all the functional groups were found to be available in both the samples of Shirishavaleha except cardiotonic glycosides, which were absent in Shirishavaleha - A [Table 7]. The samples were analyzed for the presence of heavy metals, which were found to be below detection limit [Table 8]. No Bacterial or Fungal growth was observed in both the samples, which indicates the safety of the product [Table 9]. HPTLC profile of Shirishavaleha - B showed more Rf values (13) in comparison to Shirishavaleha - A (9) indicating the presence of more active components in the Sara group [Table 10] and [Figure 1].
| Conclusion | | |
No significant difference was found in pharmaceutical aspects of both the samples of Shirishavaleha. The method of preparation mentioned in the current study for Shirishavaleha can be considered as standard. HPTLC profile of Sara showed more no. of spots (13) in comparison to Twak (9) indicating presence of more therapeutically active ingredients. Total solid contents were also found to be more (6.04%) in Sara than Twak Kwatha (3.46%) indicating possibilities of more water soluble extraction from Sara. No bacterial or fungal growth could be isolated in both the samples after storing in identical conditions for 6 months, which proves the safety and stability of the product. As the Sara of Shirisha observed to contain higher percentages of active ingredients in analytical studies, it is needed to be validated their exact nature and their respective therapeutic utilities through well stratified analytical, experimental and clinical studies.
| References | | |
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[Figure 1]
[Table 1], [Table 2], [Table 3], [Table 4], [Table 5], [Table 6], [Table 7], [Table 8], [Table 9], [Table 10]
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