|Year : 2014 | Volume
| Issue : 4 | Page : 428-432
Standard manufacturing procedure of Shadguna Balijarita Makaradhwaja
Sanjay B Khedekar1, Pradeep Kumar Prajapati2
1 Department of Rasashastra and Bhaishajya Kalpana, Shree Saptashrungi Ayurveda Mahavidyalaya, Nashik, Maharashtra, India
2 Department of Rasashastra and Bhaishajya Kalpana, Institute for Post Graduate Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar, Gujarat, India
|Date of Web Publication||18-Jun-2015|
Sanjay B Khedekar
1, Arya Ayureda, Suvidhinath Society, Shingada Talav, Nashik - 422 001, Maharashtra
Source of Support: IPGT &RA, Gujarat Ayurved University, Jamnagar, Conflict of Interest: None
| Abstract|| |
Background: Makaradhwaja is one of the most potent herbomineral medicines of Ayurveda. Different references for the preparation of Makaradhwaja were reported in classics. According to the proportion of sulfur (Gandhaka), three references were mentioned in classics that is, Dwiguna (2:1 = S: Hg), Triguna (3:1 = S: Hg) and Shadguna (6:1 = S: Hg). Makaradhwaja is prepared by Kupipakwa system of heating. In the preparation of Kupipakwa medicine as the ratio of sulfur to mercury increases it becomes difficult to prepare medicine. Aim: To standardize manufacturing procedure of Shadguna Balijarita Makaradhwaja (SBM). Materials and Methods: Total four batches of SBM were prepared by using electrical muffle furnace (EMF). All the involved procedures were followed as per classical guidelines. Results: Average 13.68% yield of SBM was observed. Conclusion: SBM requires intermittent heating pattern, that is, mild heat (100-125 0 C) for 2.5 hrs, moderate heat (250-450 0 C) for 4.5 hrs and strong heat (450-600 0 C) for 5 hrs for 290.5 g Kajjali.
Keywords: Kupipakwa Rasayana, mercury sulfide, Shadguna Balijarita Makaradhwaja
|How to cite this article:|
Khedekar SB, Prajapati PK. Standard manufacturing procedure of Shadguna Balijarita Makaradhwaja. AYU 2014;35:428-32
| Introduction|| |
Global approach towards Ayurvedic herbomineral drugs is increasing day by day. Due to their therapeutic efficacy, safety and rational pharmacological results, their demand is increasing. Since centuries, Makaradhwaja is exercised as herbomineral medicine in Indian region. Its position among all the medicines is like king-size. Now a days heavy metal toxicity is considered at the highest level, but the sublimed compounds of mercury generally utilized in Ayurvedic therapeutics like Makaradhwaja are safer than others. It has been verified by many researchers through toxicity studies. ,,,, Though the formulation is clinically effective, its preparation is difficult.
Many references for preparation of Makaradhwaja are mentioned in texts of Rasa-Shastra. Makaradhwaja may be divided into three subtypes according to the proportion of sulfur. Sulfur (Gandhaka) and mercury (Parada) were found in the ratio 2:1 in Dwiguna Balijarita Makaradhwaja (DBM),  3:1 in Triguna Balijarita Makaradhwaja (TBM)  and 6:1 in Shadguna Balijarita Makaradhwaja (SBM)  [Table 1]. Though SBM is more potent, its preparation is difficult. Many times failure during preparation of Kupipakwa medicines was monitored at the equal proportion of sulfur and mercury (Samaguna Balijarita). The chances of failure often increases with the increase in proportion of sulfur. In the present study an attempt has made to standardize the method of preparation of Shadguna Balijarita Makaradhwaja.
| Materials and Methods|| |
Hallmark certified 24 carat pure gold (Swarna) was collected from local jeweler. Cinnabar (Hingula), sulfur (Gandhaka), cow ghee (Goghruta), sesame oil (Til Taila) and Dolichos biflorus Linn. (Kulattha) were procured from the Pharmacy, Gujarat Ayurved University, Jamnagar. Citrus medica Linn. (Nimbu) and cow milk (Godugdha) was procured from local market. Cow urine (Gomutra) was collected from local cow shed. Aloe barbadensis Miller. (Kumari) and flowers of Hibiscus rosa sinensis Linn. (Japa) were collected from local herbal garden. All the herbal material were identified and authenticated in the Pharmacognosy Laboratory.
Preparation of Shadguna Balijarita Makaradhwaja
General purification (Samanya Shodhana) of gold was done by following classical guidelines.  Gold flakes were prepared and heated on gas blower followed by quenching in prescribed liquids for three times After purification (Shodhana) gold was converted into foils (Swarna Varkha) [Figure 1]. Sulfur was melted along with cow ghee and poured into cow milk [Figure 2], heated (Swedana) in the same medium for 24 min. At the end of the process, sulfur was collected, washed with hot water for 7 times, dried and stored in a glass bottle for further use.  Purification of cinnabar was done by levigating in the presence of C. medica juice for 3 times. It was dried and stored in a glass jar.  Mercury (Parada) was extracted from the cinnabar by Nada Yantra method [Figure 3].  Amalgamation of 20 g gold foils and 160 g mercury was done in a granite mortar [Figure 4] and [Figure 5]. This amalgam was added with 960g purified sulfur to prepare black sulfide of mercury (Kajjali) by triturating for 24 hrs. This Kajjali was levigated with fresh juice of H. rosa sinensis flowers and A. barbadensis for 3 hrs each.  The final contents were dried and stored in a glass jar.
A glass bottle (of 750 ml capacity) was wrapped with mud smeared cotton cloth. Total seven consecutive layers were wrapped after complete drying of earlier layer. Kajjali was filled in this glass bottle, placed in electrical muffle furnace [Figure 6] and heat was given in gradual increasing manner. Heat was gradually increased as per schedule that is mild heat (Mriduagni) at 100-250°C for 2.5 h, moderate heat (Madhyamagni) at 250-450°C for 4.5 h and strong heat (Tivragni) at 450-600°C for 5 h [Graph 1 [Additional file 1]]. During the course of heating, red hot iron rod (Agni Tapta Shalaka) was repeatedly inserted into the neck of glass bottle to remove settled sulfur. After achieving the confirmative tests, the mouth of glass bottle was sealed with cork (iron nut wrapped with cotton cloth and smeared with mud). Temperature was increased up to 600°C and maintained for next 2 h. After this, furnace was switched off and left for self-cooling. Next day morning, glass bottle was taken out from the furnace. The bottle was scraped to remove the burnt layers of cotton cloth followed by cleaning. Thread soaked in kerosene was tied on the bottle and thread was ignited. Thread was removed after complete burning and few drops of water was sprinkled over it, due to which, bottle was broken in two parts. Makaradhwaja was collected from the neck [Figure 7], and gold ash from the bottom of the bottle. Makaradhwaja was triturated in china clay mortar and pestle up to fine red colored powder [Figure 8]. Same procedure was adopted for the rest of three samples. Total four batches were prepared to determine the standard manufacturing procedure (SMP) for SBM [Table 2].
|Figure 6: Placement of glass bottle in E.M.F. and heating in graded pattern|
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| Observations and Results|| |
Without a need of trituration, gold foils were easily assimilated in mercury during amalgamation. Rekhapurnatva and Nischandratva were appeared in the Kajjali after 16 h of trituration. Average 2.46% Kajjali was lost during the process and total 1112 g of Kajjali was prepared. This Kajjali was levigated with Japakusuma Swarasa and Kumari Swarasa for 1 time each. An average 1/4 th of Bhavana Dravya is found to be required for Bhavana. Average 3 hrs time is required for a single levigation process. 1162 g of dried Kajjali was collected after both levigation with a gain of 4.49% weight was gained by product after completion of Bhavana process. Levigated Kajjali was divided into four batches in an equal amount that is, 290.5 g in each batch [Table 2].
During 1 st h heating, Kajjali started to melt. This was confirmed by cold iron rod (Shita Shalaka) test. Aroma of sulfur was noticed during this phase. When temperature was increased to 404-409°C, Kajjali was melted completely. To avoid blocking of the neck with sulfur deposition, regular cleaning of the neck of the glass bottle was carried out by red-hot iron rod. After 7:15 hrs of heating; at temperature in between 450°C to 470°C flame appeared of 4-5 inches height. After 8:50 hrs of heating, the flame was gradually decreased. When temperature reached to around 545-550°C flame disappeared after heating for 9:00 hrs. On observation, the bottom of the glass bottle appeared to be red hot indicating the compound formation. Besides, copper coin test was also found to be positive. Corking of the bottle neck was done soon after the positive cold iron rod test. After corking, for proper sublimation of product temperature was raised to 600°C for 2:00 hrs and then allowed for self-cooling [Table 3].
| Discussion|| |
The proportion of gold, mercury, sulfur in the preparation of the product is 1:8:48. It took around 24 hrs in the preparation of proper Kajjali. Rekhapurnatva of Kajjali is important that signifies the particle size and homogeneousness of Kajjali. Ideally, free mercury shouldn't be available in prepared Kajjali. Total 4.49% weight gain was observed after completion of Bhavana process, that may be due to solid content of liquid media.
The purpose of providing layers of smeared cotton cloth is mainly to enhance heat resistance capacity to the glass bottle. To prevent spilling of Kajjali, it is to be filled up to 1/3 rd part of glass bottle. It provides enough space for melting and boiling of Kajjali inside the glass bottle. During pilot study, spilling of Kajjali through the bottle during the moderate phase of heating was observed, if the quantity of Kajjali was more than 300 g. Looking into this, it is advisable to keep the quantity of Kajjali <300 g in a glass bottle of 750 ml capacity.
Electrical muffle furnace was used as a heating device. Researcher  cited that electrical muffle furnace is more convenient than classical Valuka Yantra for the Kupipakwa preparation.  Initially mild white coloured sulfur fumes appeared through the neck of the bottle, while the density was increased with raised temperature. At 425°C, color of fumes were changed to reddish yellow. At 450°C, blue colored flame appeared through the neck of the bottle.
Four confirmative tests for Kupipakwa Rasayana were mentioned in Rasashastra texts that is, copper coin test, cold iron rod test, red bottom of glass bottle test and honeycomb structure test inside the bottle. Grayish white deposition over copper coin when placed over the neck of the bottle indicates sublimation of free mercury, while black deposition indicates free sulfur in the bottle. Grayish white deposition indicates time for sealing the mouth of the bottle, that prevent further loss of product. Red hot bottom of glass bottle is indicative of final stages of the procedure.
Breaking of glass bottle after corking may result due to free sulfur remains inside it. Average 39.75 g (13.68%) yield of Makaradhwaja was obtained from all SBM batches [Table 2]. Totally 12 hrs heat was given respectively to each batch until switching off of the heating device. The weight of Bhavita Kajjali for SBM was taken 290.5 in each batch. By considering the loss of Kajjali during its preparation and deduction of weight of gold, each batch of SBM contains only average 273 g of black sulfide of mercury or Kajjali. However, observed average quantity of the final product was 39.75 g for SBM, respectively. It designates average weight loss of 5.57 g that is, 12.64%.
| Conclusion|| |
Shadguna Balijarita Makaradhwaja requires intermittent heating pattern, that is, mild heat (100-250°C) for 2.5 hrs, moderate heat (250-450°C) for 4.5 hrs and strong heat (450-600°C) for 5 hrs. It is concluded that increase in number of Balijarana increases the concentration of gold in sublimed Makaradhwaja which directly beneficial in therapeutic efficacy. Following this pattern, about 39.75 g (13.68%) yield can be obtained from 290.5 g of Kajjali.
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[Figure 1], [Figure 2], [Figure 3], [Figure 4], [Figure 5], [Figure 6], [Figure 7], [Figure 8]
[Table 1], [Table 2], [Table 3]