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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
ISSN (online) 2347-2154
Available online: www.ijipsr.com May Issue 978
STUDY ON VANGA BHASMA
1Dr.Rajendraprasad ML*,
2Dr. Shridhar K
Lecturer, Dept. of rasashastra, Bapuji Ayurveda medical college,Shimoga
Corresponding Author:
Dr.Rajendraprasad ML
Asst. Prof., Dept. of Rasashastra,
JSS Ayurveda Medical College,
Mysore, Karnataka, INDIA
Email: [email protected] .
Phone: +919845817721.
International Journal of Innovative
Pharmaceutical Sciences and Research www.ijipsr.com
Abstract
Rasashastra is a science which deals with minerals, metals and its therapeutic effects. Vanga is
one such metal used extensively in the ayurvedic literature for the management of various
diseases like prameha, klaibya, etc. Vanga was subjected to shodhana, jarana and marana to
prepare vanga bhasma. Two different methods were taken to prepare vanga bhasma. In First
method, Vanga is subjected to shodhana, Jarana and marana to prepare vanga bhasma. In second
method, Vanga is subjected to shodhana and Marana to prepare vanga bhasma . Pharmaceutical
and analytical studies were conducted during the process of preparation of vanga bhasma to know
the changes during the preparation using these two methods. Bhasma pareeksha and NPST was
done to prove the fitness of the bhasma.
Keywords: Vanga, Jarana, Marana, Vanga bhasma, NPST.
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
ISSN (online) 2347-2154
Available online: www.ijipsr.com May Issue 979
INTRODUCTION
Vanga is used extensively in the ayurvedic literature for the management of Prameha, Klaibya,
etc. It is grouped under Putiloha. In Rasashastra texts, it is mentioned that, Vanga should be
taken in the form of bhasma for the medicinal use. Administration of Ashuddha Vanga leads to
many problems [1-3]. So Vanga should undergo Shodhana, Jarana and Marana to make it use as
a medicine. To know the changes during the process of preparing Vanga bhasma and also to
bring the genuine product this study is taken.
Aims and Objectives
To subject vanga for shodhana.
To subject shodhitha vanga for maarana without jaarana.
To subject shodhitha vanga for maarana after the process of jaarana.
To conduct pharmaceutical and analytical study of vanga bhasma.
MATERIALS AND METHODS
Preparation of Vanga bhasma has been done in two different methods.
1st method - Vanga shodhana→ Jarana→ Marana→ Vanga Bhasma.
Shodhana [Ref-Rasaratna samuchchaya]
Materials- Vanga, Iron pan, Nirgundi swarasa, Haridra churna, Pitara yantra.
Vanga is taken in an iron pan and heated till it melts. Immediately it is poured in Nirgundi patra
swarasa with the help of Pitara yantra. This procedure is repeated for three times to get purified
Vanga.
Jarana [Ref-Ayurveda prakasha]
Materials- Shuddha vanga, Iron pan, Loha darvi, Chinchatwak churna.
Shodhita vanga is taken in an iron pan and heated till it melts. Simultaneously Chinchatwak
churna is added and rubbed using a Loha darvi until the vanga is completely converted to powder
form. The procedure is done for 4-5 hours to get powdered vanga.
Marana [Ref-Ayurveda prakasha]
Materials- Jarita vanga, Khalva yantra, Kumari swarasa, Sharava.
Jarita vanga is taken in a khalva yantra and mardana is done with kumari swarasa. Chakrikas
were prepared and kept in sharava. After sandhibandhana it was subjected to kukkuta puta. Such
3 putas were given to prepare vanga bhasma.
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
ISSN (online) 2347-2154
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1st method
Fig. 1: Ashuddha vanga Fig. 2 : Shuddha vanga
Fig. 3: Jarita vanga Fig. 4: Kumari swarasa bhavana
Fig. 5: Chakrikas Fig. 6: Kukkuta puta
Fig. 7: Vanga bhasma
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
ISSN (online) 2347-2154
Available online: www.ijipsr.com May Issue 981
2nd
method - Vanga shodhana→ Marana→ Vanga Bhasma.
Shodhana [Ref-Rasaratna samuchchaya]
Shodhana was done in same method as explained in first method.
Marana [Ref- Rasaratna samuchchaya]
Materials- Shuddha vanga, Shuddha haratala, Palashamula kwatha.
Shuddha haratala is triturated with palasha mula kwatha and it is smeared over the shodhitha
vanga. It is kept in sharava, sandhi bandhana is done, subjected to kukkuta puta. The procedure is
repeated for 3 times to obtain bhasma.
2nd
method
Fig.8: Ashuddha vanga Fig. 9: Shuddha vanga
Fig. 10: Bhavana with harata Fig. 11: Kukkuta puta
Fig. 12: Vanga bhasma after Ist puta
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
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OBSERVATION AND RESULT
Table 1: Shodhana of vanga (1st and 2
nd method)
No. of times Ashuddha vanga Shuddha vanga
1 400gms 380gms
2 380gms 360gms
3 360gms 350gms
Table 2: Jarana of vanga ( 1st method)
Shodhita vanga – 175gms Jarita vanga obtained – 175gms
Table 3: Marana (1st method)
No. Drava dravya No. of cowdung cakes used Weight loss Colour changes
1 Kumari swarasa 50 5gms Kapota
2 Kumari swarasa 50 5gms Kapota
3 Kumari swarasa 50 5gms Kapota
Jarita vanga – 175gms Vanga bhasma obtained – 160gms
Table 4: Marana (2nd
method)
No. Drava dravya No. of cowdung cakes
used Weight loss Colour changes
1 Shuddha haratala &
palashamula kwatha 50 9gms Dark grey
2 Shuddha haratala &
palashamula kwatha 50 8gms Dark grey
3 Shuddha haratala &
palashamula kwatha 50 8gms Dark grey
Shodhita vanga – 175gms Vanga bhasma obtained – 150gms
Shuddha vanga Jarita vanga
175gms 175gms
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
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Table 5: Physical analysis of Vangabhasma ( Ist & IInd method)
No. of puta Colour Taste Touch
1st method 2
nd method 1
st method 2
nd method 1
st method 2
nd method
1 Kapota Dark grey Metallic Metallic Smooth Hard
2 Kapota Dark grey Metallic Metallic Smooth Slightly rough
3 Kapota Dark grey No taste Metallic Smooth Slightly rough
Table 6: Bhasma pareeksha of Vanga bhasma ( Ist & IInd method)
No. of
puta
Varitara Rekhapurna Nischandra
1st method 2
nd method 1
st method 2
nd method 1
st method 2
nd method
1 Absent Absent Present Absent Shiny particles
were seen
Shiny particles
were seen
2 Absent Absent Present Absent shiny particles were
minimised
Shiny particles
were seen
3
Most of the
bhasma was
floating
Absent Present Absent No shiny particles
were seen
Shiny particles
were seen
Chemical analysis
NPST of Vanga bhasma
Sample- Vanga bhasma
Chemical- 5N HNO3 and 10% KI
1ml of 5NHNO3 is mixed with 400mg of vanga bhasma in a test tube. It is heated for about 1
minute and kept for 50 hours, shaking now and then. Then it is allowed to settle until a clear
layer is formed. 10% potassium iodide solution is prepared. Watman’s paper is dipped in the
solution and allowed to dry.
One drop of the solution of bhasma and 5NHNO3 is placed on the paper using a dropper.
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
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Table 7: Observation & Result of NPST (Ist & IInd method)
1st phase 2
nd phase 3
rd phase
1st method 2
nd method 1
st method 2
nd method 1
st method 2
nd method
Wide dark-
brown solid spot
with grey central
spot.
Wide brown
solid spot
with grey
central spot.
No changes No changes
After 7-8
hrs colours
faded.
After 7-8 hrs
colours
faded.
Fig. 13: Chemical analysis of Vanga bhasma Fig. 14: Chemical analysis of Vanga bhasma
( Ist method ) ( IInd method )
NPST
Fig. 15: 1st method Fig. 16: 2
nd method
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RESEARCH ARTICLE Dr. Rajendraprasd M.L et.al / IJIPSR / 2 (5), 2014, 978-985
ISSN (online) 2347-2154
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DISCUSSION
Considering the hardness of Vanga, it is subjected to vishesha shodhana without samanya
shodhana. By observing the table(results) it is noticed that, Jaarita Vanga attained Bhasma
lakshana’s after 1 puta where as the one which was not subjected to Jaarana, took 3 puta’s to
attain Bhasma lakshana’s. Since Chincha twak contains kshara guna, it was taken for jarana.
By considering the hardness of vanga, 3 kukkuta putas was given in 2nd
method, as though
number of putas is not mentioned in classics. Even after 3 putas, vanga bhasma of 2nd
method
was not passed bhasma pareeksha.
CONCLUSION
Vanga bhasma prepared with Jaarana is comparatively better than the one prepared without
subjecting it to Jaarana.
If Jaarana is done, the number of Puta’s can be reduced and consequently the time and fuel too.
REFERENCES
1. Satpute D Ashok 5th
Chapter Rasaratna samuchaya of Vagbhata, Published by
Chaukambha Sanskrit prathishtan, Ist edition 2006
2. Jah Chandrabhushan under Loha prakarana Ayurvedeeya Rasashastra, Published by
Chaukambha Sanskrit prathishtan,2011
3. Dr. Rao Namburi Hanumantha, Manual of Namburi Phased Spot Test, Namburi
publication, Vijayawada, Ist edition, 1977.