Handbook on Unani Medicines
with Formulae, Processes, Uses and Analysis
Unani medicines are a form of traditional medicine derived from ancient Greek and Arabic sources, and it is based on the concept of restoring balance to the body. Unani Medicines, also known as Unani Tibb or Greek-Arabic medicine, is a traditional form of medicine that has been practiced for centuries. It originated in ancient Greece and was further developed and refined by Arabic scholars. The term "Unani" is derived from the Arabic word "Yunani," which means "Greek."
The core philosophy behind Unani Medicines is the concept of balance and equilibrium in the body. According to Unani practitioners, good health is achieved when the four humors (blood, phlegm, yellow bile, and black bile) are in harmony. Any imbalance in these humors leads to illness. The goal of Unani medicine is to restore this balance through a combination of lifestyle changes, herbal remedies, dietary modifications, and other natural therapies. Unani Medicines have a wide range of applications and can be used to treat various ailments, including digestive disorders, respiratory problems, skin diseases, arthritis, and mental health issues. They are known for their holistic approach and are effective in promoting overall well-being.
In India, the Unani System of Medicine has a long and illustrious history. The Arabs and Persians introduced it to India probably in the seventh century. In terms of the practice of Unani Medicine, India is currently one of the top countries. The Unani System of Medicine treats disorders that affect all of the human body's systems and organs. Chronic skin, liver, musculoskeletal, and reproductive system diseases, as well as immunological and lifestyle issues, have been proven to be extremely effective and acceptable treatments.
Unani Medicine industry in India is expected to register a CAGR of 8.6% during the forecast period. India is the world’s 2nd largest exporter of Unani Medicine in the world and is frequently encouraging its export interests. The export of medicinal plants from India has taken an upward trend. The market for Unani Medicines has seen significant growth, with more people seeking alternative and natural remedies. Many Unani products are now available in the form of herbal supplements, oils, ointments, and powders. These products are easily accessible and can be purchased both online and in local health stores.
As the demand for various Unani products to increase immunity grows, the price of these goods would rise. Due to growing knowledge of the effectiveness and efficacy of traditional systems of medicine, as well as increased government activities to promote these systems and rising R&D, the market for Unani Medicines in India is currently undergoing a spike in demand. People are also using alternative medicine more frequently for chronic illnesses including skin, joint pain, and respiratory problems, which is driving up demand. It is also being emphasised for serious health conditions such as hypertension, heart disease, and even diabetes.
The books' main subjects includes Unani Drug Formulations, Aatrilal, Anjir, Azaraqi, Badam Shireen (Prunus Amygdalus), Bazrulbanj (Hyoscyamus), Chobchini (Smilax China), Dudhi Khurd (Euphorbia Thymifolia), Gulnar Farsi (Punica Granatum), Halela Siyah (Terminalia Chebula), Heel Kalan (Amomum Subulatum), Heel Khurd (Elettaria Cardamomum), Hina (Lawsonia Inermis), Inderjeo Talkh (Holarrhena Antidysenterica), Ispand (Peganum Harmala), Kaiphal (Myrica Esculenta), Karanjwa (Caesalpinia Crista), Kasni (Cichorium Intybus), Khar-E-Khasak (Tribulus Terrestris), Khella (Ammi Visnaga), Khurfa (Portulaca Oleracea), Kishneez Khushk (Coriandrum Sativum), Konch (Mucuna Cochinchinensis), Kulthi (Dolichos Biflorus), Madar (Solanum Nigrum), Mako (Solanum Nigrum), Mawiz (Vitis Vinifera), Methi (Trigonella Foenum-Graecum), Mundi (Sphaeranthus Indicus), Nakhud (Cicer Arietinum), Nilofar (Nymphaea Alba), Panwad (Cassia Tora), Palas (Butea Monosperma), Sambhalu (Vitex Negundo), Saranjan (Colchicum Luteum), Turbud (Operculina Turpethum), Adamas, Alumen, Kaolinum, Ammonicum Chloride, Antimony Sulphide, Argentum, Arsenum, Arsenic Disulphidum, Asphaitum, Aurum, Makaradhwaja, Calcium, Calcil Carbonas, Calcii Oxidum, Calcii Sulphas, Carbo Ligni, Ferrum, Ferri Sulphuratum, Hydrargyrum, Plumbum, Plumbi Oxidum, Plumbi Sulphuratum, Potassii Carbonas Impura, Potassii Nitras, Silicum, Silicate Of Magnesia, Silicate Of Magnesia And Iron, Saline Substances, Sodii Carbonas Impure, Sodii Biboras, Sodii Chloridum, Stannic Sulphidum, Stannum, Sulphur, Talcum Purification and Zincum. It also includes contact information of machinery suppliers, as well as images of equipment and plant layout.
A thorough guide on Unani Medicines manufacture and entrepreneurship. This book is a one-stop shop for everything you need to know about the Unani Medicines, which is ripe with opportunity for producers, merchants, and entrepreneurs. This is the only book that covers the process of making commercial Unani Medicines. From concept through equipment procurement, it is a veritable feast of how-to information.
Handbook on Unani Medicines with Formulae, Processes, Uses and Analysis (2nd Edition)
Author: Dr. Himadri Panda
Published: 2022
Format: paperback
ISBN: 9788195370139
Code: NI334
Pages: 456
$ 44.95
1695
Publisher: NIIR PROJECT CONSULTANCY SERVICES
Usually ships within 5 days
Contents
Table of Contents
1. INTRODUCTION
1.1. Benefits
1.2. Fundamentals
1.3. Principles
1.4. Unani Treatment Work
2. HOW TO START HERBAL MEDICINE MANUFACTURING UNIT
2.1. Step-Wise Procedure to Start Herbal Manufacturing Unit
2.2. Unani Medicine Manufacturing Unit Requirements
2.3. Requirements for Manufacturing License for Ayurvedic Products
2.4. Machinery and Equipment Required for Herbal
Manufacturing Unit
2.4.1. Liquid & oil section
2.4.2. Capsule/Tablet section
2.4.3. Miscellaneous Equipment
2.5. Laboratory Equipment Required for Herbal Manufacturing Unit
2.5.1 Competent Person/ Staff Qualification for Manufacturing
2.5.2. Competent Person Staff for Laboratory
2.6. Method Of Preparation
3. UNANI DRUG FORMULATIONS
3.1. Drug Designing
3.2. Scope
3.3. Scope in Doses Forms of Particular Formulation
3.4. Specific Processing of Unani Drugs
3.5. Standardization and Quality Assurance
3.6. Need of Research and Development
3.7. Action and Uses of Particular Drugs
3.8. Modification in Doses of Drugs
PART - I
PLANT KINGDOM
4. AATRILAL
4.1. Period of Occurrence
4.2. Description
4.3. Part(S) Used
4.4. Procedure and Time of Collection
4.5. Preservation and Storage
4.6. Morphology
4.7. Study of the Powdered Drug
4.7.1. Measurement of Cells (In Microns)
4.7.2. Quantitative Microscopic Characters
4.7.3. Reaction of Chemicals with Crude Powdered Drug
4.7.4. Fluorescence Analysis of the Powdered Drug
4.8. Chemical Constituents
5. ANJIR
5.1. Habitat
5.2. Period of Occurrence
5.3. Description
5.4. Part(s) Used
5.5. Procedure and Time of Collection
5.6. Preservation and Storage
5.7. Morphology
5.8. Study of the Powdered Drug
5.8.1. Measurement of Cells (In Microns)
5.8.2. Reaction of Chemicals with Crude Powdered Drug
5.8.3. Fluorescence Analysis of the Powdered Drug
5.9. Chemical Constituents
6. AZARAQI
6.1. Habitat
6.2. Period of Occurrence
6.3. Description
6.4. Part(s) Used
6.5. Procedure and Time of Collection
6.6. Preservation and Storage
6.7. Morphology
6.8. Study of the Powdered Drug
6.8.1. Measurement of Cells (In Microns)
6.8.2. Reaction of Chemicals with Crude Powdered Drug
6.8.3. Fluorescence Analysis of the Powdered Drug
6.9. Chemical Constituents
7. BADAM SHIREEN (PRUNUS AMYGDALUS)
7.1. Habitat
7.2. Period of Occurrence
7.3. Description
7.4. Part(s) Used
7.5. Procedure and Time of Collection
7.6. Preservation and Storage
7.7. Morphology
7.8. Study of the Powdered Drug
7.8.1. Measurement of Cells (In Microns)
7.8.2. Reaction of Chemicals with Crude Powdered Drug
7.9. Chemical Constituents
8. BAZRULBANJ (HYOSCYAMUS)
8.1. Habitat
8.2. Period of Occurrence
8.3. Description
8.4. Part(s) Used
8.5. Procedure and Time of Collection
8.6. Preservation and Storage
8.7. Morphology
8.8. Study of the Powdered Drug
8.8.1. Histocemical Test
8.8.2. Measurement of Cells (In Microns)
8.8.3. Reaction of Chemicals with Crude Powdered Drug
8.8.4. Fluorescene Analysis of the Powdered Drug
8.9. Chemical Constituents
9. CHOBCHINI (SMILAX CHINA)
9.1. Habitat
9.2. Period of Occurrence
9.3. Description
9.4. Part(s) Used
9.5. Procedure and Time of Collection
9.6. Preservation and Storage
9.7. Morphology
9.8. Study of the Powdered Drug
9.8.1. Reaction of Chemicals with Crude Powdered Drug
9.8.2. Fluorescene Analysis of the Powdered Drug
9.9. Chemical Constituents
10. DUDHI KHURD (EUPHORBIA THYMIFOLIA)
10.1. Habitat
10.2. Period of Occurrence
10.3. Description
10.4. Part(s) Used
10.5. Procedure and Time of Collection
10.6. Preservation and Storage
10.7. Morphology
10.8. Study of the Powdered Drug
10.8.1. Fluorescene Analysis of the Powdered Drug
10.9. Chemical Constituents
11. GULNAR FARSI (PUNICA GRANATUM)
11.1. Habitat
11.2. Period of Occurrence
11.3. Description
11.4. Part(s) Used
11.5. Procedure and Time of Collection
11.6. Preservation and Storage
11.7. Morphology
11.8. Study of the Powdered Drug
11.8.1. Measurement of Cells (In Microns)
11.8.2. Reaction of Chemicals with Crude Powdered Drug
11.8.3. Fluorescene Analysis of the Powdered Drug
11.9. Chemical Constituents
12. HALELA SIYAH (TERMINALIA CHEBULA)
12.1. Habitat
12.2. Period of Occurrence
12.3. Description
12.4. Part(s) Used
12.5. Procedure and Time of Collection
12.6. Preservation and Storage
12.7. Morphology
12.8. Study of the Powdered Drug
12.8.1. Measurement of Cells (In Microns)
12.8.2. Fluorescene Analysis of the Powdered Drug
12.9. Chemical Constituents
13. HEEL KALAN (AMOMUM SUBULATUM)
13.1. Habitat
13.2. Period of Occurrence
13.3. Description
13.4. Part(s) Used
13.5. Procedure and Time of Collection
13.6. Preservation and Storage
13.7. Morphology
13.8. Study of the Powdered Drug
13.8.1. Measurement of Cells (In Microns)
13.8.2. Reaction of Chemicals with Crude Powdered Drug
13.8.3. Fluorescene Analysis of the Powdered Drug
13.9. Chemical Constituents
14. HEEL KHURD (ELETTARIA CARDAMOMUM)
14.1. Habitat
14.2. Period Of Occurrence
14.3. Description
14.4. Part(s) Used
14.5. Procedure and Time of Collection
14.6. Preservation and Storage
14.7. Morphology
14.8. Study of the Powdered Drug
14.8.1 Measurement of Cells (In Microns)
14.8.2 Reaction of Chemicals with Crude Powdered Drug
14.8.3. Fluorescene Analysis of the Powdered Drug
14.9. Chemical Constituents
15. HINA (LAWSONIA INERMIS)
15.1. Habitat
15.2. Period of Occurrence
15.3. Description
15.4. Part(s) Used
15.5. Procedure and Time of Collection
15.6. Preservation and Storage
15.7. Morphology
15.8. Study of the Powdered Drug
15.8.1. Measurement of Cells (In Microns)
15.8.2. Determination of Palisade Ratio
15.8.3. Determination of Stomatal Indices
15.8.4. Determination of Veinislet Number
15.8.5. Fluorescene Analysis of the Powdered Drug
15.9. Chemical Constituents
16. INDERJEO TALKH (HOLARRHENA ANTIDYSENTERICA)
16.1. Habitat
16.2. Period of Occurrence
16.3. Description
16.4. Part(s) Used
16.5. Procedure and Time of Collection
16.6. Preservation and Storage
16.7. Morphology
16.8. Study of the Powdered Drug
16.8.1. Measurement of Cells (In Microns)
16.8.2. Reaction of Chemicals with Crude Powdered Drug
16.8.3. Fluorescene Analysis of the Powdered Drug
16.9. Chemical Constituents
17. ISPAND (PEGANUM HARMALA)
17.1. Habitat
17.2. Period of Occurrence
17.3. Description
17.4. Part(s) Used
17.5. Procedure and Time of Collection
17.6. Preservation and Storage
17.7. Morphology
17.8. Study of the Powdered Drug
17.8.1. Measurement of Cells (In Microns)
17.8.2. Reaction of Chemicals with Crude Powdered Drug
17.8.3. Fluorescene Analysis of the Powdered Drug
17.9. Chemical Constituents
18. KAIPHAL (MYRICA ESCULENTA)
18.1. Habitat
18.2. Period of Occurrence
18.3. Description
18.4. Part(s) Used
18.5. Procedure and Time of Collection
18.6. Preservation and Storage
18.7. Morphology
18.8. Study of the Powdered Drug
18.8.1. Reaction of Chemicals with Crude Powdered Drug
18.8.2. Fluorescene Analysis of The Powdered Drug
18.9. Chemical Constituents
19. KARANJWA (CAESALPINIA CRISTA)
19.1. Habitat
19.2. Period of Occurrence
19.3. Description
19.4. Part(s) Used
19.5. Procedure and Time of Collection
19.6. Preservation and Storage
19.7. Morphology
19.8. Study of the Powdered Drug
19.8.1. Histocemical Analysis
19.8.2. Measurement of Cells (In Microns)
19.8.3. Reaction of Chemicals with Crude Powdered Drug
19.8.4. Fluorescene Analysis of the Powdered Drug
19.9. Chemical Constituents
20. KASNI (CICHORIUM INTYBUS)
20.1. Habitat
20.2. Period of Occurrence
20.3. Description
20.4. Part(s) Used
20.5. Procedure and Time of Collection
20.6. Preservation and Storage
20.7. Morphology
20.8. Study of the Powdered Drug
20.8.1. Measurement of Cells (In Microns)
20.8.2. Reaction of Chemicals with Crude Powdered Drug
20.8.3. Fluorescene Analysis of the Powdered Drug
20.9. Chemical Constituents
21. KHAR-E-KHASAK (TRIBULUS TERRESTRIS)
21.1. Habitat
21.2. Period of Occurrence
21.3. Description
21.4. Part(s) Used
21.5. Procedure and Time of Collection
21.6. Preservation and Storage
21.7. Morphology
21.8. Study of the Powdered Drug
21.8.1. Measurement of Cells (In Microns)
21.8.2. Reaction of Chemicals with Crude Powdered Drug
21.8.3. Fluorescene Analysis of the Powdered Drug
21.9. Chemical Constituents
22. KHELLA (AMMI VISNAGA)
22.1. Habitat
22.2. Period of Occurrence
22.3. Description
22.4. Part(s) Used
22.5. Procedure and Time of Collection
22.6. Preservation and Storage
22.7. Morphology
22.8. Study of the Powdered Drug
22.8.1. Measurement of Cells (In Microns)
22.8.2. Quantitative Microscopic Characters
22.8.3. Fluorescene Analysis of the Powdered Drug
22.9. Chemical Constituents
23. KHURFA (PORTULACA OLERACEA)
23.1. Habitat
23.2. Period Of Occurrence
23.3. Description
23.4. Part(s) Used
23.5. Procedure and Time of Collection
23.6. Preservation and Storage
23.7. Morphology
23.8. Study of the Powdered Drug
23.8.1. Histochemical Analysis (Leaf)
23.8.2. Measurement of Cells (In Microns)
23.8.3. Quantitative Microscopic Characters
23.8.4. Fluorescene Analysis of the Powdered Drug
23.9. Chemical Constituents
24. KISHNEEZ KHUSHK (CORIANDRUM SATIVUM)
24.1. Habitat
24.2. Period of Occurrence
24.3. Description
24.4. Part(s) Used
24.5. Procedure and Time of Collection
24.6. Preservation and Storage
24.7. Morphology
24.8. Study of the Powdered Drug
24.8.1. Reaction of Chemicals with Crude Powdered Drug
24.8.2. Fluorescene Analysis of the Powdered Drug
24.9. Chemical Constituents
25. KONCH (MUCUNA COCHINCHINENSIS)
25.1. Habitat
25.2. Period of Occurrence
25.3. Description
25.4. Part(s) Used
25.5. Procedure and Time of Collection
25.6. Preservation and Storage
25.7. Morphology
25.8. Study of the Powdered Drug
25.8.1. Histochemical Analysis (Seeds)
25.8.2. Measurement of Cells (In Microns)
25.8.3. Fluorescene Analysis of the Powdered Drug
25.9. Chemical Constituents
26. KULTHI (DOLICHOS BIFLORUS)
26.1. Habitat
26.2. Period of Occurrence
26.3. Description
26.4. Part(s) Used
26.5. Procedure and Time of Collection
26.6. Preservation and Storage
26.7. Morphology
26.8. Study of the Powdered Drug
26.8.1. Measurement of Cells (In Microns)
26.8.2. Reaction of Chemicals with Crude Powdered Drug
26.8.3. Fluorescene Analysis of the Powdered Drug
26.9. Chemical Constituents
27. MADAR (SOLANUM NIGRUM)
27.1. Habitat
27.2. Period Of Occurrence
27.3. Description
27.4. Part(s) Used
27.5. Procedure and Time of Collection
27.6. Preservation and Storage
27.7. Morphology
27.8. Study of the Powdered Drug
27.8.1. Histochemical Analysis (Root Bark)
27.8.2. Measurement of Cells (In Microns)
27.8.3. Fluorescene Analysis of the Powdered Drug
27.9. Chemical Constituents
28. MAKO (SOLANUM NIGRUM)
28.1. Habitat
28.2. Period of Occurrence
28.3. Description
28.4. Part(s) Used
28.5. Procedure and Time of Collection
28.6. Preservation and Storage
28.7. Morphology
28.8. Study of the Powdered Drug
28.8.1. Measurement of Cells (In Microns)
28.8.2. Reaction of Chemicals with Crude Powdered Drug
28.8.3. Fluorescene Analysis of the Powdered Drug
28.9. Chemical Constituents
29. MAWIZ (VITIS VINIFERA)
29.1. Habitat
29.2. Period of Occurrence
29.3. Description
29.4. Part(s) Used
29.5. Procedure and Time of Collection
29.6. Preservation and Storage
29.7. Morphology
29.8. Study of the Powdered Drug
29.8.1. Measurement of Cells (In Microns)
29.8.2. Quantitative Microscopic Characters
29.8.3. Fluorescene Analysis of the Powdered Drug
29.9. Chemical Constituents
30. METHI (TRIGONELLA FOENUM-GRAECUM)
30.1. Habitat
30.2. Period of Occurrence
30.3. Description
30.4. Part(s) Used
30.5. Procedure and Time of Collection
30.6. Preservation and Storage
30.7. Morphology
30.8. Study of the Powdered Drug
30.8.1. Measurement of Cells (In Microns)
30.8.2. Reaction of Chemicals with Crude Powdered Drug
30.8.3. Fluorescene Analysis of the Powdered Drug
30.9. Chemical Constituents
31. MUNDI (SPHAERANTHUS INDICUS)
31.1. Habitat
31.2. Period of Occurrence
31.3. Description
31.4. Part(s) Used
31.5. Procedure and Time of Collection
31.6. Preservation and Storage
31.7. Morphology
31.8. Study of the Powdered Drug
31.8.1. Measurement of Cells (In Microns)
31.8.2. Reaction of Chemicals with Crude Powdered Drug
31.8.3. Fluorescene Analysis of the Powdered Drug
31.9. Chemical Constituents
32. NAKHUD (CICER ARIETINUM)
32.1. Habitat
32.2. Period of Occurrence
32.3. Description
32.4. Part(s) Used
32.5. Procedure and Time of Collection
32.6. Preservation and Storage
32.7. Morphology
32.8. Study of the Powdered Drug
32.8.1. Measurement of Cells (In Microns)
32.8.2. Reaction of Chemicals with Crude Powdered Drug
32.8.3. Fluorescene Analysis of the Powdered Drug
32.9. Chemical Constituents
33. NILOFAR (NYMPHAEA ALBA)
33.1. Habitat
33.2. Period of Occurrence
33.3. Description
33.4. Part(s) Used
33.5. Procedure and Time of Collection
33.6. Preservation and Storage
33.7. Morphology
33.8. Study of the Powdered Drug
33.8.1. Measurement of Cells
33.8.2. Reaction of Chemicals with Crude Powdered Drug
33.8.3. Fluorescene Analysis of the Powdered Drug
33.9. Chemical Constituents
34. PANWAD (CASSIA TORA)
34.1. Habitat
34.2. Period of Occurrence
34.3. Description
34.4. Part(s) Used
34.5. Procedure and Time of Collection
34.6. Preservation and Storage
34.7. Morphology
34.8. Study of the Powdered Drug
34.8.1. Measurement of Cells (In Microns)
34.8.2. Reaction of Chemicals with Crude Powdered Drug
34.8.3. Fluorescene Analysis of the Powdered Drug
34.9. Chemical Constituents
35. PALAS (BUTEA MONOSPERMA)
35.1. Habitat
35.2. Period of Occurrence
35.3. Description
35.4. Part(s) Used
35.5. Procedure and Time of Collection
35.6. Preservation and Storage
35.7. Morphology
35.8. Study of the Powdered Drug
35.8.1. Histochemical Analysis (Seed)
35.8.2. Measurement of Cells (In Microns)
35.8.3. Reaction of Chemicals with Crude Powdered Drug
35.8.4. Fluorescene Analysis of the Powdered Drug
35.9. Chemical Constituents
36. SAMBHALU (VITEX NEGUNDO)
36.1. Habitat
36.2. Period of Occurrence
36.3. Description
36.4. Part(s) Used
36.5. Procedure and Time of Collection
36.6. Preservation and Storage
36.7. Morphology
36.8. Study of the Powdered Drug
36.8.1. Measurement of Cells (In Microns)
36.8.2. Reaction of Chemicals with Crude Powdered Drug
36.8.3. Fluorescene Analysis of the Powdered Drug
36.9. Chemical Constituents
37. SARANJAN (COLCHICUM LUTEUM)
37.1. Habitat
37.2. Period of Occurrence
37.3. Description
37.4. Part(s) Used
37.5. Procedure and Time of Collection
37.6. Preservation and Storage
37.7. Morphology
37.8. Study of the Powdered Drug
37.8.1. Measurement of Cells (In Microns)
37.8.2. Reaction of Chemicals with Crude Powdered Drug
37.8.3. Fluorescene Analysis of the Powdered Drug
37.9. Chemical Constituents
38. TURBUD (OPERCULINA TURPETHUM)
38.1. Habitat
38.2. Period of Occurrence
38.3. Description
38.4. Part(s) Used
38.5. Procedure and Time of Collection
38.6. Preservation and Storage
38.7. Morphology
38.8. Study of the Powdered Drug
38.8.1. Reaction of Chemicals with Crude Powdered Drug
38.8.2. Fluorescene Analysis of the Powdered Drug
38.9. Chemical Constituents
PART - II
MINERAL KINGDOM
39. ADAMAS
39.1. Source
39.2. Characters
39.3. Classification
39.4. Purification & Preparation
39.5. Action
39.6. Uses
40. ALUMEN
40.1. Source
40.2. Characters
40.3. Action
40.4. Uses
41. KAOLINUM
42. AMMONICUM CHLORIDE
43. ANTIMONY SULPHIDE
44. ARGENTUM
44.1. Source
44.2. Characters
44.3. Preparations
44.4. Action
44.5. Uses
45. ARSENUM
45.1. Source
45.2. Characters
45.3. Classification
45.4. Purification
45.5. Uses
46. ARSENIC DISULPHIDUM
47. ASPHAITUM
47.1. Source
47.2. Remarks
47.3. Varieties and their Characters
47.4. Constituents
47.5. Action
47.6. Uses
48. AURUM
48.1. Source
48.2. Characters
48.3. Preparation
48.4. Action
48.5. Uses
49. MAKARADHWAJA
49.1. Source
49.2. Characters
49.3. Mode of Preparation
49.4. Composition
49.5. Constituents
49.6. Purification
49.7. Action
49.8. Administration & Uses
50. CALCIUM
51. CALCIL CARBONAS
52. CALCII OXIDUM
53. CALCII SULPHAS
53.1. Action
54. CARBO LIGNI
55. FERRUM
55.1. Source
55.2. Classification
55.3. Purification
55.4. Tests for Killed Iron
55.5. Characters of Prepared Iron (Oxides of Iron)
55.6. Preparation of Lauha Bhasma
55.7. Action
55.8. Uses
56. FERRI SULPHURATUM
57. HYDRARGYRUM
57.1. Source
57.2. Characters
57.3. Impurities
57.4. Purification
57.5. Fixation of Mercury
57.6. Various Methods of Incineration of Mercury
57.7. Preparations
57.7.1. 1st Method
57.7.2. 1st Method in other Words
57.7.3. 2nd Method
57.8. Action
57.9. Uses
58. PLUMBUM
58.1. Source
58.2. Purification
58.3. Characters
58.4. Methods of Preparation
58.5. Action
58.6. Uses
59. PLUMBI OXIDUM
60. PLUMBI SULPHURATUM
61. POTASSII CARBONAS IMPURA
61.1. Action & Uses in Ayurveda & Siddha
61.2. Action & Uses in Unani
61.3. Uses
62. POTASSII NITRAS
63. SILICUM
63.1. Source
63.2. Manufacturer
63.3. Characters
63.4. Uses
64. SILICATE OF MAGNESIA
65. SILICATE OF MAGNESIA AND IRON
65.1. Silico-Fluoride of Sodium
66. SALINE SUBSTANCES
66.1. Source
67. SODII CARBONAS IMPURE
67.1. Source & Varieties
67.2. Constituents
67.3. Characters
67.4. Action
67.5. Uses
68. SODII BIBORAS
68.1. Source
68.2. Characters
68.3. Preparations
68.4. Action
68.5. Uses
69. SODII CHLORIDUM
69.1. Source
69.2. Characters
69.3. Action
69.4. Uses
70. STANNIC SULPHIDUM
71. STANNUM
71.1. Source
71.2. Purification
71.3. Action
71.4. Uses
72. SULPHUR
72.1. Source
72.2. Characters
72.3. Action
72.4. Uses
73. TALCUM PURIFICATION
73.1. Source
73.2. Characters
73.3. Constituents
73.4. Purification & Preparation
73.5. Action
73.6. Uses
74. ZINCUM
74.1. Source
74.2. Characters
74.3. Purification
74.4. Action & Uses
75. PHOTOGRAPHS OF MACHINERY WITH SUPPLIERS CONTACT DETAILS
75.1. Automatic Ayurvedic Medicine Making Machine
75.2. Capsule Conveying System
75.3. Pill Machine
75.4. Kharal Machine
75.5. Disintegrating Milling Machine
75.6. Pulverizer Machine
75.7. Mini Micro Pulverizer Machine
75.8. Vibro Sifter Machine
75.9. Mass Mixer Machine
75.10. Filter Press
75.11. Conventional Coating Machine
75.12. Steam Distillation Unit
75.13. Tray Dryer
75.14. Octagonal Power Mixture
75.15. Multi Mill
75.16. Tablet Compression Machine
75.17. Liquid Filling Machine
75.18. Capsule Powder Filling Machine
75.19. Hydraulic Trolly
76. PLANT LAYOUT & PROCESS FLOW CHART
Sample Chapters
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