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Abstract

The herbs and herbal substances are of significant research interest because of their diverse medicinal applications. Several folk evidences have been reported in the formulations of the ancient worlds the pharmaceutical system, encouraging researchers to look for scientific support. Several herbal compounds have been discovered and tested for therapeutic efficacy against pathophysiological disorders. Recently, attempts have been undertaken to employ these herbal components to create nanoparticles for biomedical applications. Green synthesis is a method of producing nanoparticles from herbal/biogenic ingredients that has yielded several metallic nanoparticles. The metal nanoparticle-herb combination may have a higher efficacy against many pathophysiological diseases. This review aims to present the many metal nanoparticles derived from various herbal resources, as well as their role in health and ailments. Although green nanoparticle synthesis is the newest area of research, there is not much data available about its physiological effects, compatibility, and toxicity. This review aims to go to detail about the role of medicinally significant herbs in metal nanoparticle synthesis, as well as their physiological compatibility and therapeutic efficacy. Furthermore, the limitations (toxicity) of green nanoparticle synthesis are considered and discussed, as well as their future prospects in health and disease. This review opens the door to a completely novel perspective in medical plant research by integrating nanotechnology with herbs, known as Herbonanoceuticals.

Keywords

Herbomineral, Nano-formulations, Ayurveda, Siddha, Unani.

Introduction

Norio Taniguchi first introduced the concept of nanotechnology in 1974 at Tokyo Science University. This branch of technology has proven to be effective in physical and chemical sciences, but it also opens new options in medical sciences like as imaging, sensing, artificial implants, and improved medication delivery.1,2  Nanotechnology provides the opportunity to generate nanoparticles through bottom-up and top-down methodologies, allowing reengineered materials at the nanoscale for the development of new and enhanced products.3 There are several types of nanoparticles available for different applications.  Nanotechnology applications in the pharmaceutical industry include the development of nanomedicine, nanorobots, biomarkers, and biosensors, among others. Nanotechnology is expected to be useful in describing and giving scientific evidence for Ayurvedic medicine, with a special reference to herbomineral formulation.4 The herbomineral composition remains healthy for a long shelf life, because of its micronized fixation.5 The combined use of metal and pharmaceutical compounds results in a Herbomineral or Rasaushadhi formation Is known as' Rasa dravyas'. Rasa means mainly Parada (Mercury). Rasa-aushadhis (Herbo-mineral metallic preparations) refer to the composition of mercury, ferrous metals, and minerals. Rasaushadhi is considered an effective treatment in the Alpamatra (low dose).6 Traditional medicine systems have been used for thousands of years to provide healthcare to people in South-East Asian countries and other parts of the world. Traditional medicines have recently gained popularity among the general public due to a variety of reasons. They remained to be an excellent source of treatments for people all over the world to ensure their health.7  The World Health Organization (WHO) also encourages, advises, and promotes traditional medicines in national health programs since they are easily available, relatively safe, and people have faith in them, and their industrial manufacture is environmentally beneficial.8 There is huge potential for Ayurveda to make a significant contribution to world healthcare, the science is gaining demand as an effective alternative to traditional medicine due to its methodical approach to curing and preventing ailments using natural resources. It is traditional and ancient system have been used for a long time, these drugs are accepted as safe, which is the final indication of their nontoxic positive effects.9 Health is described as the state of physical, mental, social, and spiritual well-being of humans, according to the Siddha system of medicine.10 The Siddha system states that the universe is made up of five basic elements known as Panchaboothams, which are Earth, Water, Fire, Air, and Sky. In the Siddha system of medicine, gold is associated with the earth, lead with water, copper with fire, iron with air, and zinc with space. Changes in these Panchaboothams are known to reflect on people's physical, mental, and spiritual wellness.11 Apart from these metals, Mercury, Sulphur, and Copper are among the most essential metals used in the Siddha system of medicine. Metals and minerals used in Siddha medicine have advantages such as efficacy at tiny doses, lack of disagreeable odour or taste, more rapid action, and shelf life of hundreds of years as compared to plant-based remedies alone, and they do not lose their potency after long-term storage.12 In Siddha system Parpam (mineral/metallic oxides), Chendhooram (mineral/metallic sulphides), Chunnam (caustic or significant oxides), and Pathangam (sublimation) are the most widely employed mineral-based formulations. Among these, Parpam and Chendooram class of medications are frequently utilized, with potential therapeutic benefit.13 Parpam's shelf life is 100 years, while Chendooram's is 75 years).14 A metal is harmful at the macro level, but when reduced to nano-sized particles and the appropriate dose is taken, it does not affect the consumer.15 It does not accumulate in their bodies.16 The process of converting raw metals into nanosized particles is intriguing. With modern scientific advances, researchers are attempting to quantify the particle size of metals present in various herbomineral preparations. In recent years, adequate attention has been paid to studies on metal-based herbal remedies utilized as ethnic medicine for treating infections and other chronic disorders.17,18 Siddha herbo-mineral formulations have strong antibacterial action.19 Shilajit's traditional herb-mineral mixture is an effective antiviral agent.20

Advantages of Herbo-Mineral Preparations:

  1. Proper preparation is necessary. According to the supplied data, there are various herbo-mineral formulations available in the market that are effective in skin disorders, diabetes, anemia, cancer, liver illnesses, etc.21
  2. Unani herbomineral formulation is an excellent and safe therapeutic option for chronic urticarial.22
  3. Herbo-mineral formulations are cost-efficient, safe, and successful in managing hepatocellular carcinoma (HCC), bringing up new therapeutic applications for cancer treatment.23
  4. Herbal nanomedicines are safer, more bioavailable, and offer more therapeutic value compared to traditional herbal and synthetic pharmaceuticals.24

Herbomineral Nano-formulations in Ayurveda, Siddha, Unani


Sr.no

Herbomineral nano formulations

Used in  Common disease

References

A

Ayurvedic formulation

 

  1.  

Shanka bhasma

Anti-ulcer

25

  1.  

Tarakeshwara rasa

Diabetes mellitus

26

  1.  

Shwaskuthar rasa

Asthma and allergy

27

  1.  

Hridayarnava rasa

Cardiac diseases

28

  1.  

Kampavatari  rasa

Parkinson's disease.

29

  1.  

Divya amvatari rasa

Anti-inflammatory and anti-arthritic

30

  1.  

Trivanga bhasma

Diabetes mellitus and as Diuretic.

31

  1.  

Navayasa lauha

Anemia

32

  1.  

Shadanga paniya

Useful dehydration,  headaches

33

  1.  

Shwasananda vati

Respiratory ailments

34

B.

Siddha formulations

  1.  

Agasthiyar kuzhambu

Varicose ulcer

35

  1.  

Linga chenduram [HMLC]

Viral hepatitis infection

36

  1.  

Panchapadana chenduram

Cancer (cervical adenocarcinoma)

37

  1.  

Vaalai rasa chendooram

Diagnosis, microsurgery of ear and therapeutic applications

38

  1.  

Naaga chendooram

 

Anti-cancer activity

 

39

  1.  

Chanthirothaya tablet (CHTM)

Rheumatoid Arthritis (RA)

40

  1.  

Kalludaikkudoori mathirai

Renal stone

41

  1.  

Vayu mathirai

Analgesic, anti – pyretic,

Anti-  inflammatory, hepato-  protective and antioxidant activities

 

42

  1.  

Santha santhrothaya mathirai

 

Hepatic disorders

 

43

  1.  

Thamira parpam

Anti-ulcerogenic activity

44

C.

Unani formulations

  1.  

Kushta hajrul yahood

Renal and bladder calculi.

45

  1.  

Kushta jast

Immune function (muqawwi-i-badan) & antipyretic (dafi‘a

Humma)

46

  1.  

Dolabi

Diabetes

47

  1.  

Kushta marjan

Cough, asthma and anorexia.

48

  1.  

Khamira Marwarid khas

Immune suppression.

49

  1.  

Sufoof jawahar mohra

Organ stimulant, useful  in  general  weakness

50


CONCLUSION:

This review opens the door to a completely novel perspective in medical plant research by integrating nanotechnology with herbs, known as Herbonanoceuticals. There are many herbomineral nano-formulation available in different systems of medicine such as Ayurveda, Siddha and Unani but there is lack of validation that’s why there is strong need of appropriate validation. Integrating alternative systems of medicine with modern nanotechnology which can enhance the bioavailability and efficacy of traditional herbal remedies. This fusion of ancient wisdom with cutting-edge technology has the potential to revolutionize healthcare. The Integration of traditional knowledge with modern technology has the potential to unlock new possibilities in healthcare, making ancient wisdom more accessible and effective for modern healthcare challenges. By combining conventional herbo minerals with nanotechnology, researchers and manufacturers can create innovative products.

REFERENCES

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  10. Chellakkan, e., nainarpandian, c., blessed, f., & gnanamanickam, v. R. (2016). Preparation and chemical characteristics of karunguruvai khadi used in the traditional siddha formulation of herbo-mineral-based medicine. Journal of traditional and complementary medicine, 6(1), 105-111.
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  21. Thenmozhi, p., kumar, m. P., velpandian, v., & banumathi, v. (2014). Physico-chemical and instrumental standardization of the siddha herbal drug aavaraivithaadhi chooranam. Am j pharm tech res, 4(5), 476-85.
  22. Gupta, r. K., lakshmi, v., & jha, c. B. (2015). X-ray diffraction of different samples of swarna makshika bhasma. Ayu (an international quarterly journal of research in ayurveda), 36(2), 225-229.
  23. Doddamani sh, shubhashree mn. The safety of ayurvedic herbo-mineral formulations on renal function: an observational study, int. J. Res. Ayurveda pharm,2015;6(3):299-302
  24. Arusu kavya teja, jinal mithiya, abhijeet s. Kate, khemraj bairwa, siddheshwar k chauthe,(2022) herbal nanomedicines: recent advancements, challenges, opportunities and regulatory overview,phytomedicine,volume 96,153890,issn 0944-7113.
  25. Rasheed, s. P., & shivashankar, m. (2017, november). Synthesis and characterization of shanku bhasma-an anti-ulcer herbomineral formulation. In iop conference series: materials science and engineering (vol. 263, no. 2, p. 022026). Iop publishing.
  26. Virupaksha, g. K., & kumar, n. (2012). Characterization of tarakeshwara rasa: an ayurvedic herbomineral formulation. Ayu (an international quarterly journal of research in ayurveda), 33(3), 406-411.
  27. Janadri, s., singh, b., kumar, r., & kharya, m. D. (2011). Effect of nanosizing on bio-efficacy of shwaskuthar rasa-a herbomineral formulation for asthma and allergy. Journal of pharmaceutical sciences and research, 3(10), 1539.
  28. Jagtap, c. Y., mishra, a. K., nariya, m., shukla, v. J., & prajapati, p. K. (2024). Product development and characterization of the ayurvedic herbo-mineral-metallic compound-hridayarnava rasa. Journal of ayurveda and integrative medicine, 15(3), 100886.
  29. Rohan, p., prakash, y. R., & pallavi, d. (2016). Pharmaceutical analytical study of kampavatari rasa-an ayurvedic herbo mineral formulation. International journal of ayurveda and pharma research.
  30. Balkrishna, a., sakat, s. S., joshi, k., paudel, s., joshi, d., joshi, k., ... & varshney, a. (2019). Anti-inflammatory and anti-arthritic efficacies of an indian traditional herbo-mineral medicine “divya amvatari ras” in collagen antibody-induced arthritis (caia) mouse model through modulation of il-6/il-1?/tnf-?/nf?b signaling. Frontiers in pharmacology, 10, 659
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  32. Joshi, n., dash, m. K., dwivedi, l., & khilnani, g. (2018). Effect of navayasa lauha, an ayurvedic herbomineral formulation on experimentally-induced iron deficiency anemia. Ancient science of life, 37(4), 180-187.
  33. Sharma, r. K., chanalia, p., sharma, a., kumar, m., & kumar, b. (2024). Quantitative estimation of secondary metabolites of shadanga paniya classical ayurvedic formulation and constituent herbs. Ancient science of life, 38(3&4), 117-121.
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Reference

  1. Shi, J., Votruba, A. R., Farokhzad, O. C., & Langer, R. (2010). Nanotechnology in drug delivery and tissue engineering: from discovery to applications. Nano letters, 10(9), 3223-3230.
  2. Boisseau, p., & loubaton, b. (2011). Nanomedicine, nanotechnology in medicine. Comptes rendus physique, 12(7), 620-636.
  3. Miyazaki, k., & islam, n. (2007). Nanotechnology systems of innovation—an analysis of industry and academia research activities. Technovation, 27(11), 661-675.
  4.  Farooq, s., mehmood, z., qais, f. A., khan, m. S., & ahmad, i. (2019). Nanoparticles in ayurvedic medicine: potential and prospects. In new look to phytomedicine (pp. 581-596). Academic press.
  5. Dahanukar, s. A., & thatte, u. M. Bombay: popular prakashan; 1989. Ayurveda revisited.
  6. Shelar m. K, gawade. V. S*, kanhegaonkar s. A,. (2021). Standardization of herbomineral preparation - a review. Pharmaceutical resonance 2021 vol. 3 - issue 2.
  7. Pliangbangchang, s. (2010). Foreword in traditional herbal remedies for primary health care. Who, regional office for south east asia, new delhi.
  8. Newman, d. J., cragg, g. M., & snader, k. M. (2003). Natural products as sources of new drugs over the period 1981? 2002. Journal of natural products, 66(7), 1022-1037.
  9. Kaushik, s., singh, r., yadav, p., ruknuddin, g., & prajapati, p. K. (2018). Safety concerns on ayurvedic herbomineral formulations–myth or reality?. Journal of drug research in ayurvedic sciences, 3(4), 234-241.
  10. Chellakkan, e., nainarpandian, c., blessed, f., & gnanamanickam, v. R. (2016). Preparation and chemical characteristics of karunguruvai khadi used in the traditional siddha formulation of herbo-mineral-based medicine. Journal of traditional and complementary medicine, 6(1), 105-111.
  11. Muthukumar, n. J., manickavasakam, k., & banumathi, v. (2016). Characterisation and elemental analysis of a siddha herbo mineral formulation–vishnu chakra mathirai. Ijcrcps, 3, 70-76.
  12. Devi, b. R., reddy, g. D., kumar, g. N., sathiyarajeswaran, p., & elankani, p. (2019). Herbomineral formulation's safety and efficacy employed in siddha system of medicine: a review. Int. Res. J. Pharm, 10(1), 16-24.
  13. Ravishankar, b., & shukla, v. J. (2007). Indian systems of medicine: a brief profile. African journal of traditional, complementary and alternative medicines, 4(3), 319-337.
  14. Anaivaari r and anandan. Siddha materia medica. 1st ed. 2008: 71-136.
  15. Devanesan, s., ponmurugan, k., alsalhi, m. S., & al-dhabi, n. A. (2020). Cytotoxic and antimicrobial efficacy of silver nanoparticles synthesized using a traditional phytoproduct, asafoetida gum. International journal of nanomedicine, 4351-4362.
  16. Alsalhi, m. S., devanesan, s., alfuraydi, a. A., vishnubalaji, r., munusamy, m. A., murugan, k., & benelli, g. (2016). Green synthesis of silver nanoparticles using pimpinella anisum seeds: antimicrobial activity and cytotoxicity on human neonatal skin stromal cells and colon cancer cells. International journal of nanomedicine, 4439-4449.
  17. Alfuraydi, a. A., devanesan, s., al-ansari, m., alsalhi, m. S., & ranjitsingh, a. J. (2019). Eco-friendly green synthesis of silver nanoparticles from the sesame oil cake and its potential anticancer and antimicrobial activities. Journal of photochemistry and photobiology b: biology, 192, 83-89.
  18. Alsalhi, m. S., elangovan, k., ranjitsingh, a. J. A., murali, p., & devanesan, s. (2019). Synthesis of silver nanoparticles using plant derived 4-n-methyl benzoic acid and evaluation of antimicrobial, antioxidant and antitumor activity. Saudi journal of biological sciences, 26(5), 970-978.
  19. Razak, s., afsar, t., al-disi, d., almajwal, a., arshad, m., alyousef, a. A., & chowdary, r. A. (2020). Gcms fingerprinting, in vitro pharmacological activities, and in vivo anti-inflammatory and hepatoprotective effect of selected edible herbs from kashmir valley. Journal of king saud university-science, 32(6), 2868-2879.
  20. Al-ansari, m. M., singh, a. R., al-khattaf, f. S., & michael, j. S. (2021). Nano-formulation of herbo-mineral alternative medicine from linga chenduram and evaluation of antiviral efficacy. Saudi journal of biological sciences, 28(3), 1596-1606.
  21. Thenmozhi, p., kumar, m. P., velpandian, v., & banumathi, v. (2014). Physico-chemical and instrumental standardization of the siddha herbal drug aavaraivithaadhi chooranam. Am j pharm tech res, 4(5), 476-85.
  22. Gupta, r. K., lakshmi, v., & jha, c. B. (2015). X-ray diffraction of different samples of swarna makshika bhasma. Ayu (an international quarterly journal of research in ayurveda), 36(2), 225-229.
  23. Doddamani sh, shubhashree mn. The safety of ayurvedic herbo-mineral formulations on renal function: an observational study, int. J. Res. Ayurveda pharm,2015;6(3):299-302
  24. Arusu kavya teja, jinal mithiya, abhijeet s. Kate, khemraj bairwa, siddheshwar k chauthe,(2022) herbal nanomedicines: recent advancements, challenges, opportunities and regulatory overview,phytomedicine,volume 96,153890,issn 0944-7113.
  25. Rasheed, s. P., & shivashankar, m. (2017, november). Synthesis and characterization of shanku bhasma-an anti-ulcer herbomineral formulation. In iop conference series: materials science and engineering (vol. 263, no. 2, p. 022026). Iop publishing.
  26. Virupaksha, g. K., & kumar, n. (2012). Characterization of tarakeshwara rasa: an ayurvedic herbomineral formulation. Ayu (an international quarterly journal of research in ayurveda), 33(3), 406-411.
  27. Janadri, s., singh, b., kumar, r., & kharya, m. D. (2011). Effect of nanosizing on bio-efficacy of shwaskuthar rasa-a herbomineral formulation for asthma and allergy. Journal of pharmaceutical sciences and research, 3(10), 1539.
  28. Jagtap, c. Y., mishra, a. K., nariya, m., shukla, v. J., & prajapati, p. K. (2024). Product development and characterization of the ayurvedic herbo-mineral-metallic compound-hridayarnava rasa. Journal of ayurveda and integrative medicine, 15(3), 100886.
  29. Rohan, p., prakash, y. R., & pallavi, d. (2016). Pharmaceutical analytical study of kampavatari rasa-an ayurvedic herbo mineral formulation. International journal of ayurveda and pharma research.
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Snehal Bhavsar
Corresponding author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

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Bhagyashri Patil
Co-author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

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Komal Bhoi
Co-author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

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Shital Patil
Co-author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

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Harshada Jadhav
Co-author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

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Tulsi Ahuja
Co-author

R.C. Patel Institute of Pharmaceutical Education & Research Shirpur, India

Snehal Bhavsar*, Bhagyashri Patil, Komal Bhoi, Shital Patil, Harshada Jadhav, Tulsi Ahuja, Herbomineral Nano-Formulations of Alternative System of Medicine, Int. J. of Pharm. Sci., 2025, Vol 3, Issue 2, 1239-1246. https://doi.org/10.5281/zenodo.14876124

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