Tamil Medical Dictionary

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Thatcha Naayanaar Tamil Medical Dictionary
தட்சநாயனார் தொகுத்து அளித்த மருத்துவ அட்டவணை

A glossory of siddha medical terms consists mainly of ancient herbal terminology by siddhars (Paribhashai பரிபாஷை) is hosted on


But the blog does not contains the complete version. siddhadreams is very eager to see the full version of the Tamil Medical Dictionary. siddhadreams requests the contributors of the blog to complete the work and publish it for the scholars of Indian medicine.

Related links:

http://www.lexicool.com/ have an index of websites providing Tamil medical, health, personal
care dictionaries


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Seminar on

"Translational Medicine: Bedside to Bench to Bedside"

will be conducted on

December 6-7, 2008

National Centre for Biological Sciences, TIFR, Bangalore


International Conference on

Indian Traditional Knowledge – History, Influences and New Directions for Natural Science

will be cunducted on

February 22-23, 2009

National Centre for Biological Sciences, TIFR, Bangalore

For further details click here.


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This book is written by Dr. J.Raamachandran and tell stories about some 100 herbs.
To view the list of herbs described in this book click here


Interactive Body from BBC

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BBC has been hosted interactive body models for male and female.
The online interactive tutorials depicts

Organs (16 numbers)
Muscles (10 numbers)
Bones (10 numbers)
Neurological parts (10 numbers)

This interactive tutorial consists images, animated 3D models and fact files.

Its a much useful material for the medical students available at free of cost!

The only thing that we consider as a demerit is Its not Downloadable but the fact files are downloadable.

This site can be better viewed with Broadband

Related Links:

Medical animation library









Mystery of baldness revealed

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Researchers Discover Baldness Gene

Researchers at McGill University, King's College London and GlaxoSmithKline Inc. have identified two genetic variants in Caucasians that together produce an astounding sevenfold increase the risk of male pattern baldness. Their results will be published Oct. 12 in the journal Nature Genetics.
About a third of all men are affected by male pattern baldness by age 45. The condition's social and economic impact is considerable: expenditures for hair transplantation in the United States alone exceeded $115 million (U.S.) in 2007, while global revenues for medical therapy for male-pattern baldness recently surpassed $405 million. Male pattern baldness is the most common form of baldness, where hair is lost in a well-defined pattern beginning above both temples, and results in a distinctive M-shaped hairline. Estimates suggest more than 80 per cent of cases are hereditary.
This study was conducted by Dr. Vincent Mooser of GlaxoSmithKline, Dr. Brent Richards of McGill University's Faculty of Medicine and the affiliated Jewish General Hospital (and formerly of King's College), and Dr. Tim Spector of King's College. Along with colleagues in Iceland, Switzerland and the Netherlands, the researchers conducted a genome-wide association study of 1,125 caucasian men who had been assessed for male pattern baldness. They found two previously unknown genetic variants on chromosome 20 that substantially increased the risk of male pattern baldness. They then confirmed these findings in an additional 1,650 caucasian men.
"I would presume male pattern baldness is caused by the same genetic variation in non-Caucasians," said Richards, an assistant professor in genetic epidemiology, "but we haven't studied those populations, so we can't say for certain."
Though the researchers consider their discovery to be a scientific breakthrough, they caution that it does not mean a treatment or cure for male pattern baldness is imminent.
"We've only identified a cause," Richards said. "Treating male pattern baldness will require more research. But, of course, the first step in finding a way to treat most conditions it is to first identify the cause."
"Early prediction before hair loss starts may lead to some interesting therapies that are more effective than treating late stage hair loss," added Spector, of King's College and director of the TwinsUK cohort study.
Researchers have long been aware of a genetic variant on the X chromosome that was linked to male pattern baldness, Richards said.
"That's where the idea that baldness is inherited from the mother's side of the family comes from," he explained. "However it's been long recognized that that there must be several genes causing male pattern baldness. Until now, no one could identify those other genes. If you have both the risk variants we discovered on chromosome 20 and the unrelated known variant on the X chromosome, your risk of becoming bald increases sevenfold."
"What's startling is that one in seven men have both of those risk variants. That's 14 per cent of the total population!"
- - - -
CONTACT: Mark Shainblum, Media Relations Officer (Research), McGill University, 514-398-2189, mark.shainblum@mcgill.ca
News courtesy: ASCRIBE


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Thamizhkuil (தமிழ்க்குயில்) is a website owned by Dr.R.Vasudevan Ph.D. depicts the literary aspects of siddha medicine which is his Ph.D. topic. He done the Ph.D. on siddha literature in the following aspects and published the main concepts of his research in thamizhkuil.

The aspects he had taken are:

1. History of Tamizh medicine
2. Medical literatures in tamil
3. Tamizh medicine
4. Priciples of siddhars
5. Literary aspects in Tamil medical literatures

thamizhkuil is excellently designed, and good looking with lot of indological views on siddha medicine. It may concidered as an model site for literary research on siddha medicine!

Ancient Sanskrit manuscript goes digital

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Ancient Sanskrit manuscript goes digital

By Harsh Kabra
In Pune

Indian manuscripts being restored
Scientists acquiring images of the original palm leaves

Scientists from the US are using modern imaging techniques to digitally restore a rare 700-year-old Indian palm leaf manuscript on Hinduism.

Restorers from New York’s Rochester Institute of Technology (RIT) are working on Sarvamoola Grantha which expounds on the essence of Hindu philosophy, the meaning of life and the role of God.

This priceless collection of 36 erudite commentaries was written in Sanskrit by Sri Madvacharya (1238-1317 AD), one of India’s greatest theologians.

In addition to commentaries based on sacred Hindu scriptures such as the Vedas, Upanishads, Gita, Puranas, Brahma-sutras, Mahabharata and others, the collection also includes independent philosophical tracts, a commentary on daily rites, and several hymns in praise of God.

Dr PR Mukund, a professor of electrical engineering at RIT, is leading the project along with his colleague Roger Easton.

“Among the various scholars and spiritual leaders in India during the last millennium, Sri Madvacharya had a profound impact on the society,” explains Dr Mukund.

“He analysed all aspects of Hindu holy texts and showed the structure of the spiritual world that serves as a backbone of the world’s diversities. As a result, preservation of this collection for future generations is essential,” he says.


These manuscripts were stored at Phalimaru Matha (a monastic establishment of the Hindu tradition) near the coastal town of Udupi in the southern Indian state of Karnataka.

Dr Mukund has had a long association with several such mathas and has been actively involved in the publication of books on philosophy.

Rare Indian palm leaf manuscriptThe badly damaged leaves of the manuscript must first be organised

He was unnerved by the deteriorating condition of the 13th century manuscripts.

“Over time, many of the original manuscripts were lost or were badly damaged due to deterioration of the palm leaves,” he reveals.

Many leaves are cracked or have chipped off. Substantial parts of the leaves are missing in some collections. Friction between the binding cord and the edge of the hole on the palm leaves has further damaged them.

Inappropriate storage has led to the palm leaves staining, splitting and sticking to each other. As a result, the manuscript is very brittle and difficult to handle without further damage.

“The palm leaves have darkened over time and are now dark brown in colour,” adds Dr Mukund. This has made it difficult to read the manuscript with the naked eye.

Cutting edge

The project is making use of cutting-edge technology to digitally restore the manuscripts.

We have started the project, but have no money to pay staff and lab fees!

- Dr PR Mukund

Initially, high-resolution images of the manuscripts are acquired.

Depending upon the size and format of the manuscript, each leaf can be captured in five or more sections.

These sections are then connected to make an image of the complete palm leaf. After this, the images are processed to enhance the readability of the text.

The team is also preparing to use a novel long-term storage technique.

For the first time, images of the palm leaves will be etched on the silicon wafers normally used in the microelectronic industry.

Dr Mukund explains that silicon wafers can withstand very high temperatures and are not affected by the presence of water. It will also be possible to read these images without using additional equipment.

The team also plans to image some 800 more palm leaf manuscripts written since the time of Sri Madvacharya.

However, all of this would need substantial funds.

“We need about $100,000 per year for the next three years,” Dr Mukund says. “We have started the project, but have no money to pay staff and lab fees for silicon processing.”

Indigenous Methods of Preserving Manuscripts

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I saw an important and very useful article at iskconkl.wordpress.com and wish to bring for you!

see that below as it is:-

January 13, 2007

Indigenous Methods of Preserving Manuscripts


Jan 11, ORISSA, INDIA (SUN) — The holdings of libraries, museums, archives, and other documentation centers are the priceless heritage of mankind. Not only in the context ancient lore but also in the context of medieval and modern age manuscripts are considered as the most important source of authenticity. The manuscripts constitute our most precious national and cultural heritage. Thus Preservation of manuscripts is a serious issue for the custodians, Librarians, Information scientists, Archivist, Curators, and Scholars.

In spite of the advent of suitable chemicals for preservation and their availability, traditional methods for preservation are in practice. In this paper an attempt has been made to summarize the effectiveness of the Indigenous Methods of preservation.


Preservation of documents is an important subject for the Librarians, Information scientists, Archivist, Curators, Scholars and also for different types of institutions. The problem of preservation of rare documents has continued ever since human beings acquired the knowledge of writing. It may be Babylonia, Assyria, Sumeria, China or India; the scribes were always worried to preserve their writings for posterity with whatever means they had. Scholars like Aristotle, Ovid and Horace were also worried about the safety of the manuscripts from the insects. So, preservation of manuscripts is a serious problem for the custodians through out the world. Palm leaf manuscripts constitute our most precious national heritage as rare pieces of recorded knowledge. These manuscripts are the powerful medium for preservation of our literary, linguistic, artistic and cultural heritage. These are the only source of the unknown and unknowable. So every possible effort must be taken to save these treasures for the future generation.

Why Indigenous Methods?

At present there are no dearth of modern chemical pesticides and repellants for the safe upkeep of manuscripts. The advent of technology has also given rise to greater concerns of preservation of manuscripts by adopting modern technologies. Still the traditional methods of preservation are in vogue, as these methods have their own merits like:

  • these are not hazardous for human health
  • these do not have any adverse effect on the materials
  • the methods do not require much expertise, equipment and money

In this context an attempt has been made to summarize the effectiveness of various traditional practices, Indian herbal pesticides and insect repellants which are being used by different organizations or could be used by the organizations to seize the growth of insect infestation in the manuscript repositories.

Traditional Preservation Methods:

The knowledge of preservation is not new to Indians. From ancient times several indigenous methods have been used for preservation of manuscripts. The people were also quite aware of the basic factors of deterioration of the manuscripts namely light, dust, heat and humidity. So in order to protect the manuscripts from these possible factors, the manuscripts were usually covered by clothes. Nevertheless some traditional practices, which were adopted by the custodians of manuscripts and are still being practised, are enumerated below:

    (a) Safe upkeep of manuscripts is ensured even before writing on the leaf. Seasoning of the leaf by burying them under the mud or boiling them in water are considered to have some antiseptic effect against the damage caused by the insects.

    (b) Usually to fasten the manuscripts, holes are punched on the leaves and cords are passed through them. These are then placed in between two stiff flat wooden boards having the same type of holes for passing the cords. The wooden boards press the leaves from both the sides, prevent curling at the edges and chipping by abrasion.

    (c) Wrapping the manuscripts in clothes, protect them from dust, worms and also to a great extent from variation in atmospheric humidity and absorption of acidic fumes.

    (d) Palm leaves are usually wrapped in red or yellow colour clothes. It is believed that red is a repelling colour for the insects and yellow colour if, produced by turmeric possess some germicidal power that repel the insects from getting in contact with the manuscripts.

    (e) Manuscripts are also wrapped in silk clothes as silk is remarkably free from bookworms for which its extensive use has been seen.

    (f) The bundles of manuscripts are also kept in heavy wooden chests to reduce the rigorous changing of climate.

    (g) Exposing palm leaves in the kitchen have the scientific fact that smoke particles have the capacity to repel the insects. Though the smoke deposits bring out undesired changes on the leaves yet this system is effective for prevention of insect attack over the palm leaf manuscripts.

    (h) Exposure of the leaves to the tender rays of the rising or setting Sun destroys the traces of growth of insects and micro-organisms.

    (i) The palm leaves are usually arranged and strung together with the help of a needle made of bamboo and a string of cotton or silk which keep the leaves intact.

    (j) At some places underground cells are prepared for preservation of manuscripts.

    (k) Manuscripts are generally exposed to the Sun in the Lunar month of Bhadraba i.e. in August as the rays of the Sun in that particular month are very favorable. By this the worms are killed under the Sun.

    (l) The indigenous method is to take out palm leaves on Vijaya Dashami day then they are cleaned and kept back.

Herbals and Natural Products:

Some of the plants and their products, which have been recognized since ancient times for their germicidal properties and insect repellency potentialities, have been mentioned below:

    1. Dried and powdered leaves of Aswagandha in small packets are kept with the manuscripts covered in clothes to repel insect attack.

    2. Along with bundles of manuscripts pieces of Vasambu or dried ginger are kept to save these from insect attack.

    3. Coatings of lemon-grass oil are given to strengthen the leaves of manuscripts and destroy the growths of micro-organisms.

    4. In some repositories people use vermillion or kumkum fruit powder (which is red in colour) that act as a very good insect repellant.

    5. Powdered roots of dried sweet flag known as Bacha, filled in small bags are kept in cup-boards of manuscripts which has got very good medicinal value and insecticidal power.

    6. Oil extracts of some natural products like black pepper, sandal wood or clove facilitate in the restoration of flexibility to the palm leaf manuscripts.

    7. The use of fresh palm leaf extract has also the possibilities of imparting flexibility to the old and brittle leaves.

    8.Powdered Ajwain also acts as an insect killer and fungicide.

    9. Custard-apple seeds powder is used to kill the insects that thrive on manuscripts.

    10. The mixture of neem laves, karanja, nirgundi and citronella are known to have insecticidal properties for which it could be used in the manuscript libraries.

    11. Dried Tamakhu leaves also protect the manuscripts against attack of insects. The leaves are generally packed in small cloth bags or spread on the shelves where manuscripts are kept. The nicotinic acid of the leaves keeps the insects at bay.

    12. Leaves of the Five-leaved-chaste tree (Vitex Incisa) are dried in Sunrays and kept along with the bundles of the manuscripts. As these trees are grown in abundance in Orissa, its use is very common here.

    13. Naga-damani known as Indian worm wood bears an essential oil whose sweet aroma and insect repellant action helps to eradicate insects from the manuscripts.

    14. Mint leaves also repel ants and cockroaches.

    15. Black-Cumin (Kala Jeera) which gives a strong aromatic smell also used as an insect repellant. Scattering of the seeds at the manuscript storage keeps away insects.

    16. Sandal wood dust is commonly used by many libraries to ward off insects.

    17. Neem oil contains limonoids, a class of compounds that acts as anti-feedants or growth regulators in insects; they don’t kill instantly but wipe out a whole generation of insects by preventing the young ones from maturing and adults from reproducing. Dried Neem leaves and seeds are also useful in keeping away insects. So its use has been widely recognized since ancient times.

    18. As the wooden planks attached to the bundles of manuscripts are prone to insect attack, in some libraries the planks are made of neem wood which can ward off termite.

    19. The annual ritual is to apply coconut leaf juice (Coccinia Indica), wood charcoal and turmeric paste with a clean cloth and after wards it is wiped away to make the leaf proof against insect and fungal attack.

    20. Another natural product - Camphor (Karpura) is commonly used in India to protect valuable documents. Filled in small cloth bags it is kept inside the storage of manuscripts. Besides, synthetic Camphor Oil is also used to protect palm leaf manuscripts against insect attack.

    21. Small bags of a sort grass - Panadi by name (which is grown in Jaisalmir and used in making perfumes) are placed among the bundles of manuscripts to save them from white ants.

    22. Application of turmeric paste to the seasoned palm leaves is well known for its dis-infecting effect.


The safe upkeep of manuscripts has also been inscribed by the authors of manuscripts, generally written in the colophon which is evident from the following lines:

Jaladraksha Tailadraksha raksha man
shlatha vandhanat
Ashubhya parahastebhya
Ebam badati pustakam

That means: “The book itself appeals to the owners to protect it from water, oil, slack binding, rats and from the hands of other people who do not know proper handling”. Some of the authors also request the user to treat the manuscripts as their own sons. (“Putravat paripalayet”)


1) Gupta, C. B. and Haider, S. H. (1995) “Conservation Practices in Ancient India”, Conservation of Cultural Property in India, Vol. 28, p. 36-43.

2) Dutta, P. K. (1085-87) “Use of Neem Oil in Conservation,” Conservation of Cultural Property in India, Vol. 18-20, p. 98-100.

3) Prasad, L. K. (1981-82) “Role of Neem Leaves in Protecting Textile Materials and Paper Document”, Conservation of Cultural Property in India, Vol. 14-15.

4) Bhattacharyya, B. “Palm Leaf Manuscripts and other Preservation”, Indian Archives, Vol. 1-2, p. 233-34.

5) Suri, J. H. “Palm Leaf Manuscripts in Jaisalmir,” Indian Archives, Vol. 1-2, p. 235-36.

6) Sharama, B. R. N. (1992) “Pests and Pesticides in Archaeology and Archives’, Conservation of Cultural Property in India, p. 52-55.

7) Nair M. V. (1985-87) “A New Method for Relaxing Brittle Palm Leaves”, Conservation of Cultural Property in India, Vol. 18-20, p. 1-4.

8) Padhi, B. K. (1974) “Preservation of Palm Leaf Manuscripts in Orissa”, Conservation of Cultural Property in India, Vol. VII, p. 62-65.

9) Harinarayan, N. (1995) “Techniques of Conservation of Palm Leaf Manuscripts: Ancient and Modern”, Palm leaf and Other Manuscripts in Indian Languages, p. 261-274.

10) Sahoo J. and Mohanty B. (2003) “Giving Life to Palm Leaf Manuscripts: Technological Aspects”, The Orissa Historical Research Journal, Vol. xlvi, No. 2, p. 108-112.

Copyright 2011 SIDDHADREAMS