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Foetal Development In-utero: Modern Medical Knowledge or a Vedic Mystery?

Vikas Gautam M.D.
Department of Medical Microbiology
Post Graduate Institute of Medical Education and Research Physical Address

Mandeep Singh Dhingra M.D.
Clinical Research Division
Shantha Biotechnics Limited Physical Address

S. P. Gautam GAMS, M.Sc. (A)
Retired Government Servant of Haryana, Ex Liasion Officer State Drug Inspector (I S M) Haryana, Ex Naturopathy In Charge Panchkula, Haryana
Physical Address

Citation: V. Gautam, M. Singh Dhingra & S. Gautam : Foetal Development In-utero: Modern Medical Knowledge or a Vedic Mystery? . The Internet Journal of Biological Anthropology. 2007 Volume 1 Number 1

Keywords: Feotus | Development | Embryology | India | Ayurveda

 

Abstract

The ancient Indian Literature is a store of house of knowledge which lies yet untapped due to the limited number of individuals who can translate the scriptures and also due to a lack of awareness about the contents. Charka Samhita provides a detailed account of the fetal development in-utero and also gives a clinical account of the signs and symptoms associated with pregnancy. A correlation of the account given in this scripture, written at the time when microscopic or imaging techniques were non existant, with the modern day texts of embryology and fetal development brings forward two nearly identical descriptions. This attempt is intended to promote and encourage a detailed exploration of the vast ocean of knowledge contained in ancient Indian Literature in order to obtain pearls of wisdom.


Charaka Samhita, a treatise of Ayurveda, was used for teaching of Ayurvedic Sciences in the ancient Indian universities of Takshshila and Nalanda and continues to provide guidelines for treatment even in today's world of Modern Medicine. A section of Charaka Samhita deals with the ‘in-utero' foetal development, various signs and symptoms in the mother, and treatment guidelines at various stages of pregnancy. An attempt has been made in this research article to correlate the facts given in Charaka Samhita with the present day knowledge of ‘in-utero' foetal development. Only relevant text from Charaka Samhita has been used for this purpose and not the whole account, which is a vast sea of knowledge. Herein, the authors attempt to establish the fact that inspite of non availability of a concrete proof of availability of any microscopic instruments or techniques in the ancient times of Vedas, still the detailed account of the ‘in-utero' foetal development in the literature almost exactly matches the present day knowledge and at some places even presents some yet undiscovered facts.

The various Indian systems of medicine – Ayurveda, Yoga, Siddha and Unani (Arabs introduced it in India around the 10th century AD), together provide a major source of medical reference for all classes of people. Ayurveda, which literally means ‘Science of Life” is considered to be the oldest natural medical practice on the earth. It deals elaborately with measures for healthful living during the various phases of life.

Here we give a portion of the detailed account of ‘in-utero' development of the foetus as mentioned in Charaka Samhita in comparison with the present day knowledge. The first stanza is of the only main text by Ayurvedacharya Shri Jayadev Vidyalankaren Pranitiya. Sharirasthanam (Chathurtha adhyaya). Charaka Samhita, Vol 1 (Motilal Banarsidas, Banaras, 1948) in Sanskrit followed by its translation in English, and then follows the comparison with our references.

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i) In the first month when sperm and ovum unite they turn into a seed-form and stick to the mucous membrane and start increasing in size. This seed divides from one into two, two to four, four to eight and so on till a round seed-form is formed.

1. Once the zygote has reached the two-cell stage, it undergoes a series of mitotic divisions, increasing the number of cells. Until the eight-cell stage they form a loosely arranged clump. Approximately 3 days after fertilization, cells of the compacted embryo divide again to form a 16-cell morula.1

ii) This seed-form has the capability to give rise to all kinds of tissues and organs.

2. At a very early stage in development, the embryo proper acquires the form of a three-layered disc (three germ layers) called as embryonic disc. All the tissues of the body are derived from one or more of these layers.2

iii) There are two types of seed-forms – the inner and the outer. The outer seed-forms are bigger than the inner seed-form. After sometime, a cavity is formed which is filled with fluid in between the two seed-forms. This fluid creates a gap between the two layers.

3. About the time the morula enters the uterine cavity, fluid begins to penetrate through zona pellucida into the intercellular spaces of the inner cell mass. Gradually the intercellular spaces become confluent, and finally a single cavity, the blastocele forms.1

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iv) In the third month, all germinating parts appear.

4. By the end of the embryonic period the main organ systems have been established, rendering the major features of the external body form recognizable by the end of the second month.1

v) a) At this time the head is quite large. The fingers are visible.
b) The male and female sex organs are formed.
c) The eyelids and lips are not separated.

5. a) The head and upper limbs are still disproportionately large in the 3rdmonth.3

b) By the 12th week, external genitalia develop to such a degree that sex of the foetus can be determined by external examination (Ultrasonography).1

c) During the 3rd month eyelids meet and fuse. 3

vi) Normally, after birth the hole in the middle flap of the heart chamber closes.

6. Foramen ovale persists through out the foetal life. After birth, foramen ovale is permanently obliterated by the fusion of the two flaps.2

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vii) a) The heart of the foetus is attached to mother by fluid taking vessels.
b) By the third month, heart appears and also starts pumping.

7. a) Oxygenated blood from the placenta comes to the foetus through the umbilical vein, which joins the left branch of the portal vein.2

b) During the 4th to 7th weeks the heart divides into a typical four-chambered struture.1

viii) a) By the third month, foetal heart increases in size and the foetal heart chambers are formed.
b) But the foetal heart sound (FHS) can be heard per abdomen around the 4th month.

8. a) During the 4th to 7th weeks the heart divides into a typical four-chambered struture.1

b) With an ordinary stethoscope FHS can be detected between 18- 20 weeks.4

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ix) The mucous membrane of the vagina gives a bluish tinge. And this sign appears by the beginning of the second month.

9. Jacquemier's or Chadwick's sign: It is the dusky hue of the vestibule and anterior vaginal wall visible at about 8th week of pregnancy. 4

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x) a) In the fourth month, the shape of the body is almost formed. The pregnant women feel the foetal movements at times in this month.
b) On head and at other sites instead of hair, fine hair-like structures can be seen.

10. a) Palpation of foetal parts can be made distinctly by 20th week. Active foetal movements can be felt at intervals by placing the hand over uterus as early as 20th week.4

b) During the fourth month the covering of primary hair appears- lanugo.1

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xi) a) In the fifth month due to the increase in the body mass and blood of the foetus, its movements can be clearly felt by pregnant women.
b) In the middle or at the end of this month a physician can hear the FHS with the help of stethoscope. FHS is 120-140/minute. In males, it is generally <130/minute and in females >130/minute.

11. a) Active foetal movements can be felt at intervals by placing the hand over uterus as early as 20th week.4

b) The heart rate varies from 140-160 per minute but gradually settles down to 120-140 per minute as the pregnancy advances.4

xii) First of all FHS is heard in the midline above the gluteal region. Later the site of FHS changes as per the presentation and lie of the foetus. This sound is heard after passing through the scapula and ribs of the foetus and therefore heard near the foetal shoulder.

12. The foetal heart sounds are best audible through the back (left scapular region) in vertex and breech presentation, where the convex portion of the back is in contact with the uterine wall. However, in face presentation, the heart sounds are heard through the foetal chest.4

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xiii) Prior to the sixth month the foetal skin is wrinkled.

13. During the 6th month the skin of the foetus is reddish and has a wrinkled appearance because of the lack of underlying connective tissue.1

xiv) Eyebrows and eyelids are formed and the latter are still fused.

14. Eyelids and eyebrows are now well developed in the 6th month.3

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xv) During the 7th month, the eyelids separate.

15. During the 7th month the eyelids themselves separate.3

xvi) The testes descend near scrotum.

16. During the 7th month, the testes abruptly and rapidly passes through the inguinal canal and gains the scrotum.3

xvii) Baby born at the end of this month can survive only if provided with the special care. Majority of the babies born in this month do not survive.

17. A foetus born during the sixth or the beginning of the seventh month has great difficulty in surviving.1

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xviii) (Eighth month)
Fat accumulates beneath the skin and the wrinkles disappear.
The foetus can survive if raised carefully.

18. a) During the 7th month the skin loses its wrinkled appearance due to increased deposition of subcutaneous fat. 3

b) During the end of this month, the foetus is viable and may in fact be successfully raised if born prematurely.3

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xix) Gestation period = 9-12 months.

19. The length of period of gestation is regarded as 9 calendar months in obstetrics practice- approximately 270 days.3

xx) a) The testes descend into scrotum in ninth month.
b) The foetus measures 20 inches in length and weighs approximately 3.5 kilograms.

c) The size of the finger nails increases.

20. a) Sexual characteristics are pronounced and testes should be in the scrotum by the ninth month.1

b) At the time of birth the weight of a normal foetus is 3000 to 3400 grams; its Crown Heel Length is about 50cms.

Foetal growth of nails is gradual and their extremities have merely reached near the tips of digits at birth, fingers being rather more advanced than those of the toes.3

The field of medicine and mankind on the whole would benefit a lot if more research is undertaken to establish the scientific basis of the Indian System of Medicine, which has been practised successfully in India and certain parts of the world since ages. A near identical nature of the two descriptions merits a detailed and in-depth research in to this vast and yet untapped source of knowledge.

Acknowledgements

I pay gratitude to my mother Mrs Madhu Gautam, who inspired me to write down this article.

Corresponding author

Dr Vikas Gautam
S/O Dr S P Gautam
3243/21 D
Chandigarh
India-160022
Ph: +91-172-2706310
Mob: +91-9417111570
E-mail: [r_vg@yahoo.co.uk]

References

1. Sadler TW. Langmans Medical Embryology. Philadelphia: Lippincot Williams and Wilkins, 2000. (s)

2. Singh I. Human Embryology Madras: Macmillan India Limited, 1993. (s)

3. Gray H. Gray's Anatomy London: Churchill Livingstone, 1995. (s)

4. Dutta DC. Text Book Of Obstetrics Calcutta: New Central Book agency (P) Ltd., 2002. (s)

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