
INTERNATIONAL
JOURNAL
OF
DIAGNOSTICS
AND
RESEARCH
Copyright @ : - Dr.Subhash Waghe Inter. J.Digno. and Research IJDRMSID0132 |ISSN :2584-2757
Introduction :
Jyotish complements ancient Indian medical
science. The principles of Jyotish science have been
applied in Ayurvedic science at various points,
including the collection and storage of drugs, the
administration of therapy, surgical intervention, and
prognostic evaluation. The month-wise description
of intrauterine embryonic and foetal development is
mentioned in both ancient Ayurvedic and Jyotish
science. Modern medical science has made
enormous progress in understanding the processes
of embryogenesis and organogenesis during
intrauterine life, thanks to technological advances.
The basic concept of fusion of male and female
gametocytes to form a zygote and zygotic division
leading to the formation of an embryo is common
in all three sciences. However, the descriptions of
foetal development in the 5th and 6th months are
more precise in Jyotish science. The description of
embryonic development in the 1st to 2nd month is
more precise in modern medical science. Hence,
there is a need to study the month-wise intrauterine
foetal development as per Jyotish Science in the
light of modern medical embryogenesis. Acharya
Sushruta had given guidelines in the sutrasthana of
his treatise to nurture and advance the science, and
to study it from all angles. In accordance to the
guidelines given by Acharya, the additional
description of foetal development from Jyotish
science and modern medical science can be
incorporated in Ayurvedic science.
Material & Method:
The research method adopted in the present study is
the literary method. All the literature on month-
wise intrauterine foetal development, as presented
in Brihat Jatakam of Varahmihira and in the
commentary of Bhatotpala, is critically studied in
the light of modern medical science to reach a
logical conclusion.
Review Of Literature:
1] First Month :
According to Jyotish science, in the first month of
pregnancy, the intrauterine embryo is in the form of
‘Kalala,’ i.e., a bubble. This phase is ruled by the
planet Venus (Shukra)
[1] [2]
As per modern science, in the first month,
embryonic development takes place as follows :
During 1
st
week, the zygote undergoes cell division,
producing a cluster of cells of the same size but no
significant growth. This stage is called cleavage,
which leads to the morula and blastocyst stages.
The 4 cell divisions result in a dense ball of 16
cells, called a morula. The 7 cleavages/cell
divisions result in the formation of a dense ball of
128 cells, termed a blastula. After this, the
rotational arrangement of blastomeres leads to the
formation of a blastocyte. During the 2
nd
week, the
blastocyte undergoes trophoblaste stage with
implantation in the uterine wall and with the outer
cell layer (tropoectoderm) and inner cell mass
(endoblast). Fluid collects between the outer and
inner mass, and the morulla is converted into a
vesicle called the blastodermic vesicle. Thus, the
embryo becomes bilaminar. The cells of the
trophoblast do not contribute to the formation of the
embryo proper, but they contribute in formation of
the ectoderm of the chorion and placenta. During
the 3
rd
week, the blastoderm becomes trilaminar
with 3 layers. This stage is characterized by
notochord, gastrulation, somitogenesis, and