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Unlimited poweR of GenetiC
EngineerinG
Inventor’s
mouth.
Consequences of my research.
Introduction.
Mysteries in
genetic sciences.
What is
coronary artery disease?
Misconceptions in cardio-vascular
sciences.
Foundation
on which building of Baruah Applied Human.
Revolution in medical sciences rocked by
Dr.D.R. Baruah,FRCSGlas.
Unfolding the
mysteries in human genetic sciences.
Mysteries in
human genetic sciences.
How does the
mutation expresses in particular disease form?
Selection of
patients for gene analysis
Eradication of
heart disease & rarest of the rare diseases- Human genetic studies
through sequencing of m-RNA.
Signal
Transduction plays a major role during pre-bypass and post-bypass
events.
How bypass
surgery triggers signal transduction & phenotypically expressed.
Mutation
Selection of
genes causing heart & other diseases.
Hypoxia,
reactive oxygen species, intracellular calcium & Baruah syndrome.
Re-sequencing
of the following genes to identify the mysteries.
First time on
this planet– Genovac.
Baruah applied
human genetic engineering- a choice of treatment for Cancer.
TGA-A New
Method of Treatment of Complex Congenital Heart Disease.
Endocardial Cushion defect.
Genetic
Engineering–To cure the rarest of the rare autoimmune.
First time on
the Planet–Manifestation of Baruah Syndrome–Moyamoya
The rarest of
the rare genetic disorder–Takayasu.
Isolated
congenital Right Ventricular Hypertrophy.
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Applied Human Genetic Engineering - Vol.II |
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E radication
of the Heart disease and rarest of the rare diseaseS
 Human Genetic studies through
sequencing of m-RNA-
Fifty two human volunteers have been
selected with age between 13-16 with consent of their
parents. The parents wanted their children to be
disease-free in future life time, particularly they were
concerned about their heart diseases as it is one of the
incurable disease and becoming epidemic in the world.
All the volunteers were clinically found with no heart
disease and it is substantiated by colour Doppler flow
studies which is usual investigating procedure (Baruah
investigating procedure to calculate CAD) to detect
coronary and peripheral artery diseases. Their gene
sequencing was carried out and recorded, particular
reference to m-RNA isolation and sequencing.
Twenty six volunteers were injected
with Baruah biological molecules and 24 hours later,
their m-RNA were isolated and their sequencing was
carried out. One volunteer was 15, was found to be
hyperactive and we suspected clinically that he will
have mutated gene. Our clinical findings were confirmed
and it was true. They were injected Baruah biological
molecules once in every month with 4 doses and their
m-RNA sequencing confirmed their demutations with change
of amino acids.
The whole procedure of extraction of
m-RNA, & sequencing is done by Bangalore Genei,
Bangalore, the project reports of five genes using 6
samples are presented here.
Microarray experimentation with m-RNA
isolation is carried out at Labindia, Gurgaon.
How and why heart disease occurs in
human at the age of 13-16 years ?
 Our studies have been witnessed with
52 volunteers.
We have found from our studies that
signal transduction is responsible for entire scenario.
Signal transduction is the process where external
stimuli binds with the receptor located on the surface
of cell membrane and sending the signals inside the cell
to particular site in cytosol to interact with
particular molecule to synthesize new protein for
welfare of the cell or to cause mistaken metabolism
expressing in a diseased form in later date. It requires
at least 15-20years for full expression of the disease.
In certain cases, these newly formed proteins do not
change its structure during intermolecular reactions
within cytoplasm and remains neutral and do not express
in diseased form.
Signal transduction is usually and
always take place by external stimuli which is primarily
a protein form. The hormonal overactive imbalance takes
place during the period- age between 13-16 where change
of mental status takes place with every individual. We
found development of mental maturity of three months of
old puppy is equivalent to 25 years old human.
Even small external or extracellular
stimuli can give a larger effect through signal
transduction. Our m-RNA sequencing of all the volunteers
suggest that the command of external stimuli triggers
number of biochemical reactions which includes
production of excess reactive oxygen species, which
triggers the signal transduction in either way., which
ultimately causing intermolecular reaction, leading to
mutation in the process of translation and expressed in
respective disease form during life once the conditions
are favourable termed as active mutation.
CAD is a generalised disease
involving entire arterial tree, making the organs
prematurely aged with increase of gap between biological
& real age and certainly angioplasty, stenting and
bypass surgery have become a mismatch surgical
procedure, which increase the incidence of death.
Presently, approx. 70million Indians are suffering from
heart diseases and are on some form of surgical or
medical treatment with no remedy. Premature death is
inherent drawback of bypass surgery which can never be
avoided, although it is proven that it cannot cure CAD,
still it is an established wrong procedure in
cardio-vascular practices.
In case of cancer, it is a second
major form of an epidemic and chemotherapy, radiation
therapy & surgery are not been found to be suitable to
treat this disease to give permanent cure. Our studies
on Applied human genetic engineering has suggested that
chemotherapy is a wrong medical treatment so is the
radiation therapy. It destroys the venules &
capillaries, leaving the normal cells to be deprived of
oxygenation, which lead the patient to die earlier than
the cancer usually kills them. We have been treating
with our molecules responsible genes such as gene
responsible for synthesizing cadherin protein, which
stops further spread of cancer.
Beta blocker is used to treat the
essential hypertension with no permanent cure. If
patient stops taking the beta blocker, they suffer from
same hypertension, stroke, hypertensive nephropathy,
cardiomyopathy etc.
Type II diabetes is a misnomer
terminology to be used and diabetes is always blamed for
CAD. As I mentioned earlier, type II diabetes is a
misnomer terminology to be used. Our studies have
confirmed that it is the result of patient’s own
autoimmune manifestation. We have found that diabetic II
patients treated by other practitioners, are suffering
from auto-immune diseases, which were not been detected
or not been thought to investigate or ingnored. All
cases of type II diabetes associated with autoimmune
disease were treated by us with Baruah Applied human
genetic engineering using Baruah biological molecules
and cured. Surprisingly, the clinicians should have
found out that organs like heart, kidney, liver are
worst sufferers in Type II diabetes than Type I
diabetes. Clinicians should have understood, which is
very unfortunate that damage to these organs is not due
to type II diabetes, but due to autoimmune disease and
patients are always succumb to death prematurely after a
long sufferings.
Infact, heart disease comes first
causing diabetes mellitus. B-cells are more sensitive to
variations of oxygen than myocardial cells, which can
withstand the deprivation of oxygen upto the occlusion
of 30% of coronary arteries before it gives chest pain &
discomfort. We have found functions of beta cells alters
even at the level of 7% occlusion of pancreatic arteries
where adequate synthesis of insulin becomes
questionable. Therefore, our genomic studies have
confirmed that it is the partial or complete occlusion
of coronary and peripheral arteries those are
responsible for diabetes mellitus and not other way
around.
It is thought that the gene therapy will help to
redundant coronary artery bypass surgery, angioplasty,
or stenting. The basic principal was to insert genes
which are responsible for growth factor synthesis, which
will carry out angiogenesis in the heart muscle. But it
is a well known fact that coronary artery disease is not
a localized disease. Entire arterial tree is involved
with occlusion. The procedure of gene
replacement/transfer therapy is a localized procedure,
where "gene insertion" is done near the site of
occlusion, but where entire arterial system is involved,
is it possible to insert genes at each and every site?
No. it was /is not possible. Gene insertion at every
site will be a cumbersome procedure along with its
procedural complications.
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