A paradigm to understand and enable
Prevention & Intervention
With advanced Bio-science molecular technologies, exponentially powerful computing hardware and global Internet connectivity already here today we can dream to impact global humanity effective for prevention of chronic diseases.
Our process leverages a new and advanced science of 21st century combining all faculties of human biology and advanced technology for disease interception, reversal and positive identification in early life-cycle.
Seven Years in making.
Bio-enzyme technology coupled with machine learning AI algorithms
Our Saliva
mirror of the body
Saliva, commonly considered as the ‘mirror of the body’, is very attractive as a bio medium for
clinical diagnostics. Its unique properties, such as non-invasive accessibility and the presence
of plentiful disease biomarkers, make it particularly attractive for disease diagnosis and
monitoring.
Saliva is an aqueous fluid found in the oral cavity, composed of a complex mixture of
secretory products (organic and inorganic products) from the salivary glands and other
substances coming from the oropharynx, upper airway, gastrointestinal reflux, gingival
sulcus fluid, food deposits, and blood-derived compounds. Saliva is one of the most complex,
versatile, and important body fluids, supplying a large range of physiological needs. Saliva
has been used in diagnostics for more than 2000 years in the eastern medicinal system.
Our body has many signals for our
understanding of its physical, vital,
mental and spiritual state. With use of
latest Bio-enzyme nanotechnology and
machine learning algorithms we
now have future of preventative care
possible at a very low cost for all of
humanity.
Saliva has been called as a mirror of the body's health as it contains the serum constituents
that are measured in standard blood tests to monitor health and diseases. Like blood, saliva is
a complex fluid containing a variety of enzymes, hormones, antibodies, antimicrobial
constituents, and growth factors. Many of these enter saliva from the blood by passing
through the spaces between cells by transcellular (passive intracellular diffusion and active
transport) or paracellular routes (extracellular ultrafiltration). Therefore, saliva is functionally
equivalent to serum, but its low concentration compared with the levels in the blood may
prevent salivary diagnostics from being clinically practical; however, with the development of
new and highly sensitive techniques (e.g. molecular diagnostics, nanotechnology), the low
concentration of analytes in saliva is no longer a limitation.
Knowledge of the effects of diabetes on salivary composition and function remains equivocal.
Basement membrane permeability of the parotid gland is reported to be higher in diabetes
mellitus, and this results in raised percolation of components such as glucose, amylase, and
protein from blood, thus raising their levels in saliva. The proline-rich proteins (PRPs)
constitute about 70% of human salivary proteins and unusual in their Amino acid
compositions, with Proline comprising 25%-45% of the Amino acid residues.
Understanding Biomarker
Why should you choose Saliva Diagnostics?
Saliva has been called as a mirror of the body's health as it contains the serum constituents that are measured in standard blood tests to monitor health and
diseases. Like blood, saliva is a complex fluid containing a variety of enzymes, hormones, antibodies, antimicrobial constituents, and growth factors. Many of these
enter saliva from the blood by passing through the spaces between cells by transcellular (passive intracellular diffusion and active transport) or paracellular routes
(extracellular ultrafiltration). Therefore, saliva is functionally equivalent to serum, but its low concentration compared with the levels in the blood may prevent
salivary diagnostics from being clinically practical; however, with the development of new and highly sensitive techniques (e.g. molecular diagnostics,
nanotechnology), the low concentration of analytes in saliva is no longer a limitation.
Science of Bio.Software
Mobile Ready Algorithm Computing & Intelligent Bio.Image Processing
To provide accurate, low cost, and real-time glucose screening, our international research scientists and bio-technologist along with AI and Machine learning software algorithm experts have spent over seven years in development and clinical trials globally.
Our Bio.Software algorithms use the enzymatic correlation of nano pixels to glucose calibrated readings and provide a precise range of levels for the patient to understand his/her diabetic levels. The software is designed to run on the mobile platform as well as in the cloud to give an instantaneous reading within minutes and have high precision accuracy comparable to clinical testing mechanisms. It also demonstrates excellent clinical accuracy as compared to salivary glucose obtained by UV Spectrophotometer. The constant correlation between blood glucose and salivary glucose for each person enables non-invasive diagnosis of diabetes through saliva early on in disease development cycle for preventative care. Blood glucose and salivary glucose profiles are highly individual dependent, and it is proven clinically that there is a scientific correlation between glucose levels in saliva and in blood for both fasting and post-prandial testing.
We believe, this disposable glucose test is very powerful for in-time convenient tracking of glucose levels in saliva ubiquitously, and can further be used for both diagnosis of pre-diabetic or diabetic conditions as well as lifestyle glucose awareness.
Non.Invasive Solutions
We are investing relentlessly in science of additional
Bio-markers for integral diagnosis and root cause analysis of human biological state for preventative care.
Type:
Non Invasive
Saliva or Urine
currently under research/trails include:
Cortisol
Creatine
Ketone
Dopamine
Estradiol
Progesterone
Estriol
Insulin
Aldosterone
Testosterone
Dehydroepiandrosterone
Androstenedione
Dihydrotestosterone
Disposable. Bio-Degradable. Algorithmic Inclusion.