Our Science

Revolutionising how we detect, prevent & eliminate disease.

The future of healthcare lies not in wearables or routine blood tests but in mining the molecular and cellular data that deciphers the hard-to-identify mechanisms underlying the onset of inflammatory diseases and cancer.

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10Mn

Molecular data points analysed per biological sample

35Bn

India & Singapore-specific molecular data analysed & mined

40K+

Scientific literature references underpinning our models

80%

Sensitivity & specificity on our disease detection models

“Imagine an ecosystem where chronic diseases and cancer become topics in history books — not in the lives of current and future generations.”

Our Vision

Health is driven by bielectric field of cells not by standard instructions as written in hunam genome

While DNA stores manual instructions and code for proteins, however it cannot execute the same. The patterned memories and cellular communication network drives decision for large scale morphogenetic goals using the instructions stored in DNA. Cells navigate through morphogenetic space, driving the shape, form and behaviour of the multi-cellular human.

System Biology Approach

Measuring the energy transformation process and cytokine signals to drive the future of precision health.

Combining biophysics, multiomics and computational models, Genefitletics identifies cellular stressors leading to increase in energy resistance, disrupted electron flow and allostatic overload – causing onset of degenerative diseases and cancer. Rather than fixing mutations or engineering tissues, our regenerative therapeutic interventions reprogram bioelectric to reinstate cellular communication.

Your body gives signals years before symptoms develop. The intersection of biophysics and frontier technologies allows us to measure these hard-to-detect early signals for degenerative diseases and cancer — and deliver disease-modifiable nutritional and regenerative therapeutic interventions.

Our biophysics platform goes beyond conventional diagnostic tools and translates thousands of cellular stressors into cytokine markers to detect onset of degenerative diseases & cancer.

Gene Expression Epigenetics Next Gen Sequencing Machine Learning Pre-Symptomatic Detection

Energy Resistance Model

External Environment

Nutrition · Stress · Hygiene · Toxins

Cellular Stressors

2 million microbiome–mitochondria crosstalk

Allostatic Overload

Cellular and physiological recalibrations

Systemic and Structural Dysregulation

Re-allocation of energy cost for immediate survival

Disease Onset

Breakdown in cell-to-cell communication network and collective intelligence

From Cellular Insights to Regenerative Therapeutics

The Genefitletics Biophysics + ML Platform.

Our platform applies principles of physics on human biological systems & overlays complex mathematical models on 10 million plus cellular data extracted from an individual’s biological sample to identify subtle yet clinically significant bioenergetic dysregulations in an individual’s biochemistry. These dysregulations are mapped to disease pathways, enabling earlier diagnosis than possible with MRI, PET, biopsy, routine plasma level investigations or mutation-based approaches.

Our disease detection models, built on advanced regression algorithms trained on 35 billion cellular data sets, have enabled our platform to identify breakdown in energetic processes of mitochondria associated with onset of type 2 diabetes, cardiovascular diseases, chronic kidney disease, IBD & oral cancer.

Cellular Data Architecture

Transforming human biochemistry into actionable intelligence.

10 million cellular data points + 200,000 longitudinal metadata points per sample — sequenced and measured to construct data-driven precision therapeutic interventions that stimulate anti-inflammatory pathways and suppress pro-inflammatory pathways.

Detection Model Performance

Oral Cancer (OSCC)95%

Type 2 Diabetes80%

Cardiovascular Disease75%

Gum Disease80%

IBD70%

Chronic Kidney Disease80%

Clinically Validated Studies

30Bn+

Proprietary Data Points

400+

Biological Pathways

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Sequence & Measure

We sequence and measure 10 million molecules from gut and oral microbiome genes expressed per sample — translating molecular data into quantified cellular and biochemical pathway scores.

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Machine Learning Models

Every month, new biological samples are sequenced and used by our tech stack to generate, test and validate machine learning algorithms for early detection of multiple cancers and metabolic diseases.

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Precision Therapeutics Construction

Molecular pathways are mathematically married with our biotherapeutics ontology — a database of 40,000+ nutrition substrates — to construct personalised, non-pharmacological interventions that eliminate inflammatory molecules before disease manifests.

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Circular Feedback Loop

Industry’s first and only molecular circular loop mechanism — track the impact of your daily choices on specific molecular and cellular pathways quarterly, and receive modified interventions aligned with the state of your cells.

Where We Look for Molecular Signals

Three biological sources. One complete picture.

Our system biology platform measures 10,000+ biochemical functions spanning three interconnected biological systems — building the most comprehensive molecular profile of your health.

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Gut Microbiome

The ecosystem of microbes in the large intestine has a symbiotic relationship with your biology. Research has found that gut microbiome-derived metabolites play a pivotal role in programming your biology for either health or disease.

Our Approach

Biochemical functions, not microbial diversity ▾

We go beyond microbial DNA and measure the downstream functions performed by microbes — bacteria, fungi, viruses, phages and yeast living in your gut. We do not categorise microbes as good or bad; we categorise them as performing harmful or beneficial activities based on their interaction with the external environment. Our analysis covers 400+ biological pathways encompassing 10,000+ biochemical functions.

400+ Pathways Functional Analysis

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Oral Microbiome

The most dense microbiome ecosystem inside our body. The oral microbiome plays a key role in oral pH regulation, teeth remineralisation and — critically — overall systemic health.

Why It Matters

How oral microbes can harm systemic health ▾

Imbalanced oral microbiome can lead to biofilm and plaque formation — a breeding ground for pathogens that secrete toxic byproducts into the bloodstream, causing leaky gut, oral diseases and systemic conditions including Alzheimer’s, Type 2 Diabetes, cardiovascular disease and IBD.

Should your mouth be sterile? ▾

No. Oral microbes are essential and play a key role in biochemical processes. It is an imbalanced oral microbiome — triggered by the interaction between oral microbes and the external environment — that leads to inflammation and poor oral and systemic health.

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Mitochondrial Function

Your mitochondria produce ATP — the energy currency of your cells — enabling cells to perform tasks, clear metabolic waste and toxins. Mitochondrial inefficiency cascades into systemic dysfunction.

Cellular Ageing & Disease

How cellular functions impact biological age ▾

When mitochondria release ATP, they also secrete ROS — free radicals causing oxidative stress. Mitochondrial dysfunction driven by inflammation leads to ROS production instead of ATP, causing DNA, lipid and protein damage. This impairs cell replication and replacement — accelerating biological ageing and increasing susceptibility to chronic diseases including cancer.

Discover your biological age ▾

We combine and quantify your pro-inflammatory molecular markers to assess your biological age relative to your chronological age — then deliver nutritional therapeutic interventions designed to slow ageing and promote longevity. Our clinical study on 15 billion molecular data sets found the average biological age gap in India is 10.8 years (men) and 7.5 years (women).

Biological Age Longevity

Genefitletics Cancer Diagnostics

Reprogramming Cancer cells to rejoin the Cell Collective.

Our cancer detection platform combines biophysics, throughput sequencing, computational technologies and machine learning to detect multiple cancers at pre-tumour stage. Our regenerative therapeutics modulate the bioelectric fields and re-instate ion channels to instruct cancer cells to pursue large scale anatomical goals in partnership with other healthy cells.

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Deciphering hidden cancer cues in mitochondrial frequency

Cellular biochemistry and machine learning form the centrepiece of our cancer biology platform — creating an atlas of bioelectrome that identifies pre-clinical signatures of multiple cancers.

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Throughput Sequencing

Clinically validated sequencing technology that deciphers downstream functions of microbiome and human cells — measuring inflammatory and carcinogenic molecular pathways at stage 0–1.

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Preventing Recurrence Model

Combines regenerative biotherapeutics and alternative therapies (Red Light, HBOT and more) with standard of care — driving improvements in five year survival rates to 85% +

ORAONCO · Currently Operational

India’s first & only early detection molecular diagnostic test for oral cancer.

95%

Sensitivity

82%

Specificity

10Mn

Molecules Analysed

Pre-tumour

Stage

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Ready to decode your biology?

Explore our lab-developed tests for metabolic diseases and cancer — or reach out to speak with the Genefitletics science team.

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