CHAPTER 3: YOU ARE WHAT YOU ATE YESTERDAY

## CHAPTER 3: YOU ARE WHAT YOU ATE YESTERDAY ### How Epigenetic Memory Means Your Diet Today Programs Your Genes Tomorrow

CORTISOL HOOK: THE MAN WHO COULD NOT START FRESH

Delhi. 2:00 PM. A Monday in January 2026. Connaught Place.

Sanjay Mehta sits at his desk on the seventh floor of a glass-and-steel office tower in the inner circle of Connaught Place, eating lunch from a steel tiffin that his office canteen has delivered to his workstation. Dal makhani — rich, creamy, made with generous amounts of butter and cream, the way corporate canteens make it when the goal is satisfaction rather than nutrition. White rice — polished, stripped of bran and germ, essentially pure glucose with a twenty-minute delivery window to his bloodstream. Two parathas — made from refined wheat flour, shallow-fried in sunflower oil on the canteen's flat griddle. And gulab jamun for dessert ; deep-fried balls of khoya soaked in sugar syrup, each one containing approximately eighteen grams of sugar and twelve grams of fat.

Sanjay is forty-four years old. He is a deputy general manager in the procurement division of a large Indian PSU — a position he reached through twenty years of steady, competent, unremarkable career progression. His salary is ₹24 lakh per year. He lives in a three-bedroom flat in Dwarka with his wife Siddhi, their sixteen-year-old son Yash, and Sanjay's mother, who moved in after his father died of a stroke in 2022.

His father, Vinod Mehta, died at sixty-eight. Stroke — a haemorrhagic event caused by uncontrolled hypertension that had been "managed" with Amlodipine and Telmisartan for fifteen years. Before the stroke, Vinod had Type 2 diabetes (diagnosed at fifty-two), fatty liver disease (diagnosed at fifty-eight), and chronic kidney disease stage 3 (discovered incidentally during a hospital admission for a urinary tract infection at sixty-five). He was on seven medications at the time of his death. He had been a vegetarian his entire life. He did not smoke. He drank alcohol only on special occasions. He walked every morning in the park near their Pitampura flat. By every conventional lifestyle metric, Vinod Mehta was a "healthy" man who did "everything right."

And yet his body accumulated metabolic disease with the relentless precision of compound interest — each condition feeding the next, each medication managing one symptom while creating the conditions for the next diagnosis, until the final catastrophic event rendered the entire pharmaceutical scaffolding irrelevant.

Sanjay watched this happen. He watched his father go from one pill to three to five to seven. He watched the biannual blood tests become quarterly, then monthly. He watched his father's body — once solid, once capable, once the body of a man who had worked as a railway engineer and walked platforms for thirty years : diminish into something fragile, medicated, and perpetually monitored.

And now Sanjay is following the same trajectory. His own blood work, collected last month at Max Hospital in Saket, reads like a preview of his father's medical history: HbA1c 6.1 (pre-diabetic), triglycerides 198 (borderline high), LDL 154 (elevated), uric acid 7.8 (high — gout risk), ALT 52 (elevated — early fatty liver), and fasting insulin 16.2 mIU/L (insulin resistant).

His doctor, Dr. Gupta at Max, has prescribed Metformin 500mg ("preventive, to manage the pre-diabetes") and recommended "lifestyle changes" — the two-word prescription that Indian doctors dispense like a verbal talisman, simultaneously acknowledging that the patient's daily habits are the cause and conceding that the medical system has no infrastructure to actually change them.

Sanjay looks at his lunch. He knows, in the abstract way that educated urban Indians know things about health, that dal makhani with extra butter is not "healthy." He knows that white rice spikes blood sugar. He knows that gulab jamun is pure sugar. He has read articles. He has seen Instagram reels. He has nodded along to his doctor's advice.

And yet he eats this meal, this same meal or its close equivalent, five days a week, fifty weeks a year, and has done so for approximately twenty years — because it is what the canteen serves, because it is what his colleagues eat, because cooking a separate lunch requires time and planning that his mornings do not accommodate, and because the taste of dal makhani and gulab jamun activates the same dopaminergic reward circuits that have been reinforced by two decades of repetition into neural pathways as deep and automatic as breathing.

He tells himself, as he eats the gulab jamun: "I'll start eating healthy tomorrow."

Tomorrow, at 2:00 PM, he will sit at the same desk, open the same tiffin, eat the same dal makhani, and tell himself the same thing.

What Sanjay does not know , what changes everything — is that there is no "starting fresh tomorrow." His cells have a memory. The meal he is eating right now is not merely providing calories and nutrients. It is generating molecular signals that will alter the chemical marks on his DNA — marks that will persist for days, weeks, and in some cases months after the meal is digested and forgotten. His genes are being programmed. Not tomorrow. Now. And those programs do not reset when he wakes up the next morning with good intentions.

This is the science of epigenetic memory — and it is the reason why Sanjay's father, despite being a "healthy" vegetarian who walked every morning, accumulated the same metabolic diseases as men who smoked and drank. Because Vinod Mehta's diet — the same refined-grain, low-fibre, high-sugar, seed-oil-cooked diet that has replaced traditional Indian food across the subcontinent over the past four decades . was writing disease-promoting instructions on his DNA every single day, three meals a day, for forty years. The walking could not overwrite what the food was programming. The vegetarianism could not compensate for the absence of fibre, the excess of refined carbohydrates, and the systematic replacement of ghee with inflammatory seed oils.

The prescription pad cannot fix what the dinner plate is causing.

THE DISCOVERY: YOUR DIET CREATES LASTING GENETIC MARKS

A comprehensive review published by researchers at the European Molecular Biology Laboratory (EMBL) and the University of Cambridge (2024-2025) synthesised over a decade of diet-epigenetics research into a single, paradigm-shifting conclusion:

> "Diet-driven molecular changes may create a form of 'epigenetic memory' that influences metabolism, obesity risk, and long-term health outcomes even after environmental conditions change."

This is not a minor finding. It overturns the common belief that dietary effects are temporary — that a "bad meal" is forgotten by the body once the food is digested. The research demonstrates that dietary inputs create lasting chemical modifications on DNA and histone proteins that persist for days, weeks, and sometimes months after the dietary trigger is removed. Your body does not forgive and forget. It records and remembers.

Research published in Phytochemistry Reviews and related journals (2024-2025) has mapped the specific plant compounds that directly modify DNA methylation patterns — the most stable and long-lasting form of epigenetic modification. Multiple peer-reviewed studies have now confirmed the epigenetic activity of common dietary polyphenols:

Curcumin (from turmeric) — inhibits DNA methyltransferase enzymes (DNMTs), the molecular machinery that adds methyl groups to DNA. When DNMTs are inhibited, genes that were silenced by methylation — including tumour suppressor genes and anti-inflammatory genes ; become active again. A single teaspoon of turmeric in your dal is not merely adding flavour. It is demethylating genes that, if left silenced, contribute to cancer, chronic inflammation, and metabolic disease. The effect persists for twenty-four to forty-eight hours after consumption.

EGCG (Epigallocatechin gallate) from green tea — modulates both DNMT activity and histone acetylation, the two primary epigenetic control mechanisms. Two cups of green tea per day produce sufficient EGCG concentrations to measurably alter the methylation status of inflammatory genes. The Camellia sinensis plant, cultivated in the Nilgiris, Assam, and Darjeeling for over 150 years, contains one of the most potent epigenetic modifiers available in a common beverage.

Quercetin (from onions, apples, and tulsi) — activates sirtuins (SIRT1) and modulates NF-kB signalling, producing anti-inflammatory methylation patterns that reduce chronic disease risk. The Indian kitchen's daily use of onions and garlic in tadka (tempering) is not merely a flavour tradition — it is a twice-daily dose of epigenetically active compounds.

Sulforaphane (from cruciferous vegetables — broccoli, cauliflower, cabbage) : acts as a histone deacetylase inhibitor (HDACi), loosening the histone proteins around which DNA is wound and reactivating genes that have been silenced by inflammatory or carcinogenic processes. The humble gobi (cauliflower) and bandh gobi (cabbage) of Indian cuisine are among the most epigenetically potent foods available.

Research from multiple institutions, including studies published in Frontiers in Epigenetics and Epigenomics (Lee et al., 2024) and Neuropsychopharmacology (2025), has examined how dietary methyl donors — the nutrients that directly supply the CH3 groups used to mark DNA — influence mental health through epigenetic mechanisms. The evidence consistently shows that deficiency in folate, vitamin B12, choline, and betaine produces aberrant DNA methylation in brain regions associated with mood regulation, memory, and executive function, increasing the risk of depression, cognitive decline, and schizophrenia.

The implication for India is staggering. An estimated sixty to eighty percent of Indian vegetarians are deficient in vitamin B12 — the nutrient essential for the methylation cycle that controls gene expression in the brain. This deficiency is not a minor nutritional gap. It is a nationwide epigenetic crisis that may explain, in part, the explosive growth of depression and anxiety in urban India over the past two decades.

THE VEDIC PARALLEL: AHARA VIDHI — THE SCIENCE OF EATING

Ayurveda does not treat food as merely fuel. It treats food as medicine, as information, as the primary determinant of health and disease. The Charaka Samhita dedicates an entire section , Ahara Vidhi Vidhan (the method and rules of food consumption) — to codifying not just what to eat, but how to eat, when to eat, in what combinations, and with what awareness.

Four principles from Ahara Vidhi map directly to modern epigenetic nutrition:

Principle 1: Prakriti-Anukulam (Food According to Constitution). Ayurveda recognises that the same food affects different constitutions differently — what balances Vata may aggravate Pitta, what nourishes Kapha may overwhelm Vata. This is the ancient version of nutrigenomics — the emerging science of how individual genetic variation determines the body's response to specific nutrients. A 2025 study in Nutrients demonstrated that individuals with specific MTHFR gene variants (affecting folate metabolism) require higher dietary folate to maintain normal methylation patterns — confirming that nutritional requirements are genetically individual, exactly as Ayurveda taught.

Principle 2: Ritucharya (Seasonal Eating). Ayurveda prescribes different foods for different seasons: cooling foods (cucumber, coconut water, watermelon) during Grishma (summer), warming and light foods (moong dal, ginger, warm soups) during Varsha (monsoon), and heavy, nourishing foods (ghee, nuts, jaggery, root vegetables) during Hemanta and Shishira (winter). This seasonal cycling is not arbitrary. The human microbiome changes composition seasonally . a 2025 study in Cell Host & Microbe showed that gut bacterial populations shift in response to seasonal dietary and temperature changes, and that eating counter-seasonally (ice cream in winter, heavy foods in summer) disrupts these natural microbiome cycles and the epigenetic patterns they regulate.

Principle 3: Samyoga (Food Combinations). Ayurveda identifies specific food combinations that enhance or impair digestion and nutrient absorption. Turmeric with black pepper — piperine increases curcumin bioavailability by two thousand percent. Ghee with vegetables — the fat-soluble vitamins A, D, E, and K in vegetables require dietary fat for absorption. Dal with rice — the combination provides all essential amino acids (lysine from dal, methionine from rice). These are not folk traditions. They are empirically validated nutrient synergies that optimise the delivery of epigenetically active compounds to your cells.

Principle 4: Agni-Anukulam (Food According to Digestive Capacity). Eat the main meal at midday, when Pitta dosha (transformative energy) peaks and Agni (digestive fire) is strongest. Eat a light dinner before sunset. Do not eat after 8 PM. This timing protocol aligns with circadian biology — insulin sensitivity peaks at midday and declines in the evening, meaning the same meal produces a lower glucose spike at noon than at 10 PM. The 2017 Nobel Prize in Physiology or Medicine, awarded for circadian rhythm research, validated what Ayurveda has prescribed for three thousand years: when you eat matters as much as what you eat, because the timing of food intake determines which metabolic genes are activated and which epigenetic marks are set.

THE MECHANISM: THE JOURNEY FROM PLATE TO GENOME

Every meal you eat follows a precise molecular pathway from your plate to your DNA:

Step 1: Digestion and Absorption. Food enters the mouth and begins mechanical and enzymatic breakdown. Carbohydrates are cleaved by salivary amylase. Proteins are denatured by stomach acid (hydrochloric acid, pH 1.5-3.5) and digested by pepsin. Fats are emulsified by bile salts in the duodenum and digested by pancreatic lipase. The resulting molecules ; amino acids, fatty acids, glucose, vitamins, minerals, and phytochemicals — are absorbed through the intestinal wall into the portal vein and delivered to the liver for processing and systemic distribution.

Step 2: One-Carbon Metabolism (The Methylation Engine). This is where food becomes epigenetic instruction. Folate (from leafy greens — spinach, methi, palak) is converted to 5-methyltetrahydrofolate (5-MTHF) by the enzyme MTHFR. This methyl group is transferred to homocysteine (with vitamin B12 as cofactor), creating methionine. Methionine is then activated by ATP to form S-adenosylmethionine (SAM) — the universal methyl donor that provides the CH3 groups used to mark DNA, modify histones, and synthesise neurotransmitters.

If folate is deficient, the cycle stalls. If B12 is deficient, homocysteine accumulates (a cardiovascular risk factor) and methionine production drops. If choline is deficient, an alternative pathway (the betaine-homocysteine methyltransferase pathway) cannot compensate. The result: insufficient SAM production → inadequate DNA methylation → genes that should be silenced (oncogenes, inflammatory genes) remain active, and genes that should be active (tumour suppressors, anti-inflammatory genes) remain silent.

Sanjay's lunch — white rice, dal makhani with cream, parathas made from refined flour, gulab jamun : contains virtually no folate (the spinach has been replaced by cream), minimal B12 (vegetarian without supplementation), no choline (no eggs, minimal legume variety), and no betaine (no beets, no quinoa). His methylation machinery is running on empty. Every day. For twenty years.

Step 3: SCFA Production and Histone Modification. When dietary fibre reaches the colon, beneficial gut bacteria ferment it into short-chain fatty acids — primarily butyrate, propionate, and acetate. Butyrate is a potent histone deacetylase inhibitor (HDACi): it modifies the histone proteins around which DNA is wound, loosening the chromatin structure and reactivating genes that have been epigenetically silenced. The genes reactivated by butyrate include those involved in intestinal barrier integrity, anti-inflammatory response, and tumour suppression.

Sanjay's lunch contains approximately four grams of fibre — from the small amount of whole dal in the makhani and the negligible fibre in white rice. His colon receives insufficient substrate for SCFA production. His butyrate levels are chronically low. His histone landscape is shifted toward pro-inflammatory, pro-disease gene expression patterns.

Step 4: Polyphenol-Mediated Epigenetic Editing. The phytochemicals in plant foods — curcumin, EGCG, quercetin, sulforaphane, resveratrol — are absorbed into the bloodstream and enter cells, where they directly interact with epigenetic enzymes. They inhibit or activate DNA methyltransferases, histone acetyltransferases, histone deacetylases, and non-coding RNA expression , effectively editing the epigenetic marks on your DNA based on what you ate.

Sanjay's lunch contains one significant polyphenol source: the turmeric in the dal makhani. But the curcumin in that turmeric has approximately two percent bioavailability without black pepper (piperine), and the canteen does not add black pepper to the dal. The epigenetic editing potential of his meal is negligible.

Step 5: Epigenetic Memory Formation. Here is the critical insight: the epigenetic marks set by today's meal do not disappear when the meal is digested. Acute dietary changes alter DNA methylation within seventy-two hours. Chronic dietary patterns — the same meal repeated daily for months or years — create stable epigenetic marks that persist even after the diet changes. Some marks set during critical developmental windows (fetal development, childhood, puberty) persist for life.

This is why Sanjay cannot "start fresh tomorrow." His twenty years of refined-grain, low-fibre, methyl-donor-depleted meals have created a stable epigenetic landscape that promotes insulin resistance, inflammation, and metabolic dysfunction. Changing this landscape requires not one healthy meal but sustained, consistent dietary change over weeks and months — long enough for the new dietary inputs to overwrite the old epigenetic marks and establish new, health-promoting patterns.

THE TOOL: THE EPIGENETIC EATING PROTOCOL

This protocol is designed to provide your methylation machinery with the raw materials it needs, your gut bacteria with the fibre they require, and your cells with the polyphenol signals that edit your epigenome toward health.

PHASE 1: METHYL DONOR LOADING (Daily, Non-Negotiable)

Your one-carbon metabolism cycle requires four nutrients every single day, without exception:

Folate — one cup of cooked spinach (palak) or methi (fenugreek greens) provides approximately 260 micrograms of folate. Add it to dal, make palak paneer, or blend it into a morning smoothie. The biological WHY: folate is the entry point of the methylation cycle. Without it, 5-MTHF production halts, homocysteine accumulates, and SAM synthesis drops. Every green leafy vegetable you eat is feeding the engine that writes your epigenetic code.

Vitamin B12 . one egg or one cup of milk provides the 2.4 micrograms your body requires daily. Strict vegetarians MUST supplement — this is non-negotiable. B12 deficiency is the most common nutritional deficiency in India, affecting an estimated sixty to eighty percent of vegetarians. A B12 supplement (methylcobalamin, 1000mcg daily) costs less than ₹5 per day and prevents the methylation dysfunction that drives depression, cognitive decline, and cardiovascular disease.

Choline — two eggs provide approximately 300mg of choline. For vegetarians: 100 grams of paneer (150mg), one cup of cooked rajma (70mg), or a choline supplement (400mg daily). The biological WHY: choline feeds the phosphatidylcholine pathway, an alternative route for methyl group production that becomes critical when folate or B12 are insufficient.

Betaine — half a cup of cooked beets or one cup of cooked quinoa provides adequate betaine. The biological WHY: betaine acts as an alternative methyl donor through the betaine-homocysteine methyltransferase (BHMT) pathway in the liver, providing a backup system for methylation when the primary folate-B12 pathway is stressed.

PHASE 2: POLYPHENOL ACTIVATION (Daily)

Add these epigenetically active compounds to your daily diet:

Turmeric with black pepper — one teaspoon of turmeric in dal, sabzi, or warm milk, ALWAYS with a pinch of black pepper. The curcumin in turmeric inhibits DNA methyltransferases, demethylating and reactivating genes silenced by inflammatory processes. The piperine in black pepper increases curcumin absorption by two thousand percent. Without the pepper, ninety-eight percent of the curcumin passes through your body unused. Every Indian grandmother who adds black pepper to haldi doodh is practising precision epigenetic medicine.

Green tea ; two cups daily. The EGCG in green tea modulates both DNMT activity and histone acetylation, producing measurable changes in the methylation status of inflammatory and tumour-suppressor genes within twenty-four hours of consumption.

Onions and garlic in tadka — the quercetin in onions and the allicin in garlic produce anti-inflammatory methylation patterns and activate sirtuin enzymes (SIRT1) that regulate cellular aging. The daily tadka — the tempering of whole spices, onions, and garlic in ghee — is an epigenetic activation protocol disguised as a cooking technique.

Tulsi tea — one cup daily. The eugenol and ursolic acid in tulsi (holy basil) have neuroprotective epigenetic effects, modulating methylation patterns in genes associated with stress response and cognitive function. Tulsi is classified in Ayurveda as a Rasayana (rejuvenative) : and the epigenetic mechanism validates the classification.

PHASE 3: FIBRE FOR SCFA PRODUCTION (25-35 grams daily)

Your gut bacteria cannot produce the butyrate that modifies your histones without fibre as substrate:

Three to four servings of vegetables daily — prioritise cruciferous vegetables (cauliflower, cabbage, broccoli) for sulforaphane content. One cup of cooked dal daily — moong, masoor, or toor dal provides fifteen grams of fibre plus complete plant protein. Two rotis made from whole wheat (atta, not maida) or one cup of brown rice. One tablespoon of ground flaxseeds added to dahi or smoothies — three grams of fibre plus anti-inflammatory omega-3 fatty acids. Half a cup of cooked oats — beta-glucan fibre that specifically feeds Bifidobacterium species.

PHASE 4: TIME-RESTRICTED EATING (16:8 Window)

Last meal by 7-8 PM. First meal at 11 AM-12 PM the next day. Sixteen-hour fasting window.

During hours twelve to sixteen of fasting: autophagy , the cellular self-cleaning process — ramps up. Insulin drops to baseline, allowing the metabolic switch from glucose-burning to fat-burning. AMPK (the longevity-signalling pathway) activates. SIRT1 (the DNA repair and stress resistance pathway) activates. mTOR (the growth-signalling pathway that, when chronically elevated, promotes cancer and accelerated aging) is inhibited.

Ayurveda called this Langhana — therapeutic fasting or lightening therapy. It was prescribed not as deprivation but as purification: giving the digestive system rest to complete the transformation of food into tissue, energy, and Ojas. Modern metabolomics confirms that the fasting window is when the body shifts from nutrient processing to cellular maintenance — the epigenetic equivalent of running software updates on your operating system.

COMPOSITE CASE STUDY ILLUSTRATION: THE THREE-GENERATION PATTERN

The following account is a composite illustration — drawn from patterns commonly observed in Indian families navigating generational dietary transitions. Names, ages, and specific details have been constructed to make the science relatable. It is not a record of a specific individual.

"Three generations of Mehta men. My grandfather ate dal-roti with ghee, seasonal sabzi from the local mandi, and homemade dahi. He lived to eighty-seven with no chronic disease and no medication. My father ate the same dal-roti but with refined flour instead of whole wheat, sunflower oil instead of ghee, and added Parle-G biscuits, white bread, and Amul butter to the rotation. He died at sixty-eight after fifteen years of hypertension medication, diabetes medication, cholesterol medication, and kidney medication. I was on the same path . pre-diabetic at forty-two, fatty liver at forty-three, seven medications prescribed by my forty-fifth birthday.

Then I took the Sampurna Samruddhi nutrition programme. The protocol was not exotic. It was my grandfather's diet, scientifically explained: whole grains instead of refined, ghee instead of seed oil, turmeric with black pepper, daily dal with spinach, homemade dahi, no food after 7 PM. I added B12 supplementation (vegetarian, never supplemented before — my levels were 148 pg/mL, severely deficient).

Six months later: HbA1c dropped from 6.1 to 5.3. Triglycerides dropped from 198 to 128. ALT normalised at 28 (fatty liver resolving). Fasting insulin dropped from 16.2 to 7.4 (insulin sensitivity restored). My doctor discontinued Metformin. He said, 'I don't know what you're doing, but your blood work looks like a different person.'

Same genes as my father. Same genes as my grandfather. Different food. Different epigenetic expression. Different outcome." — Sanjay M., 45, Delhi, Sampurna Samruddhi Nutrition Programme, 2025

THE BRIDGE: FOOD PROGRAMS EVERY PILLAR

Your diet does not merely affect your health. It programs the epigenetic machinery that determines your capacity for wealth, relationship, purpose, and spiritual growth:

SAMPATTI (Wealth): The apparent economy of cheap processed food — ₹60 Maggi versus ₹200 home-cooked dal-sabzi — is a financial illusion. The metabolic disease generated by twenty years of processed food costs ₹5-15 lakh per year in medications, doctor visits, hospitalisations, and lost productivity. Investing ₹3,000-5,000 more per month in quality food is the highest-ROI financial decision available to an Indian family. Your grocery bill is your most important investment.

SAMBANDH (Relationships): Inflammatory diet produces gut dysbiosis, which produces neuroinflammation, which produces irritability, emotional reactivity, reduced empathy, and impaired social cognition. The family dinner fights that erupt over trivial triggers, the marriage that slowly erodes under the weight of chronic irritability, the parent who snaps at children for minor infractions ; these are not character flaws. They are frequently the downstream effects of a brain inflamed by the food its owner ate twelve hours ago.

KARYA (Purpose): Brain fog, chronic fatigue, inability to concentrate, loss of creative energy — the symptoms that millions of Indian professionals attribute to "stress" or "age" — are often direct consequences of nutritional epigenetic dysfunction. Your career performance has a metabolic ceiling determined by what you eat. You cannot think clearly with a brain deprived of methyl donors, running on inflammation, and starved of the SCFAs it needs for neuroplasticity.

ADHYATMA (Spirituality): The Bhagavad Gita (Chapter 17, Verses 8-10) classifies food into three categories. Sattvic food — fresh, wholesome, natural, prepared with care — promotes clarity, calm, and spiritual receptivity. Rajasic food : overly spicy, stimulating, excessive — promotes agitation and restlessness. Tamasic food — stale, processed, lifeless, heavy — promotes dullness, lethargy, and spiritual opacity. This classification maps precisely to epigenetic science: sattvic foods provide methyl donors, polyphenols, and fibre that activate health-promoting genes. Tamasic foods trigger inflammatory methylation, deplete SCFA production, and silence the very genes that support cognitive clarity and emotional equanimity.

You cannot meditate your way out of a bad diet. You cannot pray your way past twenty years of inflammatory gene programming. The path to spiritual clarity begins on your dinner plate.

Your fork is the most powerful tool for genetic reprogramming you will ever own. Use it wisely.

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