BIO-ARCHITECTURE REPORT™

SUBJECT: Ghada Sawalha · Age 44 · Dubai | PRECISION GENOME PLAN

Chronotype: Evening-Leaning — DNA panel "Night Owl" + $CYP1A2 higher caffeine sensitivity (slow clearance)

Data Layers: ✓ DNA (Circle DNA Premium NGS) · ✓ Blood Panel (Thumbay Labs, 05-Jun-2026) · ✕ Microbiome · ✕ Wearables

#NightOwl #WarriorStress #CreativeEngine #IronOverloadHFE #MetabolicWatch #InflammationProne

Biological Age (PhenoAge) 35.8 yrs −8.2 vs chronological 44

Genetic Risk Score 31 / 100 Moderate · Predisposition

Two layers now agree — and disagree in one telling place. Your Genetic Risk Score is 31/100 (Moderate) from DNA, and your blood now puts a real scoreboard next to it: PhenoAge 35.8 years — about 8 years younger than your age of 44 (driven by excellent glucose, very low hs-CRP, and healthy albumin). The headline conflict is the iron axis: your DNA flagged HFE iron-overload risk, but your blood shows the exact opposite — iron deficiency (ferritin 2.5, mild anemia). The genes are present; they are not being expressed — so the priority flips from "avoid iron" to "correct the deficiency and find its cause," monitored by a doctor because of the HFE background. The one genetic risk that is showing up in blood: cholesterol (total 212, LDL 118). Glucose and inflammation are excellent. Three moves: see a doctor about the low ferritin, work the cholesterol with diet + fibre, and keep your evening rhythm.

2.5

Ferritin (measured)

TARGET > 30 · LOW

118

LDL mg/dL (measured)

TARGET < 100

2.1

HOMA-IR (measured)

TARGET < 1.5

0.4

hs-CRP mg/L (measured)

TARGET < 1.0 ✓

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Report Interrogation

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Genetic Risk Score Breakdown — 31 / 100

How your 31 was calculated — every elevated trait, every weight

MODERATE BAND · 31–55

Elevated Trait	Gene Locus	Severity	Weight	Points
High Cholesterol	$LDLR / $APOB region	HIGH	×3	+3
Type 2 Diabetes	$TCF7L2	HIGH	×3	+3
Deep Vein Thrombosis (clotting)	$F5 / $F2 region	HIGH	×3	+3
Bipolar Predisposition	$CACNA1C / $ANK3 region	MED	×2	+2
Salt Sensitivity (Higher)	$AGT	MED	×2	+2
Increased Inflammatory Response	$CRP / $IL6 region	MED	×2	+2
Higher Antioxidant Need	$SOD2 / $GPX region	MED	×2	+2
Weight Regain (Elevated)	$FTO region	MED	×2	+2
Stress-Induced Obesity (Moderate)	$ADRB2 region	MED	×2	+2
Androgenetic Alopecia	$AR	LOW	×1	+1
Slow Caffeine Clearance	$CYP1A2	LOW	×1	+1
Lactose Intolerance	$MCM6 / $LCT	LOW	×1	+1
Acne (High)	$FGFR2 region	LOW	×1	+1
Mature Skin Age	$MMP1 region	LOW	×1	+1
Elevated Injury Risk	$COL1A1 / $COL5A1 region	LOW	×1	+1
Higher Dust-Allergy Sensitivity	$HLA region	LOW	×1	+1
Elevated Stress-Fracture Risk	$VDR region	LOW	×1	+1
Increased Pain Sensitivity	$COMT region	LOW	×1	+1
Higher Cellulite Tendency	$HIF1A region	LOW	×1	+1
Total Genetic Risk Score				31 / 100

Score = Σ(Severity Weight). HIGH ×3 · MED ×2 · LOW ×1 · Cap 100. Bands: 0–30 Low · 31–55 Moderate · 56–80 Mod-High · 81–100 High. Heuristic index only — not a validated polygenic risk score or diagnosis.

NOTE: The Circle DNA summary reports trait-level findings (e.g. "Elevated Risk"), not itemised genotype calls. Gene loci shown are the canonical loci for each trait class, not confirmed individual alleles.

How Your Body Systems Connect: The Main Conflict

The Problem: Now that blood is in, the picture sharpens. The Engine (metabolism) carries a genetic cluster — Type 2 Diabetes, High Cholesterol, weight-regain, salt sensitivity — and blood confirms one of these is live: cholesterol (212 total / 118 LDL). The reassuring half: glucose, HbA1c (4.9%) and inflammation (hs-CRP 0.4) are excellent, which is why your PhenoAge is 8 years young. The Chassis remains a strength (increased lean mass, Warrior resilience) but with elevated injury/stress-fracture risk, so load it carefully. The Filter is where DNA and blood openly disagree: your genes predicted iron overload (HFE), but your blood shows iron deficiency (ferritin 2.5, Hb 11.9). Blood wins — the gene isn't being expressed. The high-leverage move is to correct the deficiency and find its cause, while a doctor keeps an eye on iron levels because the HFE background means you can over-absorb once stores refill.

DNA + Blood

The Engine

Cholesterol Is Live

Genetic T2D + cholesterol risk — and blood shows cholesterol is the one currently expressed. Glucose is excellent.

LDL Cholesterol118 mg/dL

HbA1c4.9% ✓

DNA

The Chassis

Strong but Load Carefully

Increased lean mass + Warrior resilience are gifts. Elevated injury & stress-fracture risk mean technique and recovery matter.

Lean Mass (DNA)INCREASED

Injury RiskELEVATED

DNA ≠ Blood

The Filter

Iron: Genes vs Reality

DNA predicted overload; blood shows deficiency. The prediction is overruled — correct the low ferritin, find the cause, monitor due to HFE.

Ferritin2.5 ng/mL

Hemoglobin11.9 g/dL

Section I — Your Diet & Metabolism

How Your Body Handles Carbs, Salt & Iron

Trait: The Cardiometabolic + Mineral Profile ($TCF7L2 + $AGT + $HFE + $MCM6)

Evidence Level DNA-LEVEL

What This Means

Your $TCF7L2 (Type 2 Diabetes) and elevated weight-regain signal mean refined carbs spike you harder and stick around longer than average — so the lever isn't "low-carb," it's low-GI, high-fibre carbs. Your higher salt sensitivity ($AGT) makes sodium a blood-pressure lever worth respecting. Your DNA flagged HFE iron-overload risk — but your blood shows the opposite: iron deficiency (ferritin 2.5). So iron-rich foods are now helpful, and pairing them with vitamin C boosts absorption; let your doctor guide any iron supplement and re-testing, since the HFE background means levels should be watched once stores refill. And because you're likely lactose intolerant ($MCM6), dairy should be swapped for lactose-free or plant alternatives.

How to Eat

Anchor every meal on protein + fibre + colourful plants (antioxidant need is higher).
Carbs = low-GI only: lentils, oats, quinoa, sweet potato, beans. Skip white bread, pastry, sugary drinks.
Keep added salt low — cook fresh, taste before salting ($AGT).
Rebuild iron with food + vitamin C (ferritin 2.5); supplement & re-test via your doctor ($HFE).

Your Daily Food Breakdown

Daily Goal: 1,550 kcal (gentle deficit · maintenance ≈ 1,820)

Protein 30% (~116g)

~1.7g/kg — protects your increased lean mass during fat loss + keeps you full.

Smart Fats 30% (~52g)

Olive oil, avocado, oily fish, nuts. Helps cholesterol pattern + satiety.

Low-GI Carbs 40% (~155g)

$TCF7L2 — carbs aren't the enemy, but they must be slow-release + fibre-rich.

Daily Calorie Adjustments

Rest Days 1,450kcal

Workout Days 1,700kcal

BMR via Mifflin-St Jeor (Women): 10·68 + 6.25·160 − 5·44 − 161 = 1,299 kcal; TDEE ×1.4 ≈ 1,820.

Metabolic Strategy

30g fibre/day (oats, legumes, veg) — blunts glucose spikes and lowers LDL.
Walk 10–15 min after lunch & dinner — cheapest fix for $TCF7L2 glucose handling.
Eating window 11:00 – 20:30 (your evening chronotype's cutoffs).

Green List — Eat Often

• Oily fish (salmon, sardines)
• Lean red meat (iron)
• Lentils + chickpeas (iron)
• Spinach + beans (iron)
• Quinoa
• Steel-cut oats
• Sweet potato
• Leafy greens
• Broccoli, cauliflower
• Mixed berries (antioxidants)
• Olive oil (extra virgin)
• Avocado
• Walnuts + almonds
• Ground flaxseed
• Turmeric + ginger
• Garlic
• Lactose-free / plant milk
• Green tea / matcha (AM)
• Dark chocolate (85%+)
• Plenty of water

Red List — Avoid / Minimize

• Sugary breakfast cereals
• Sweetened yoghurt drinks
• Deep-fried snacks
• Processed pastries
• Milk / soft cheese ($MCM6)
• Ice cream / cream sauces
• High-salt / processed food ($AGT)
• Cured & deli meats
• White bread / pastry
• Sugary drinks / juice
• Fried foods
• Refined seed oils
• Coffee after 12:00 ($CYP1A2)
• Energy drinks
• Bulletproof / butter coffee
• Excess alcohol

Midlife & Hormonal Strategy (Age 44)

FEMALE · PERIMENOPAUSE-AWARE

Your DNA lists female sex-hormone levels as likely normal, and at 44 you may be entering perimenopause — a window where insulin sensitivity dips, bone turnover rises and lean mass needs defending. The priorities that follow from your panel: keep protein high (muscle protection), load bones safely (your stress-fracture risk is elevated, so progress gradually), stay anti-inflammatory (omega-3 + antioxidants), and protect sleep. If you still menstruate, you can ease back on training volume and add magnesium-rich foods in the days before your period. None of this requires guessing hormone numbers — a simple panel (estradiol, FSH, thyroid) at your next blood draw will tell you exactly where you are.

Section II — Your Weekly Workout Plan

Best Time to Train

16:00 – 18:00

Why this window: Your "Night Owl" evening chronotype puts core body temperature, tendon elasticity and lung capacity at their daily peak in the late afternoon — the body is primed to produce its best strength and lowest injury risk then. Because your $CYP1A2 clears caffeine slowly, a morning matcha is still mildly active in the afternoon, so you don't need a stimulant pre-workout. Training before 10:00 fights your hormonal curve and tends to feel flat. (No wearable data was provided to confirm with HRV — add an Oura/WHOOP export and this window can be validated against your own numbers.)

How to Train Right for You (Even Power/Endurance/Strength split)

Your DNA points to a balanced athlete — medium power, medium endurance, medium strength — with increased lean body mass and above-average fatigue resistance. That's a strong base. The two guardrails are clear: your injury risk and stress-fracture risk are both elevated, so non-negotiables are a thorough warm-up, clean technique, gradual load progression, and real recovery days. Weight-bearing resistance work protects bone; mixed cardio + mobility keeps the joints happy. Recovery efficiency is normal, so 1–2 full rest days/week are appropriate.

Your 3-Month Goals

BMI trend (from 26.6)< 25
Add / preserve lean muscle+1–2 kg
Body-fat baselineDEXA — N/A (pending)
Post-meal walks / day2 × 10 min

Your Ideal Weekly Schedule

Mon — Lower Body Strength17:00 · 45 min

Tue — Zone 2 Cardio + Mobility17:00 · 40 min

Wed — Upper Body Strength17:00 · 45 min

Thu — Rest / easy walkActive recovery

Fri — Full Body / Glutes17:00 · 50 min

Sat — Yoga / Pilates (mobility)17:00 · 50 min

Sun — Rest / long walkActive recovery

Section III — Your Strategic Supplement Stack

Priority — Iron Deficiency (ferritin 2.5)

See a doctor

Your DNA predicted iron overload (HFE), but your blood shows the opposite: ferritin 2.5 ng/mL (range 13–150) with mild anemia (Hb 11.9). This is the most actionable item on the page — and it needs a clinician, both to find the cause (menstrual loss, diet, or GI) and to dose/monitor iron safely given your HFE background.

Iron repletion

Likely needed — but the form and dose are a doctor’s call, not a self-prescription.

Take it well

With vitamin C; away from tea, coffee, dairy and calcium, which block absorption.

Re-test, don’t set-and-forget

Because of HFE, recheck ferritin during treatment so you correct — not overshoot.

Rank 0 — Foundation

Cholesterol · Anti-Inflammatory

Omega-3 (EPA/DHA) 1,500–2,000 mg | With Power Lunch

Supports triglycerides and your increased inflammatory-response genotype. (hs-CRP already low at 0.4.)

Soluble fibre (psyllium) 5–10 g | Before Dinner

The first-line lever for your measured high LDL (118). Lowers cholesterol and steadies glucose.

Magnesium Glycinate 300–400 mg | Before bed

Sleep onset for a night owl + insulin sensitivity. (Blood magnesium 2.01 is normal.)

Rank 1 — Targeted

Vitamin D3 1,000–2,000 IU | With a meal

Measured 31.4 ng/mL — sufficient but low-normal. A modest top-up keeps you mid-range; no megadose needed.

L-Theanine 200 mg | With Morning Matcha

$CYP1A2 slow caffeine clearance — smooths the curve, prevents jitters and afternoon crash.

Lactase enzyme As needed | Before any dairy

$MCM6 lactose intolerance — covers occasional dairy.

Rank 2 — Optimization

Curcumin (with black pepper) 500 mg | With Power Lunch

Adjunct anti-inflammatory for your genotype; pairs with omega-3.

Marine collagen + Vit C 10–15 g | With Morning Matcha

Mature skin age + Dubai UV. Vitamin C here also aids iron absorption from food.

Polyphenol-rich foods Food-first | Daily

Berries, green tea, turmeric cover the higher antioxidant need ($SOD2 class).

Doses are general starting points, not prescriptions. The iron question in particular must go through your doctor — confirm and treat the deficiency, and monitor given HFE.

Section IV — Blood Work & PhenoAge Engine THUMBAY LABS · 05-JUN-2026

PhenoAge — Levine et al. 2018

9 blood biomarkers + chronological age → composite biological age

Result 35.8 yrs −8.2 vs chronological

Biomarker	Your Value	Coefficient	Contribution
Albumin	37.8 g/L	−0.0336	−1.270
Creatinine	48.6 µmol/L	+0.0095	+0.462
Glucose	4.44 mmol/L	+0.1953	+0.867
hs-CRP (×ln)	0.4 mg/L	+0.0954	−0.307
Lymphocyte %	29 %	−0.0120	−0.348
Mean Cell Volume	89 fL	+0.0268	+2.385
RDW	13.9 %	+0.3306	+4.595
Alkaline Phosphatase	60 U/L	+0.00188	+0.113
White Blood Cells	4.6 ×10⁹/L	+0.0554	+0.255
Chronological Age	44 yrs	+0.0804	+3.538
Constant			−19.907
Linear Combination (xb)			−9.62

Step 2 · Mortality Score

M = 1 − exp(−1.51714·exp(xb)/0.0076927) = 0.0130

Step 3 · PhenoAge

141.50 + ln(−0.00553·ln(1−M))/0.090165 = 35.8 yrs

Δ vs Chronological

−8.2 years → aging slower

Drivers: very low hs-CRP (0.4), clean glucose (4.4 mmol/L) and healthy albumin pull your biological age down hard. The two markers nudging it up — RDW 13.9% and MCV 89 — are the early fingerprint of your iron deficiency; correcting ferritin should push PhenoAge even lower at the next draw.

Blood Panel — Key Markers (full results in the companion spreadsheet)

FLAG: FERRITIN · LDL

Marker	You	Optimal	Why It Matters For You
Total Cholesterol	212 mg/dL	< 200	Elevated — the genetic cholesterol risk is expressed.
LDL Cholesterol	118 mg/dL	< 100	Above target — main lever (fibre, diet, omega-3).
HDL Cholesterol	75 mg/dL	> 50	Excellent / protective.
Triglycerides	93 mg/dL	< 150	Healthy.
Non-HDL Cholesterol	137 mg/dL	< 130	Just above target — follows LDL down.
HbA1c	4.9 %	< 5.7	$TCF7L2 risk NOT expressed — glucose excellent.
Fasting Glucose	80 mg/dL	< 100	Normal.
Fasting Insulin	10.7 uU/mL	< 10	Slightly high — with HOMA-IR, early insulin resistance.
HOMA-IR	2.1	< 1.5	Early insulin resistance — weight loss + walking reverse this.
hs-CRP	0.4 mg/L	< 1.0	Very low — a big driver of your young PhenoAge.
Ferritin	2.5 ng/mL	30 – 200	CRITICAL low — iron deficiency. See doctor.
Hemoglobin	11.9 g/dL	12 – 15	Mild anemia, consistent with low iron.
Vitamin D (25-OH)	31.4 ng/mL	30 – 100	Sufficient but low-normal — modest top-up.
TSH	0.735 uIU/mL	0.38 – 5.33	Thyroid normal (FT4 9.82, FT3 4.82).
ALT (liver)	15 U/L	< 35	Liver enzymes normal (AST 21, GGT 11).
Bilirubin Total	1.42 mg/dL	< 1.0	Mildly high (indirect) — often benign; ask your doctor.
Creatinine / eGFR	0.55 / 120	> 60 eGFR	Kidney function excellent.
Cortisol / Prolactin	296 / 354	in range	Within reference for the draw time.

Source: Thumbay Labs combined report, 05-Jun-2026. "Optimal" are general wellness targets, not personalised clinical cut-offs.

Section V — Gut & Inflammation NO MICROBIOME PANEL · DNA-INFERRED

What we have

No stool microbiome test was provided — here's what your DNA implies

We can't report species abundances without a GI panel, so nothing below is measured. What your DNA does tell us: you're likely lactose intolerant ($MCM6), so undigested lactose can drive bloating and gas — lactose-free or plant dairy sidesteps it. You carry an increased inflammatory response and a higher dust-allergy sensitivity, which means a fibre-diverse, anti-inflammatory diet (and fewer ultra-processed foods) is worth more for you than average. Your hs-CRP came back low (0.4) — so the inflammatory tone your DNA flags is not currently active. A stool panel is the only remaining piece for the gut picture.

Microbiome Diversity

N/A

Needs stool panel

Lactose Handling

Low

$MCM6 — likely intolerant

Inflammatory Tone

Low

hs-CRP 0.4 — measured ✓

Pathogens / Parasites

N/A

Needs stool panel

Keystone Species — Not Yet Measured

add a GI panel to populate

Species	Your Level	Reference	Status
Akkermansia muciniphila	N/A	1 – 5 %	PENDING
Faecalibacterium prausnitzii	N/A	5 – 15 %	PENDING
Bifidobacterium spp.	N/A	2 – 8 %	PENDING
Lactobacillus spp.	N/A	1 – 3 %	PENDING
Bacteroides spp.	N/A	20 – 30 %	PENDING

Gut Plan You Can Start Today (no test required)

30+ different plants/week (the simplest diversity lever).
Swap dairy for lactose-free or plant versions; keep a lactase tablet for exceptions.
Daily fermented food (kimchi, sauerkraut, unsweetened plant yoghurt) if tolerated.
hs-CRP already measured low (0.4) — inflammation isn’t active now; keep the anti-inflammatory pattern to hold it there.

Action: ~2.5 hours of focused creative work — your strength. Matcha + 200mg L-Theanine + 10–15g marine collagen. Phone in another room.

11:00

First Meal — Breaking Fast

GOAL: PROTEIN + FIBRE FRONT-LOAD

Meal: 2 eggs + ½ avocado + 1 cup steel-cut oats with berries + 2 tbsp ground flaxseed (lactose-free/plant milk if needed). Stack: Antioxidant blend.

12:00

Caffeine Cutoff: Strict — slow $CYP1A2 + evening chronotype = caffeine still active 7h later. After 12:00: water, herbal tea, sparkling water only.