Nutrition
03
03
Training Modules › Module 03

Clinical Nutrition &
Metabolic Support

WestNet Medical • Module 03 • Food-First Metabolic Care
WestNet Unified Health Platform • WestNet Catalog 731985456581 • ISBN 978-0-XXXXX-XXX-X (Pending)
CE Accreditation Path: ANCC • ACCME • CARNA
Last updated: June 2026
Core Learning Objective

Learners will screen for malnutrition (MUST / NRS-2002), identify and safely manage refeeding syndrome using NICE criteria, choose between enteral and parenteral routes, meet protein and energy needs for healing — and, above all, treat the dinner plate as the first and most powerful clinical lever, not an afterthought to the drug chart.

WestNet Medical
Clinical Education Division • Unified Health Platform

“Food built the body and food can rebuild it. The modern system has become extraordinarily good at managing the downstream symptoms of a sick diet with escalating medication — while the one upstream lever that changes everything, the plate in front of the patient, is rarely touched. Food-first, drug-last. That is how we make humans human again.”

Published By

WestNet Medical Publications
A division of WestNet North America Inc.
medical.westnet.ca

Co-Published With

WestNet Humanitarian Services (WHS)
UN Supplier • Registered NGO
www.westnet.ngo

WestNet Catalog (UPC-A): 7 31985 45658 1
ISBN 978-0-XXXXX-XXX-X (Pending) • First Edition

7 31985 45658 1
WestNet Medical Publications

Continuing Education Information

CE
FieldDetail
Module03 of 12 — Nutrition
Contact Hours3.0 (Pending ANCC / ACCME / CARNA approval)
Target AudienceRNs, LPNs, RPNs, Registered Dietitians, Physicians, NPs, PAs, Pharmacists, Wound & Stoma Nurses, Allied Health
PublicationWestNet Medical Publications • Catalog 731985456581 • ISBN Pending
DisclosureEducational content. Does not replace facility policy, dietitian or physician orders, or jurisdictional scope-of-practice requirements.
WestNet Medical • Module 03 • Catalog 731985456581Updated Jun 2026 • ISBN Pending

Program Preface

§ 01

This module was developed from clinical workflow analysis across North American hospitals, long-term care, and community clinics — not from textbook theory alone. WestNet HealthOS was built because nutrition, the oldest medicine we have, sits at the very bottom of the modern care pathway: charted last, funded least, and addressed only after the drugs have failed.

Module 03 is not anti-medicine. It is pro-sequence — the simple clinical discipline of asking what the patient is eating before reaching for the next prescription. A diuretic does not fix a sodium-soaked diet. A statin does not undo a daily flood of ultra-processed food. Both have their place; neither belongs first when the plate has never been examined.

WestNet Position

Nutrition is not “supportive care” bolted onto real treatment. For a large share of chronic disease it is the treatment — the upstream lever the rest of the chart is trying, and often failing, to compensate for. This module teaches clinicians to assess the plate first and label second.

§ 01 Program PrefaceModule 03

Food as Medicine — and the Plate We Stopped Looking At

§ 02

Every cell the body repairs, every immune response it mounts, every wound it closes is built from what arrived on the plate. Yet on a busy ward the nutrition question is frequently the last one asked, if it is asked at all. The result is a system that is superb at naming and medicating the consequences of a poor diet, and strangely silent about the diet itself.

Downstream Drug Model vs. WestNet Food-First Model REFLEXIVE DEFAULT 1. Measure the symptom 2. Add a medication 3. Escalate the dose Plate: never examined WESTNET MODULE 3 1. Assess the diet first 2. Fix the upstream cause 3. Medicate what remains Plate: the first lever FOOD-FIRST, DRUG-LAST • TREAT THE CAUSE BEFORE THE CONSEQUENCE
Clinical Reality

Up to one in three patients arrives at hospital already malnourished, and many decline further during the stay. Malnutrition quietly lengthens admissions, slows wound healing, raises infection and readmission rates — and is one of the most under-screened, most reversible problems on the ward.

A Provision, Not Merely a Pleasure

Across the world’s great traditions, food is framed as a trust to be honoured, not abused: “Eat of the good things We have provided” (Qur’an 2:172) and “whether you eat or drink… do it all for the good” (1 Corinthians 10:31). The point is clinical as much as moral: the body was designed to run on real, whole provision. A care plan that ignores the plate is ignoring the patient’s most basic medicine. Assess what nourishes — never reduce a person to a lab value.

§ 02 Food as MedicineModule 03

The Four Pillars of WestNet Nutritional Care

§ 03
Pillar I

Assess the Plate First

Screen every patient for malnutrition at admission and weekly thereafter. The diet history is a vital sign. You cannot fix what you never measured — and most teams never measure it.

Pillar II

Feed Safely, Feed the Gut

Oral first, enteral next, parenteral last. Identify refeeding risk before the first calorie. “If the gut works, use it” — the route matters as much as the calories.

Pillar III

Treat the Cause, Not Just the Number

Before escalating medication for a metabolic problem, ask what the patient is eating. The ultra-processed diet is an upstream cause the drug chart is quietly compensating for.

Pillar IV

Restore, Then Deprescribe

As real food does its work, blood pressure, glucose, and lipids often follow. Partner with the prescriber to step medication down as nutrition lifts the patient back toward baseline.

§ 03 Four PillarsModule 03

Malnutrition Screening: MUST & NRS-2002

§ 04

Screening is not optional and it is not the dietitian’s job alone — it is a bedside duty for every clinician. Two validated tools dominate practice. Use whichever your facility has adopted, but use something, on everyone, at admission and weekly.

MUST

Malnutrition Universal Screening Tool

Three components, each scored 0–2: (1) BMI, (2) unplanned weight loss over 3–6 months, (3) an acute-disease effect (no intake likely for >5 days). Sum the scores: 0 = low risk, 1 = medium, 2+ = high risk → refer and start a care plan.

NRS-2002

Nutritional Risk Screening 2002

Combines impaired nutritional status (weight loss, low BMI, reduced intake) with disease severity, plus one point if age ≥ 70. A total score ≥ 3 indicates nutritional risk and triggers a nutrition care plan; ≥ 5 indicates high risk.

Practical Rule

A normal — or high — BMI does not rule out malnutrition. An obese patient can be profoundly protein- and micronutrient-depleted (“sarcopenic obesity”). Screen by intake, weight change, and function, never by appearance alone.

Red Flags Beyond the Score

Recent unintentional weight loss, clothes or dentures suddenly loose, “not eating for days,” pressure injuries that will not close, repeated infections, and prolonged NPO status all demand a nutrition assessment regardless of the screening number.

§ 04 Malnutrition ScreeningModule 03

Refeeding Syndrome — The Danger of Feeding Too Fast

§ 05

Refeeding syndrome is the potentially fatal shift of fluids and electrolytes that can occur when a malnourished body is fed too quickly. As carbohydrate returns, an insulin surge drives phosphate, potassium, and magnesium into cells — serum levels crash, thiamine is consumed, and the result can be arrhythmia, respiratory failure, seizures, or sudden death. The cruel irony: the patient is harmed not by starvation, but by the feeding meant to save them.

The defence is identification and caution: know who is at risk before the first calorie, start low, go slow, replace electrolytes and give thiamine, and monitor closely. The widely used NICE high-risk criteria are below — and built into the calculator.[1,2]

The Core Principle

Start low. Go slow. Replace first. In high-risk patients, begin at no more than 10 kcal/kg/day (as low as 5 in the highest risk), give thiamine and a B-complex/multivitamin before and during feeding, correct electrolytes, and increase calories gradually over days with daily monitoring.

Case Vignette

A frail older adult is admitted after roughly twelve days of almost no intake; the BMI is very low. Eager to catch up, the team starts full-target enteral feeds on day one. By day two the patient is profoundly weak, and morning bloods show falling phosphate, low potassium, and low magnesium.

Resolution: this is refeeding syndrome — the feed was simply too fast. The team stops, restarts at roughly 10 kcal/kg/day, gives thiamine before and with the feed, aggressively replaces phosphate, potassium, and magnesium, and advances calories slowly over several days with daily biochemistry and clinical monitoring. The danger was never the starvation — it was the rush to undo it.

Interactive Clinical Partner
Refeeding Syndrome Risk — NICE Calculator
Check every criterion the patient meets. The tool applies the NICE thresholds (one major OR two minor = at risk; specified extremes = highest risk) and returns the risk band plus the first safe actions. A teaching aid — it never replaces dietitian, pharmacist, or prescriber assessment, local protocol, or biochemistry.
0 criteria
No risk flagged
Major Criteria — ANY ONE = at risk
Minor Criteria — ANY TWO = at risk
Extreme Criteria — ANY ONE = highest risk
Recommended First Actions
Mark the criteria the patient meets to generate a risk band and the first safe steps.
    NICE CG32 high-risk criteria. Thresholds shown are for adults. Always individualise with biochemistry, the dietitian, and local refeeding protocol; in the highest-risk patient, cardiac monitoring and senior input are advised.
    Red Flags — Escalate Now
    • NICE high refeeding risk — BMI under 16, more than 10 days of negligible intake, or low pre-feed phosphate, potassium, or magnesium.
    • Falling phosphate on bloods drawn after feeding has started — the earliest biochemical warning.
    • New oedema, arrhythmia, or weakness appearing once refeeding begins.
    • Signs of thiamine deficiency — confusion, ataxia, eye-movement changes, or unexplained heart failure.

    High refeeding risk — slow the feed, replace the electrolytes, and give thiamine.

    At-a-Glance: Refeeding Monitoring & Escalation

    Quick Ref

    A bedside companion to the calculator above. It summarises what to watch and when to escalate in the high-risk patient. Cadence is a typical starting frame — verify against current local refeeding protocol, biochemistry, and the dietitian/pharmacist, and individualise to the patient.

    What to monitorTypical cadence (high risk)Escalate when…
    Phosphate, potassium, magnesiumBaseline, then daily through the first 3–7 days; more often if fallingAny value falls after feeding starts — phosphate is the earliest, most sensitive warning
    Calorie advanceStart low (10 kcal/kg/day; 5 in the highest risk), increase gradually over 4–7 daysElectrolytes will not hold target despite replacement — hold the rate, do not push
    Thiamine & B-complexBefore and during feeding, while at riskConfusion, ataxia, or eye-movement change — treat as thiamine deficiency, escalate urgently
    Fluid balance & daily weightDaily intake/output and weightNew oedema, rapid weight gain, breathlessness — possible fluid overload / cardiac strain
    Cardiac statusClinical review; continuous monitoring in the highest riskNew arrhythmia, tachycardia, or haemodynamic change — senior / critical-care input
    Conscious level & functionEach shiftNew weakness, drowsiness, or deterioration after feeding begins
    Use With, Not Instead Of

    This grid is a memory aid, not a prescription. Exact thresholds, replacement regimens, and feeding rates are set by your local protocol and the responsible clinician — always confirm against current facility policy and current biochemistry before acting. The same biochemical vigilance underpins glycaemic management in Module 10 — Diabetes & Endocrine.

    § 05 Refeeding Syndrome + CalculatorModule 03

    Protein & Energy Needs: How Much, and Why It Matters

    § 06

    You cannot rebuild a body on maintenance calories. Healing, infection, and catabolic stress all raise demand — and protein, the raw material of tissue and immunity, is the nutrient most often under-delivered in hospital.

    Energy

    Approximate Targets

    A common starting estimate is 25–30 kcal/kg/day for most acutely ill adults, individualised by activity, stress, and goal (maintenance vs. repletion). Remember the refeeding caveat: start far lower in high-risk patients.

    Protein

    Approximate Targets

    Roughly 1.0–1.5 g/kg/day for acute illness, rising toward the upper end (or higher per dietitian) for wound healing, critical illness, and catabolic states. Older adults need more, not less, to defend muscle.

    Don’t Forget the Micronutrients

    Calories and protein get the attention, but healing also needs vitamin C, zinc, vitamin A, iron, vitamin D, and B-vitamins (especially thiamine). Deficiencies are common, easily missed, and quietly stall recovery. Whole food delivers them in concert; isolated supplements are a backstop, not the goal.

    Quality Over Counting

    Hitting a calorie number with ultra-processed supplement drinks is not the same as nourishing a patient. Where the gut and appetite allow, real, varied, whole food remains the most complete — and most dignifying — way to feed a human being. Fortify and supplement when needed; default to food.

    § 06 Protein & EnergyModule 03

    Enteral vs. Parenteral: Choosing the Route

    § 07

    The single most important principle in clinical nutrition support is also the simplest: if the gut works, use it. The route is chosen by function, safety, and the shortest path back to eating — not by convenience.

    Choosing the Feeding Route — Gut-First Decision Path Can the patient eat safely? YES → ORAL FIRST Optimise food, fortify, assist NO — but is the gut functioning? (swallowing unsafe, won’t/can’t take enough orally) GUT WORKS → ENTERAL (tube) NG / NJ / PEG — keeps the gut alive GUT FAILS → PARENTERAL (IV) last resort — highest risk
    Enteral

    Feed Through the Gut

    Tube feeding (NG, NJ, PEG) when swallowing is unsafe or intake is inadequate but the gut works. Preserves gut integrity and immune function, lower infection and cost than IV. Watch aspiration risk, tube position, and refeeding.

    Parenteral

    Feed Through the Vein

    IV nutrition (PN/TPN) reserved for a non-functioning or inaccessible gut (e.g., obstruction, short bowel, ileus). Bypasses the gut entirely — higher risk of infection, line complications, and metabolic disturbance. Use only when enteral truly cannot be done.

    Safety Notes

    Confirm NG tube position per protocol (pH / X-ray) before every feed — misplacement is a never-event with fatal potential. Both routes carry refeeding risk: screen and start cautiously. Parenteral nutrition demands strict aseptic line care and biochemical monitoring.

    § 07 Enteral vs ParenteralModule 03

    Nutrition & Wound Healing

    § 08

    A wound is a construction site, and nutrition supplies every brick. You can dress a pressure injury perfectly and it will still stall if the patient is under-fed. This is the clearest place to see food working as medicine — and the clearest place the plate gets forgotten.

    Protein

    The Structural Brick

    Collagen, granulation tissue, and immune cells are all protein. Wound-healing demand often pushes 1.25–1.5 g/kg/day or higher (per dietitian). Exuding wounds lose protein directly — replace it.

    Energy

    The Fuel to Build

    Healing is energy-expensive. Without adequate calories the body cannibalises muscle, and the wound competes — and loses. Meet energy needs so protein is spent building, not burned for fuel.

    Micros

    Vitamin C & Zinc

    Vitamin C is essential for collagen cross-linking; zinc for cell proliferation and immune defence. Correct documented deficiency — but megadosing a replete patient does not speed healing.

    Hydration

    The Forgotten Nutrient

    Dehydrated tissue heals poorly and skin breaks down faster. Adequate fluid is part of the wound-care prescription, not an afterthought.

    Cross-Reference

    This nutritional foundation underpins Module 05 — Wound & Skin Care. A wound-care plan without a nutrition plan is half a plan. Screen every patient with a non-healing or pressure injury for malnutrition, every time.

    § 08 Nutrition & Wound HealingModule 03

    Chronic Disease & the Plate We Stopped Examining

    § 09

    The great chronic diseases of the modern era — type 2 diabetes, hypertension, fatty liver, much of cardiovascular disease — share an upstream signature: decades of energy-dense, fibre-poor, ultra-processed eating. These conditions were rare in populations eating traditional whole-food diets and rose in lockstep as the dinner plate changed. That is not the whole story, but it is a large and modifiable part of it.[4,5]

    Two Plates, Two Pathways — The Same Body Ultra-processed Western diet energy-dense, fibre-poor Metabolic dysfunction insulin resistance, inflammation Chronic disease Type 2 diabetes • CVD • dementia → escalating medication Whole-food, root-cause nutrition fibre, real provision Restored metabolism glucose, BP, lipids settle Fewer medicines deprescribe as the body heals → back toward baseline Humble dandelion greens bitter greens • vitamins A & K • inulin fibre — a nutrient-dense edible, not a weed
    FROM THE PLATE TO THE PRESCRIPTION Ultra-processed diet Metabolic dysfunction Chronic disease Escalating medication Most care enters at the last circle. The lever is at the first.

    The default pathway tends to enter this chain at the final circle — managing the disease with medication, then managing the medication’s side effects with more medication. It is skilled, well-intentioned work. But it is working downstream of a lever that is rarely pulled. A patient counselled and supported to change what they eat can sometimes achieve what a third drug never will.

    WestNet Position (Diplomatic, Deliberate)

    We do not say medication is wrong — it saves lives daily and belongs in the plan. We say it is too often first when it should be second. Food-first does not mean drug-never; it means examine and address the plate before reaching reflexively for the next prescription. See Module 10 — Diabetes & Endocrine for this principle applied to glycaemic care.

    Clinical Pearls
    • • Refeeding, high-risk: on any NICE high-risk criterion, start at 10 kcal/kg/day (5 in the highest risk) and give thiamine first — before and during feeding — then replace phosphate, potassium and magnesium.
    • • Screen on admission: run MUST or NRS-2002 on every patient at admission and weekly — the diet history is a vital sign, and a normal BMI never rules malnutrition out.
    • • Food is a deprescribing tool: as whole-food nutrition restores metabolism, glucose, blood pressure and lipids often settle — partner with the prescriber to step medication down, not only up.
    • • Humble foods count: the cheapest provision is often the densest — dandelion greens carry vitamins A and K and inulin fibre. Nutrition is medicine; the plate is the prescription you write first.

    Myth vs Evidence: Food-First, Root-Cause

    Evidence

    Several long-held assumptions quietly steer the plate to the bottom of the chart. None of the entries below is anti-medicine — each simply restores nutrition to its evidence-based place. The aim is to treat the person, not the label: many problems filed as “just the disease” or accepted as a fixed drug side-effect are, in part, modifiable at the plate.

    Common Myth
    • “A normal or high BMI rules out malnutrition.”
    • “Once the metabolic numbers are abnormal, only medication moves them.”
    • “Diet advice is soft, optional, and the dietitian’s job — not real treatment.”
    • “A drug side-effect is just the price of the drug; nothing else to do.”
    • “Hitting the calorie target with a supplement drink is the same as nourishing them.”
    What the Evidence Supports
    • Depletion hides behind normal weight — screen by intake, weight change, and function (sarcopenic obesity is real).
    • Whole-food, fibre-rich change can shift glucose, blood pressure, and lipids — sometimes enough to deprescribe with the team.
    • For much chronic disease the diet is the upstream cause; addressing it is treatment, not garnish.
    • Some “drug-induced” metabolic problems ease when the cause is addressed — review the plate and the regimen with the prescriber before accepting them as fixed.
    • Real, varied food delivers nutrients in concert and preserves dignity; formulas are a backstop, not the goal.
    Said Plainly, Said Fairly

    Food-first is not drug-never, and naming a root cause is not blaming the patient. Many “diet-induced” and some “drug-induced” metabolic problems are partly reversible by addressing the cause rather than stacking another agent on top. Examine the plate, partner with the prescriber, and treat the human in front of you — not the label on the chart. That is what it means to make humans human again. Where management is altered, verify against current local protocols and never stop or change medication unilaterally.

    § 09 Chronic Disease & the PlateModule 03

    The Western-Diet Load Explorer

    § 10

    This teaching tool makes the upstream lever visible. Estimate a patient’s typical daily pattern across four dimensions; the explorer combines them into a metabolic-load readout and matches it to food-first guidance. It illustrates relationships — it is not a diagnostic score and never replaces assessment or a dietitian.

    Interactive Clinical Partner
    Western-Diet Metabolic-Load Explorer
    Slide each dimension to match the patient’s usual day. Higher ultra-processed intake and added sugar raise load; higher fibre and whole-food share lower it. Watch the readout move — and read the food-first action that follows.
    --/100
    Adjust the sliders
    Ultra-processed foods (share of intake)50%
    0% · whole50%100% · UPF
    Added sugar & sugary drinksModerate
    0 · noneModerate100 · heavy
    Dietary fibre (whole grains, veg, legumes, fruit)Moderate
    0 · very lowModerate100 · high
    Whole, home-prepared food (share of meals)50%
    0% · rarely50%100% · mostly
    Food-First Guidance
    Adjust the sliders to estimate this patient’s metabolic load and see matched, food-first next steps.
      Illustrative model for education and patient conversation, not a validated diagnostic index. The fix is rarely “eat less of everything” — it is usually “swap ultra-processed for whole, and add fibre.” Small, sustained swaps beat short-lived restriction.
      § 10 Western-Diet Load ExplorerModule 03

      Nutrition as a Deprescribing Tool

      § 11

      When real food does its work, the numbers the medications were chasing often move on their own. As weight, glucose, blood pressure, and lipids improve, doses that were once necessary can become excessive — and an excessive dose is no longer a benefit, it is a hazard. Nutrition is therefore not only treatment; it is one of the most powerful, most overlooked deprescribing levers in medicine.

      A Partnership, Never a Solo Act

      Deprescribing is a clinical decision made with the prescriber and pharmacist — never a unilateral move and never an instruction to stop medication on one’s own. The nurse and dietitian provide the data; the team adjusts the plan. Many drugs require careful tapering and monitoring, and some must not be stopped at all.

      The Sequence in Practice

      Improve the diet → monitor the relevant numbers → flag the trend to the prescriber → the team steps the medication down as the body recovers. This is precisely the workflow at the heart of Module 06 — Polypharmacy & Iatrogenic Harm. Food earns the deprescribe.

      Why It Matters Most in Older Adults

      Every avoidable medication removed reduces interaction risk, falls, confusion, and pill burden. In frail and elderly patients, fewer drugs and better food can restore clarity and independence in a way escalation never will — the theme carried forward in Module 11 — Elder Care & Delirium.

      At the Bedside: What to Say About Food, Weight & Deprescribing

      Script

      How nutrition is raised decides whether the patient hears partnership or judgement. The wording below is a starting script — adapt to the person, the culture, and the moment. The goal is curiosity and collaboration, never shame; we treat the human, not the number.

      Opening — the diet history

      Ask, don’t assume

      Make the plate a normal clinical question, framed with interest rather than inspection.

      Say: “Food is part of how you heal, so I ask everyone — what does a typical day of eating look like for you?”
      Weight & intake

      Name the change, not the body

      Anchor on function and recent change; avoid value-laden words about size.

      Say: “Have your clothes or rings felt looser lately? Are meals harder to finish than they used to be?”
      Deprescribing (with the team)

      Frame fewer drugs as the goal

      Offer hope and partnership — and make clear the prescriber leads any change.

      Say: “If better eating brings these numbers down, your doctor may be able to lower a medicine. Let’s track it together — please don’t stop anything on your own.”
      Barriers & cost

      Meet the real situation

      Surface the practical obstacles before prescribing a plan that cannot be followed.

      Say: “What gets in the way of eating well — cost, shopping, cooking, appetite, your teeth? Let’s start with one change that fits your life.”
      Do Say
      • “Let’s look at one small swap we can keep this week.”
      • “Food is a powerful tool — alongside your medicines, not instead of them.”
      • “This isn’t about willpower; let’s sort out what makes eating well easier.”
      • “I’ll loop in the dietitian and your prescriber so we move as one team.”
      Don’t Say
      • “You really need to lose weight.” (shaming, vague, often counter-productive)
      • “Just eat less and use some willpower.” (ignores cause, access, and appetite)
      • “Your diet did this to you.” (blame closes the conversation)
      • “You can stop that pill now.” (never advise stopping medication unilaterally)
      Tone Is the Intervention

      The words above invite a partnership; the words to avoid assign blame. Deprescribing language in particular must always defer to the prescriber and pharmacist — the bedside role is to gather the data, frame hope, and protect the patient from stopping anything on their own.

      § 11 Nutrition as DeprescribingModule 03

      WestNet Food-First Care Ladder

      § 12
      Rung 1
      Screen & Ask the Plate
      Run MUST / NRS-2002 on admission. Take a real diet history. Treat “what are you eating?” as a vital sign, not small talk.
      Rung 2
      Optimise Real Food First
      Fix the easy barriers: dentures, dysphagia, taste, timing, mealtime help, food they will actually eat. Make eating possible before anything else.
      Rung 3
      Assess Refeeding Risk
      Before feeding the at-risk patient, apply NICE criteria. Start low, go slow, give thiamine, replace electrolytes, monitor daily.
      Rung 4
      Choose the Right Route
      If the gut works, use it: oral → enteral → parenteral. Always pick the least invasive route that meets the need safely.
      Rung 5
      Treat the Cause, Then Deprescribe
      Address the upstream diet driving the metabolic numbers. Monitor the trend and partner with the prescriber to step medication down as nutrition lifts the patient.
      Last Resort
      Escalate Medication / Parenteral
      When food-first measures are insufficient or unsafe, escalate — with full documentation of what nutrition steps were tried first, and why they were not enough.
      § 12 Food-First Care LadderModule 03

      Food-First, Not Drug-First

      § 13

      The reflexive next step under pressure is often the prescription pad. Tap any card to flip the drug-first reflex into the food-first question that should come before it — and see why the sequence matters. Neither answer abandons medication; the point is order.

      Why Sequence Matters

      A drug given before the diet is examined treats the symptom and leaves the cause untouched — so the dose climbs. The same drug given after a genuine food-first attempt is targeted, often smaller, and sometimes unnecessary. Same medicine — opposite outcome — different order.

      § 13 Food-First, Not Drug-FirstModule 03

      When the Plate Is Ignored: Composite Patterns

      § 14

      The following patterns recur across North American admissions. This section presents a composite case drawn from recurring systemic gaps — not any single patient, institution, or jurisdiction. The lesson is architectural.

      Pattern: Medicate Before Measure

      An older adult is admitted with a non-healing pressure injury, climbing blood pressure, and rising glucose. Three medications are adjusted and a fourth added across the stay. No malnutrition screen is recorded. No diet history is taken. Mealtime help is not provided; trays return uneaten. The wound stalls, the numbers chase each other, and the length of stay grows — while the plate, untouched, is never charted.

      What Module 03 Teaches

      Every link in that chain breaks if someone screens at Rung 1 and simply asks what the patient is eating. The wound needs protein, not a fifth dressing change; the glucose needs the plate examined, not a fourth agent reflexively. The cheapest, safest, most humane intervention — real food and help to eat it — was the one never ordered.

      § 14 When the Plate Is IgnoredModule 03

      Macronutrients in Depth: Carbohydrate, Protein & Fat

      § 15

      Calories are not interchangeable currency. The quality of each macronutrient — not merely its quantity — decides whether a meal nourishes or burdens the body. A food-first clinician reads the plate by macronutrient source, not just gram count. The three macronutrients below each have a whole-food form that heals and an ultra-processed form that harms.

      Carbohydrate

      Fibre Is the Dividing Line

      Whole-food carbohydrate arrives wrapped in fibre — legumes, intact whole grains, vegetables, fruit — which blunts the glucose rise and feeds the gut. Refined and ultra-processed carbohydrate is fibre-stripped and spikes glucose. The clinical question is never “carbs: yes or no” but “which carbohydrate.”

      Protein

      The Most Under-Delivered

      Protein is the raw material of muscle, enzymes, immune cells and wound repair, and it is the macronutrient most often missed in hospital. Distribute it across the day (roughly 25–30 g per meal supports muscle synthesis better than one large evening load) and remember older adults need more, not less.

      Fat

      Source Outranks Amount

      Fat is essential — for cell membranes, hormones and fat-soluble vitamins (A, D, E, K). The useful distinction is the source: whole-food fats (olive oil, nuts, seeds, fish, avocado) versus the industrial trans and heavily refined fats embedded in ultra-processed products. Default to whole-food fat.

      Together

      The Balanced Plate

      A practical, teachable target: roughly half the plate non-starchy vegetables and fruit, a quarter whole-food protein, a quarter intact whole-grain or legume carbohydrate, with whole-food fat for flavour and satiety. Simple, affordable, and culturally adaptable.

      Glycaemic Quality, Not Just Glycaemic Index

      The fibre, fat and protein eaten alongside a carbohydrate change its real-world glucose impact. A spoon of jam on white bread behaves very differently from the same sugar inside an orange. Counsel patients to combine — protein and fibre with carbohydrate — rather than to fear single nutrients.

      Interactive Clinical Partner
      Macronutrient Plate-Balance Explorer
      Set the share of the plate given to each macronutrient group. The tool checks the balance against a food-first template and returns coaching — it is an educational illustration, not a prescription or a calorie plan, and never replaces the dietitian.
      100% of plate
      Set the plate
      Non-starchy vegetables & fruit50%
      Whole-food protein25%
      Intact whole-grain / legume carbohydrate25%
      Plate Coaching
      Move the sliders to build a plate. The three shares need not sum to exactly 100% — the tool reads the balance and coaches toward the food-first template.
        Illustrative balance aid only. Real targets are individualised by the dietitian for the patient’s condition, culture, appetite and goals. “Half the plate plants” is a teaching heuristic, not a rule for every patient (renal and other conditions modify it — see §23).
        § 15 Macronutrients in DepthModule 03

        Micronutrients & the Deficiencies We Miss

        § 16

        Micronutrients — vitamins and minerals needed in small amounts — are the spark plugs of metabolism. A patient can be over-fed in calories and still deeply depleted in the micronutrients that drive healing, immunity and cognition. Ultra-processed diets are, almost by definition, energy-rich and micronutrient-poor: the modern paradox of the over-fed, undernourished patient.

        Whole Food Delivers in Concert

        Nutrients in real food arrive together with the cofactors that help the body use them — iron with the vitamin C of a whole orange, fat-soluble vitamins with the fat of the meal. Isolated supplements are a backstop for documented deficiency, not a substitute for a varied plate. Default to food; supplement on evidence, not reflex.

        Tap each card to flip a common but easily-missed deficiency to its whole-food first-line answer. None of this replaces testing or the dietitian — correct documented deficiency, do not megadose a replete patient, and verify against current local protocols.

        Watch For These at the Bedside
        • Poor wound healing or easy bruising — consider vitamin C, zinc, protein.
        • Fatigue, pallor, breathlessness — consider iron, B12, folate.
        • Confusion, ataxia, eye-movement change — treat as possible thiamine deficiency urgently (see §05).
        • Bone pain, falls, low mood — consider vitamin D, especially in housebound or veiled patients and northern latitudes.
        § 16 MicronutrientsModule 03

        Hydration, Fluids & Electrolytes

        § 17

        Water is the forgotten nutrient. Dehydration is one of the most common, most under-recognised problems in hospital and long-term care — and it masquerades as confusion, constipation, falls, pressure injury, kidney impairment and “just getting older.” A patient who cannot reach, hold, or safely swallow a drink will quietly dry out while every drug on the chart keeps being given.

        Why It Slips

        The Quiet Decline

        Thirst blunts with age; access fails when a cup is out of reach or swallowing is unsafe; staff fear incontinence and offer less. The result is a slow, charted-nowhere dehydration that imitates and worsens almost every other diagnosis.

        Electrolytes

        Water Travels With Salts

        Sodium, potassium, magnesium and phosphate move with fluid. Refeeding (§05), diuretics, vomiting and diarrhoea all disturb them. Fluid status and electrolyte status are one clinical picture — read them together.

        Assess

        Look, Don’t Assume

        Intake/output, daily weight, mucous membranes, skin turgor, blood pressure and the simple question — “can this person actually get a drink?” A fluid balance chart that nobody totals is not monitoring.

        Food Counts

        Fluid Is Not Only in Cups

        Soups, fruit, yoghurt and many whole foods carry significant water. A food-first hydration plan uses appealing, easy-to-take fluids and high-water foods — not just a jug nobody drinks from.

        Interactive Clinical Partner
        Daily Maintenance Fluid Estimator
        Enter body weight to estimate a typical maintenance fluid need using the widely-taught weight-based method. This is a baseline starting frame for an average adult — it does not account for fever, losses, heart or renal failure, or fluid restriction. Always verify against current local protocols and the responsible clinician.
        Body weight70 kg
        30 kg90 kg150 kg
        2500 mL/day
        Baseline estimate
        How This Estimate Is Built
        The widely-taught “100–50–20” rule: 100 mL/kg for the first 10 kg, 50 mL/kg for the next 10 kg, and ~20 mL/kg for every kilogram beyond 20 kg.
          Educational estimate of maintenance need only. Increase for fever, sweating, diarrhoea, vomiting or high-output stoma; reduce and individualise in heart failure, renal impairment, or any prescribed fluid restriction. Confirm the target with the clinician and current facility policy before acting.
          § 17 Hydration & ElectrolytesModule 03

          Dysphagia & Aspiration Risk

          § 18

          If a patient cannot swallow safely, the most carefully balanced plate becomes a hazard. Dysphagia — difficulty swallowing — is common after stroke, in dementia, in frailty and in many neurological conditions, and it is a leading route to aspiration pneumonia, malnutrition and dehydration. It is also frequently silent: the patient who aspirates without coughing is the one most at risk.

          Signs That Demand a Swallow Assessment
          • Coughing, choking or a wet, gurgly voice during or after eating or drinking.
          • Food pocketing in the cheeks; prolonged chewing; multiple swallows per mouthful.
          • Recurrent chest infections or unexplained low-grade fevers — possible silent aspiration.
          • Weight loss, food refusal, or visible distress and fatigue at mealtimes.

          Texture modification is the common bedside intervention, described by the international IDDSI framework (a 0–7 scale spanning thin liquids through to regular food). Modification is prescribed by a speech-language pathologist after assessment — the bedside role is to recognise risk, refer, position the patient upright, and serve exactly the prescribed texture, never thicker or thinner.

          Interactive Clinical Partner
          Dysphagia Flag & IDDSI Orientation Tool
          Check the swallowing signs you observe. The tool flags the level of concern and orients you to the IDDSI framework and safe first steps. It is an awareness aid only — it does not grade a swallow, set a texture, or replace a speech-language pathologist assessment.
          Observed Swallowing Signs
          0 signs
          No flags
          Recommended First Steps
          Check any signs you observe to see the level of concern and the safe first steps.
            IDDSI levels run 0 (thin) to 7 (regular). Texture is set only by the speech-language pathologist after a swallow assessment; serve the prescribed level exactly. When in doubt, keep the patient NPO and escalate — verify against current local protocols.
            Cross-Reference

            Dysphagia is where nutrition, swallowing safety and elder care meet. The mealtime-assistance and positioning principles here connect directly to Module 11 — Elder Care & Delirium. Never trade safety for calories: an unsafe swallow at full texture harms more than a safe, modified plate.

            § 18 Dysphagia & AspirationModule 03

            Body Composition, BMI & Estimating Needs

            § 19

            Numbers guide nutrition care, but only when read with judgement. BMI is a population screening tool, not a verdict on an individual; ideal body weight (IBW) and estimated energy needs are starting frames a dietitian then refines. A muscular athlete and a frail patient with sarcopenic obesity can share a BMI and need opposite plans. Use the calculators below to start the conversation, never to end it.

            BMI: Useful, but Blunt

            BMI says nothing about muscle versus fat, fluid status, or where weight sits. It misses sarcopenic obesity entirely (§04), over-flags the muscular, and under-flags depletion masked by oedema. Pair it always with weight change, intake and function.

            Interactive Clinical Partner
            BMI, Ideal Weight & Energy-Need Calculator
            Enter height, weight, age and sex to estimate BMI, a reference ideal body weight (Devine formula), and a daily energy estimate (Mifflin–St Jeor at rest, scaled by an activity/stress factor). All figures are educational starting estimates — the dietitian individualises, and the refeeding caveat (§05) overrides them in the at-risk patient.
            Height170 cm
            Weight70 kg
            Age50 yr
            Activity / stress factor1.3 · light
            1.2 bed1.41.7 active
            Biological Sex (for the BMR equation)
            BMI
            24.2
            Normal
            Ideal Wt (ref)
            66 kg
            Devine formula
            Energy est.
            1900 kcal
            per day
            Reading the Numbers
            Adjust the inputs to see how the estimates move. Then read them against weight change, intake and function — never in isolation.
              Mifflin–St Jeor BMR × activity/stress factor is an estimate; measured needs vary widely in illness. Devine IBW is a dosing/reference convention, not a target to impose on a patient. In refeeding risk, start far lower (§05) regardless of this figure. Verify against current local protocols and the dietitian.
              § 19 Body Composition & NeedsModule 03

              Obesity & Metabolic Syndrome: A Root-Cause View

              § 20

              Obesity is not a moral failing and rarely a simple matter of “eat less, move more.” It is the downstream expression of a food environment engineered for over-consumption: ultra-processed, hyper-palatable, fibre-stripped, cheap and everywhere. Treating it with shame — or with a single drug — while leaving that environment untouched is treating the smoke and ignoring the fire. The food-first clinician names the cause without blaming the patient.

              Metabolic syndrome is the clustering of central obesity, raised blood pressure, raised fasting glucose, raised triglycerides and low HDL cholesterol — a constellation that multiplies cardiovascular and diabetes risk. Critically, it is substantially reversible upstream: the same whole-food, fibre-rich changes move every component at once, in a way no single agent does.[4,5]

              Said Fairly

              Naming ultra-processed food as a driver is not blaming the person who ate what the environment made easiest and cheapest. The intervention is compassion plus the upstream lever: address access, cost and skills (§25), partner with the team, and treat the human, not the BMI. Medication and bariatric care have a real place — second, after the plate has genuinely been addressed, not instead of it.

              Interactive Clinical Partner
              Metabolic Syndrome Criteria Checker
              Check each component the patient meets. The widely-used harmonised definition flags metabolic syndrome when any three of five are present. This is an educational orientation tool, not a diagnosis — confirm with measured values, the clinician, and current local protocols.
              The Five Components — ANY THREE = flag
              0 of 5
              No cluster flagged
              Food-First Response
              Check the components present to see whether the cluster is flagged and the food-first priorities that follow.
                Thresholds (e.g. waist circumference) vary by population and reference; the harmonised criteria use sex- and ethnicity-specific cut-offs. This tool teaches the pattern, not the exact numbers — verify against current local protocols and measured values.
                One Lever, Five Numbers

                The reason food-first is so powerful here: a whole-food, fibre-rich pattern can improve waist, glucose, blood pressure, triglycerides and HDL together. Five drugs chase five numbers; one plate can move all five. See Module 10 — Diabetes & Endocrine.

                § 20 Obesity & Metabolic SyndromeModule 03

                Gut Health & the Microbiome

                § 21

                The gut is not a passive tube. It houses trillions of microbes that ferment fibre, manufacture vitamins, train the immune system and signal to the brain. What the patient eats is, quite literally, what those microbes eat — and a fibre-poor, ultra-processed diet starves the very organisms that keep the gut lining and immune system healthy. This is one more reason the plate sits upstream of so much disease.

                Fibre = Fuel

                Feed the Microbes

                Dietary fibre is the primary food of beneficial gut bacteria, which ferment it into short-chain fatty acids that nourish the gut lining and calm inflammation. Diversity of plants — not a single supplement — builds a diverse, resilient microbiome.

                Pre / Pro

                Prebiotics & Probiotics

                Prebiotics are the fibres that feed good bacteria (onions, garlic, legumes, oats, the inulin in dandelion greens). Probiotics are live beneficial organisms (yoghurt, kefir, fermented foods). Food sources first; supplements are selective and evidence-dependent, not universal.

                Gut-First

                “If the Gut Works, Use It”

                The same principle that governs feeding-route choice (§07) applies to gut health: an active, fed gut stays healthier. Prolonged bowel rest and unnecessary NPO harm the gut lining and microbiome — another reason to feed enterally whenever it is safe.

                Caution

                The Hype Filter

                The microbiome is real science and a crowded marketplace of overclaiming products. Counsel patients toward fibre and fermented whole foods, and toward scepticism of expensive supplements making sweeping promises. Food-first applies here too.

                A Practical Prescription

                The simplest evidence-aligned advice is also the most affordable: eat a wider variety of plants and fibres, and include fermented foods. Counting bacterial strains is for marketing; eating thirty different plants across a week is for the patient. Introduce fibre gradually with adequate fluid to avoid bloating.

                Antibiotics & the Microbiome

                Antibiotics are essential when indicated, and also disruptive to the microbiome — another reason for the antimicrobial stewardship this platform teaches elsewhere. Support recovery with fibre and fermented foods, and avoid the reflexive prescription when it is not needed. Food-first and drug-stewardship are the same instinct.

                § 21 Gut Health & MicrobiomeModule 03

                Nutrition in Diabetes: The Plate Comes First

                § 22

                Nowhere is the food-first principle more visible — or more neglected — than in type 2 diabetes. It is, at root, a disease of carbohydrate quality and metabolic overload, and it responds to the plate in a way few conditions do. Diet change can move glucose where a higher dose only chases it; in some patients, sustained whole-food change supports remission of type 2 diabetes. Medication manages; food can sometimes resolve.

                Quality

                Which Carbohydrate, Not Whether

                The dividing line is fibre and processing. Intact whole grains, legumes, vegetables and whole fruit raise glucose gently; refined and ultra-processed carbohydrate and sugary drinks spike it. The first, highest-impact move is almost always cutting sugary drinks.

                The Plate

                A Simple, Teachable Method

                Half the plate non-starchy vegetables, a quarter whole-food protein, a quarter intact whole-grain or legume carbohydrate. No counting, no special products — a method a patient can use for life, in any cuisine.

                Pairing

                Combine to Blunt the Spike

                Protein, fat and fibre eaten with carbohydrate flatten the glucose rise. Teach combining over fearing single foods — an apple with nuts, not an apple forbidden.

                Deprescribe

                Food Earns the Step-Down

                As whole-food change lowers glucose, some glucose-lowering medication can become excessive — a hazard, not a benefit. Monitor, flag the trend, and let the prescriber step it down (§11). Hypoglycaemia risk rises if doses are not adjusted as diet improves.

                Safety: Diet Change Alters Drug Need

                When a patient on glucose-lowering medication (especially insulin or sulfonylureas) genuinely changes their diet, glucose can fall quickly — raising hypoglycaemia risk if the medication is not reviewed in step. Improving the diet is a clinical event: monitor closely and coordinate with the prescriber. Never advise stopping or changing medication unilaterally; verify against current local protocols.

                Cross-Reference

                This section is the nutritional core of Module 10 — Diabetes & Endocrine. The deprescribing workflow it relies on is detailed in Module 06 — Polypharmacy & Iatrogenic Harm.

                § 22 Nutrition in DiabetesModule 03

                Nutrition in Renal Disease: When the Plate Rules Change

                § 23

                Renal disease is the important exception that proves the food-first rule. The general advice — more protein, more potassium-rich plants, generous fluid — can be exactly wrong in advanced kidney disease, where the failing kidney cannot clear protein waste, potassium, phosphate or fluid. Here, food remains the first lever, but the plate is engineered by a renal dietitian, and bedside staff must know that the usual heuristics are suspended.

                Why “Half the Plate Plants” Can Be Dangerous Here

                In advanced chronic kidney disease and dialysis, high-potassium foods (many fruits, vegetables, legumes), high-phosphate foods, excess protein, and unrestricted fluid can become harmful. The healthy-eating advice that helps most patients can put a renal patient in danger. Defer to the renal dietitian and the patient’s individualised, stage-specific plan — verify against current local protocols.

                Protein

                Stage-Dependent

                Earlier chronic kidney disease may call for moderated protein to ease the renal load; dialysis raises protein needs because the treatment removes it. The right answer is the dietitian’s, matched to stage and modality — not a generic target.

                Potassium

                Often Restricted

                A failing kidney may not clear potassium, and high levels are dangerous to the heart. Many otherwise-healthy high-potassium foods are limited; preparation methods (e.g. leaching) may be advised. This inverts the usual “more plants” message.

                Phosphate

                Watch the Additives

                Phosphate additives in ultra-processed foods are highly absorbable and a hidden load for renal patients — one more reason whole food beats processed, even when fresh plants must also be limited. Phosphate binders may be prescribed with meals.

                Fluid & Sodium

                Often Limited

                Fluid restriction is common in advanced disease and dialysis — the opposite of the generous hydration advised elsewhere (§17). Sodium restriction supports blood pressure and reduces thirst. Individualised to the prescription.

                The Principle Still Holds — the Recipe Changes

                Food-first does not mean one diet for everyone. It means the plate is always the first lever — even when, as here, the right plate is a restricted, expertly designed one. The discipline is the same: assess, individualise, and treat the human. Recognise renal patients as a population whose plan must come from the renal team.

                § 23 Nutrition in Renal DiseaseModule 03

                Nutrition in the Older Adult: Sarcopenia & Frailty

                § 24

                Older adults are the patients most likely to be malnourished and the least likely to be screened for it. Ageing brings blunted appetite and thirst, altered taste, dental problems, social isolation, polypharmacy that suppresses appetite, and the slow muscle loss of sarcopenia — a quiet driver of falls, frailty, dependence and death. The old advice to “eat less as you age” is, for muscle and protein, precisely backwards.[8]

                Protein Up

                More, Not Less

                Older adults need more protein than younger ones to defend muscle against the anabolic resistance of age — commonly toward the upper end of the 1.0–1.5 g/kg/day range per dietitian, spread across the day. Under-feeding protein accelerates frailty.

                Sarcopenia

                Muscle Is an Organ of Survival

                Muscle is not vanity — it is reserve, balance, glucose handling and the difference between recovering from illness and never getting up. Protect it with protein and activity; bed rest in hospital strips it fast.

                Appetite

                Make Every Bite Count

                When appetite is small, energy- and protein-dense whole foods, favourite foods, smaller frequent meals and mealtime company beat a large tray that returns uneaten. Review appetite-suppressing medications with the prescriber.

                Access

                The Social Plate

                Isolation, bereavement, fixed incomes and the effort of cooking for one are clinical nutrition problems. “Eating alone” is a risk factor. Address the social context, not just the food list.

                Hospital Itself Is a Risk

                Admission is dangerous for an older adult’s nutrition: NPO for tests, missed meals, no help to eat, unfamiliar food, and bed rest that melts muscle. Screen on admission and weekly, provide mealtime assistance, minimise NPO time, and get the patient eating and moving as early as it is safe.

                Cross-Reference

                Malnutrition, dehydration (§17), dysphagia (§18) and polypharmacy converge in the older adult to produce delirium, falls and decline. This section is the nutritional foundation of Module 11 — Elder Care & Delirium and pairs with the deprescribing of Module 06.

                § 24 Nutrition in the Older AdultModule 03

                Cultural, Affordable & Food-Secure Counseling

                § 25

                A nutrition plan the patient cannot afford, cook, or recognise as their own food is not a plan — it is a prescription destined to fail. Food-first only works when the food fits the person’s budget, culture, skills and circumstances. The most evidence-based diet in the world is worthless if it is unaffordable, culturally alien, or impossible to prepare. Meet the patient where their plate actually is.

                Whole Food Is Often the Cheap Food

                A persistent myth holds that eating well is expensive. In reality the densest provision is frequently the most affordable: dried legumes, eggs, oats, frozen vegetables, in-season produce, tinned fish, and humble greens. The expensive items are usually the ultra-processed ones. Counsel toward affordable whole staples, not boutique “health” products.

                Cost & access

                Name the real budget

                Ask before prescribing. Anchor advice in affordable staples and what is actually available locally.

                Say: “Let’s build a plan around foods you can afford and find easily — beans, eggs, oats, frozen veg all count.”
                Culture & faith

                Honour the patient’s food

                Adapt the principles to their cuisine and observances — never replace their food with yours.

                Say: “Tell me about the dishes your family eats — we’ll make those work, not swap them out.”
                Skills & time

                Match the kitchen reality

                Cooking skill, equipment, energy and time are clinical variables. Start where the patient can succeed.

                Say: “What can you realistically cook on a tired day? Let’s start there and build up.”
                Food insecurity

                Screen and connect

                Hunger is a clinical problem. Ask about running out of food, and connect to community resources without judgement.

                Say: “Many people I see run short on food before payday — if that happens, let’s connect you with some help.”
                Faith Traditions Honour the Provision

                Many patients draw strength from a tradition that treats food as a trust — “Eat of the good things We have provided” (Qur’an 2:172) and the broad scriptural call to receive provision with gratitude. Meeting patients within their faith and culture, rather than overriding it, is both respectful and clinically effective. The goal is always to nourish the whole person — to make humans human again.

                One Sustainable Change Beats Ten Ideal Ones

                Affordable, cultural, realistic, and sustained — that is the hierarchy. A single swap the patient keeps for life outperforms a perfect plan abandoned in a week. Co-design, start small, and follow up.

                § 25 Cultural & Affordable CounselingModule 03

                Deprescribing Supplements & Food-as-Medicine Case Studies

                § 26

                Food-first cuts both ways. Just as it questions the reflexive prescription, it questions the reflexive supplement. Many patients arrive on a shelf of bottles — multivitamins, fish oil, megadose single nutrients — bought in hope and rarely reviewed. Most healthy, well-fed people do not need them; some high-dose supplements interact with medication or cause harm. The food-first answer is the same: feed the deficiency with food where possible, supplement on evidence, and deprescribe the rest with the team.

                When Supplements Are Genuinely Indicated

                Supplements earn their place for documented need: thiamine and B-complex in refeeding (§05), vitamin D in deficiency or housebound patients, B12 in pernicious anaemia or strict plant-based diets, iron in proven deficiency, and targeted repletion the dietitian identifies. The test is evidence of deficiency or established risk — not marketing, habit, or hope.

                Review the Bottles With the Team

                Take a full supplement history as part of the medication review. Some interact with prescribed drugs or carry risk in excess; megadosing a replete patient does not speed healing and can harm. As with any deprescribing, changes are made with the prescriber and pharmacist — never advise stopping unilaterally, and verify against current local protocols.

                Food-as-Medicine: Composite Case Studies

                Cases

                Each vignette is a composite drawn from recurring patterns, not any single patient. Each shows the plate moved before, or instead of, escalation — always with the team, never as a unilateral act.

                Case A — the stalled wound

                Protein, not a fifth dressing

                A pressure injury will not close despite perfect dressings. A malnutrition screen (never done) is positive; intake is poor. Protein and energy are optimised with mealtime help.

                Lesson: the wound was a construction site short of bricks. Food, not the dressing, was the missing order.
                Case B — the climbing glucose

                Cut the drinks first

                Glucose creeps upward; the reflex is a higher dose. Instead, sugary drinks and refined carbohydrate are addressed first, glucose is monitored, and the prescriber reviews the regimen.

                Lesson: diet moved the number a dose increase would only have chased. Food-first, then adjust with the team.
                Case C — the bottle shelf

                Deprescribe the supplements

                A well-fed patient takes eight supplements, several megadosed, one interacting with a prescribed drug. A supplement history and team review pare them to the one with evidence.

                Lesson: food-first deprescribes supplements too. Evidence of need, not hope, sets the list.
                Case D — the frail faller

                Feed the muscle

                An older adult with repeated falls is under-eating protein and losing muscle. Protein is raised across the day, mealtime company restored, and an appetite-suppressing drug reviewed.

                Lesson: sarcopenia is reversible reserve. Protein and presence did what another scan could not.
                Interactive Knowledge Check
                Module 03 Self-Check — Six Questions
                A quick, self-scoring check of the core food-first principles. Select an answer for each — the tool marks it immediately and tallies your score. This is formative self-study, separate from the formal Competency Assessment that follows.
                0 / 6
                Begin the check
                Self-study aid only; it does not record a result or grant CE credit. The formal, accredited Competency Assessment is in §28.
                § 26 Supplements & Case StudiesModule 03

                References & Evidence Base

                § 27

                The clinical positions in this module are drawn from peer-reviewed literature indexed by the U.S. National Library of Medicine (PubMed / PMC) and from the guidance of major clinical-guideline bodies. Each citation below links to the indexed source or the issuing organisation.

                1. Mehanna HM, Moledina J, Travis J. Refeeding syndrome: what it is, and how to prevent and treat it. BMJ. 2008.NLM / PubMed — journal article
                2. National Institute for Health and Care Excellence (NICE). Nutrition support for adults: oral nutrition support, enteral tube feeding and parenteral nutrition (CG32).Clinical-guideline body — official guidance
                3. Cederholm T, et al. GLIM criteria for the diagnosis of malnutrition: a consensus report from the global clinical nutrition community. Clinical Nutrition. 2019.NLM / PubMed — journal article
                4. Hall KD, et al. Ultra-Processed Diets Cause Excess Calorie Intake and Weight Gain: An Inpatient Randomized Controlled Trial of Ad Libitum Food Intake. Cell Metabolism. 2019.NLM / PubMed — journal article
                5. Monteiro CA, et al. Ultra-processed foods: what they are and how to identify them (NOVA). Public Health Nutrition. 2019.NLM / PubMed — journal article
                6. U.S. National Library of Medicine, MedlinePlus. Malnutrition; Nutrition (patient-education resources).NLM — patient-education resource
                7. McClave SA, et al. Guidelines for the Provision and Assessment of Nutrition Support Therapy in the Adult Critically Ill Patient (SCCM / ASPEN). JPEN J Parenter Enteral Nutr. 2016.NLM / PubMed — ASPEN clinical guideline
                8. Volkert D, et al. ESPEN guideline on clinical nutrition and hydration in geriatrics. Clinical Nutrition. 2019.NLM / PubMed — ESPEN clinical guideline
                How to Read These Sources

                Journal references link to the article record on PubMed; guideline and resource references link to the issuing body’s official page. Educational content does not replace facility policy, dietitian or physician orders, or current jurisdictional guidance — always confirm against the live source and your local protocol.

                § 27 References & Evidence BaseModule 03

                Competency Assessment

                § 28

                Ten questions. Pass threshold: 7/10 for CE credit (upon accreditation approval).

                Q1
                Name the three components scored by the MUST tool and the score that triggers a high-risk care plan.
                Q2
                What NRS-2002 total score indicates nutritional risk, and what does adding age ≥ 70 contribute?
                Q3
                Explain the pathophysiology of refeeding syndrome. Which three electrolytes fall, and why?
                Q4
                List two NICE major criteria and three minor criteria for high refeeding risk.
                Q5
                A patient meets one major NICE criterion. State your first three actions before feeding.
                Q6
                State approximate energy and protein targets for an acutely ill adult, and how they change for wound healing.
                Q7
                Apply the gut-first principle: when is enteral preferred over parenteral, and when is parenteral indicated?
                Q8
                Name two macronutrient and two micronutrient priorities for wound healing and the role of each.
                Q9
                Explain how nutrition can function as a deprescribing tool and why it is never a solo decision.
                Q10
                A normal BMI patient screens positive for malnutrition. Why is “food-first, drug-last” still the correct sequence?
                § 28 Competency CheckModule 03

                Accreditation & Faculty

                § 29
                AccreditorStatus
                ANCC (American Nurses Credentialing Center)Application pending
                ACCME (Accreditation Council for Continuing Medical Education)Application pending
                CARNA (College of Registered Nurses of Alberta)Application pending
                CPSA (College of Physicians & Surgeons of Alberta)Planned

                Course Director: WestNet Medical Clinical Education Division
                Publication: WestNet Medical Publications • WestNet Catalog 731985456581 • ISBN 978-0-XXXXX-XXX-X (Pending)
                Platform: WestNet Unified Health Platform / HealthOS v3.6

                § 29 AccreditationModule 03

                Glossary

                Ref
                Catabolic stateA stress state (illness, injury, sepsis) in which the body breaks down its own muscle and tissue for fuel, sharply raising protein and energy needs.
                DeprescribingThe planned, supervised reduction or stopping of medication that is no longer beneficial — here, enabled as nutrition improves the underlying numbers. A team decision, never unilateral.
                Enteral nutritionFeeding through the gastrointestinal tract via tube (NG, NJ, PEG) when oral intake is unsafe or inadequate but the gut works. Preferred over parenteral when feasible.
                HealthOSWestNet’s unified clinical platform spanning ER, inpatient, pharmacy, labs, dietetics, and chronic-disease care across Canada and the USA.
                MUSTMalnutrition Universal Screening Tool — a five-step bedside screen using BMI, unplanned weight loss, and acute-disease effect to grade malnutrition risk.
                NRS-2002Nutritional Risk Screening 2002 — combines nutritional status with disease severity (plus an age factor) to flag patients who need a nutrition care plan.
                Parenteral nutritionIntravenous delivery of nutrients (PN/TPN), bypassing the gut. Reserved for a non-functioning or inaccessible GI tract; higher infection and metabolic risk.
                Refeeding syndromePotentially fatal fluid and electrolyte shifts (falling phosphate, potassium, magnesium; thiamine depletion) when a malnourished patient is fed too quickly. Prevent with “start low, go slow.”
                Sarcopenic obesityLoss of muscle mass coexisting with excess fat — malnutrition hidden by a normal or high BMI. A reminder that appearance never rules out depletion.
                Thiamine (Vitamin B1)An essential cofactor for carbohydrate metabolism, rapidly consumed during refeeding. Must be replaced before and during feeding the at-risk patient.
                Ultra-processed food (UPF)Industrially formulated products high in refined carbohydrate, added sugar, salt, and additives, low in fibre — the upstream dietary driver this module identifies in much chronic disease.
                Related WestNet Medical Modules

                This module is part of a 12-title series. See also: Module 05 — Wound & Skin Care, Module 06 — Polypharmacy & Iatrogenic Harm, Module 10 — Diabetes & Endocrine, and Module 11 — Elder Care & Delirium.

                WestNet Medical • Module 03 • GlossaryCatalog 731985456581 • All Modules