GAtherton

🫁 Biologics for Severe Asthma and Respiratory Conditions: What to Expect

A guide to when they start working, patient experiences, how long the benefits last — and what to know about Tezepelumab

Biologic treatments — like omalizumab, mepolizumab, benralizumab, dupilumab, and now tezepelumab — have transformed care for people with severe asthma and related lung conditions. But many patients naturally ask:

  • When will I start to feel better?

  • Will the benefit last?

  • Am I eligible for this treatment?

  • What if it wears off or I stop taking it?

  • Which biologic is right for me?

💷 Access to Biologics: Who Can Have Them?

Biologics are highly effective — but they are also expensive treatments, often costing £10,000–£30,000 per year. Because of this, the NHS only offers them to patients who meet strict criteria.

This helps ensure:

  • Fair access

  • Best use of NHS resources

  • That patients are likely to benefit

✅ To qualify for a biologic, patients must typically:

  1. Have confirmed severe asthma

    • Symptoms remain poorly controlled despite taking:

      • High-dose inhaled steroids (ICS)

      • Long-acting beta agonists (LABAs)

      • Other controller medication (e.g. montelukast)

  2. Have frequent asthma attacks

    • Usually 2 or more flare-ups in the past year needing:

      • Oral steroids (e.g. prednisolone)

      • A&E or hospital care

  3. Be using their inhalers properly and regularly

    • Doctors will check that medication is being taken as prescribed

    • Inhaler technique must be correct

    • Other problems (like reflux or anxiety) must be addressed first

  4. Have the right blood or allergy profile
    (This depends on which biologic is being considered):

Biologic Biomarker Criteria
Omalizumab IgE in range + allergic asthma
Mepolizumab/Benralizumab Eosinophils ≥150–300 cells/µL
Dupilumab Raised FeNO or IgE, plus eosinophilic features
Tezepelumab Works in a wider group, including low eosinophils

  1. Be assessed by a specialist team

    • Biologics are only prescribed after a full multidisciplinary review in a specialist asthma service

🔄 After Starting:

  • Patients are reviewed after 3–6 months

  • If there’s no improvement, treatment is stopped

  • Continued use depends on measurable benefit, such as:

    • Fewer attacks

    • Reduced steroid need

    • Better lung function or asthma control scores

💬 "Biologics are not a quick fix — but when matched carefully, they can be life-changing."

⏳ When Will I Start Feeling Better?

Most patients begin to feel some improvement within the first few weeks to three months.

🟩 What Other Patients Say:

  • Lynn (USA):

    “Within five days, I could tell … I was not coughing as much.”

  • Mena, 17 (USA):

    “She doesn’t have to rely on steroids as much.”
    “Now I’m stable.”

  • Catherine, 88 (UK):

    “Since taking biologics, I’ve not had to call the office about breathing problems once.”

  • UK Patient Survey:

    “Biologic treatment stopped the disruption of family and social life.”
    “Energy and mental health improved by 3 months.”

📈 Typical Timeline of Benefits:

Time After Starting What You May Notice
1–2 weeks Less coughing, better sleep, reduced night symptoms
2–4 weeks Easier breathing, less tightness, more energy
1–3 months Fewer flare-ups, less need for oral steroids
3–6 months Improved walking, daily life, and lung test scores
12 months Full review of benefit — continued if effective

📆 How Long Do the Benefits Last?

If the biologic is working and you stay on treatment, the benefits can last for years:

  • Many patients remain stable for 1–5 years or more

  • Biologics are ongoing treatments — not cures, but long-term control

  • If stopped, some patients stay well for a time, while others relapse

💡 Spotlight on Tezepelumab (Tezspire)

Tezepelumab is a newer biologic that works differently from the others — it targets TSLP, an upstream trigger of inflammation. This makes it suitable for a broader range of asthma patients, including those without high eosinophils or obvious allergies.

🔹 How It Works:

  • Blocks TSLP (thymic stromal lymphopoietin) — a key driver of inflammation

  • Works across multiple asthma types (eosinophilic, allergic, non-allergic)

🔹 Dosing:

  • 210 mg injection every 4 weeks (subcutaneous)

🔹 Benefits (NAVIGATOR & DESTINATION trials):

  • Reduces asthma attacks by 56% regardless of eosinophil count or allergic status

  • Improvement often seen within 2–4 weeks, with continued benefit over 1–2 years

  • Long-term studies show sustained effectiveness and good safety

  • After stopping, inflammation gradually returns but may remain better than baseline for a while

🧠 Tezepelumab is especially promising for patients who haven’t responded well to other biologics, or who don’t fit into the eosinophilic or allergic categories.

✅ In Summary:

Question Typical Answer
When will I feel better? 2–12 weeks, sometimes faster
How long does it last? Months to years if treatment continues
What if I stop? Symptoms may return gradually
Who can get a biologic? Patients meeting NHS criteria, reviewed by specialists
Tezepelumab use? For broad asthma types, including low-eosinophil asthma

by GAtherton

🏡 Preventing Damp and Condensation in Holiday Homes

A detailed guide for both property owners and guests – working together for a healthier stay

Condensation is the most common cause of damp and mould in UK homes, especially in older or well-insulated properties. For holiday cottages or short-term lets, where different people stay for brief periods, it's essential that both owners and guests understand how to prevent moisture problems.

This guide explains:

  • How owners can set the home up to reduce condensation

  • What guests can do during their stay

  • Why it's a shared responsibility

  • How these steps benefit everyone, especially the most vulnerable

🔧 Part 1: For Property Owners and Holiday Let Managers

Even well-maintained homes can develop damp if moisture builds up faster than it can escape. Here’s how to set up your home for success:

🪟 1. Improve Ventilation in Every Room

  • Fit extractor fans in bathrooms and kitchens. Fans should ideally have:

    • A humidistat (activates automatically above 65–70% humidity)

    • A run-on timer (continues working after lights go off)

  • Keep trickle vents open at all times.

  • Consider Positive Input Ventilation (PIV) for older homes or those with solid walls.

🧱 2. Insulate Cold Surfaces

  • Insulate external or solid walls using breathable materials.

  • Install underfloor heating in bathrooms or damp-prone areas.

  • Use thermal curtains or blinds to help reduce cold zones near windows.

🎨 3. Use Breathable Finishes

  • Choose lime plaster, clay paints, and breathable wall finishes.

  • Avoid vinyl paints and woodchip wallpapers that trap moisture.

  • Leave gaps between furniture and walls to promote airflow.

💨 4. Provide Drying Areas

  • Offer a well-ventilated drying space for coats and laundry.

  • Install a heated towel rail, airing cupboard, or portable dehumidifier.

  • Avoid encouraging radiator drying where possible.

📊 5. Monitor and Educate

  • Use digital hygrometers to keep track of humidity (ideal: 40–60%).

  • Include guest-friendly guidance in welcome materials or visible signage.

  • Ask cleaners to report signs of mould or moisture early.

🧍‍♂️ Part 2: For Holiday Guests and Tenants

Moisture builds up quickly from cooking, bathing, and drying clothes. These small actions can help:

🚿 1. Bathroom Habits

  • Use the extractor fan or open a window after showers or baths.

  • Leave the door shut for 15–30 minutes after use.

  • Hang towels on rails rather than radiators to help them dry evenly.

🍳 2. In the Kitchen

  • Always use the extractor fan when cooking.

  • Use lids on pans and open a window if no fan is available.

  • Wipe down steamy surfaces and windows to stop mould forming.

👕 3. Drying Clothes

  • Use airers or drying racks rather than radiators.

  • Keep a window slightly open while drying indoors.

  • Don’t leave wet items in piles or draped over furniture.

🛏️ 4. Living and Sleeping Areas

  • Keep trickle vents open – they allow constant low-level airflow.

  • Air the home each morning for 5–10 minutes.

  • Don’t push furniture tight against walls – allow some airflow space.

🔄 Part 3: Shared Responsibility – Why Both Parties Matter

Owner Sets Up Guest Helps By
Installing good ventilation Using fans and vents
Providing drying facilities Drying clothes responsibly
Monitoring humidity Opening windows regularly
Choosing breathable materials Avoiding habits that trap moisture

❤️ Part 4: Why These Steps Help Everyone

These precautions don’t just protect buildings or prevent cleaning bills. They actively support the health, wellbeing, and comfort of a wide range of people:

👃 1. People with Breathing Problems

  • Asthma, ABPA, bronchiectasis, and COPD can all be triggered or worsened by damp air and mould.

  • Condensation precautions reduce airborne spores, allergens, and moisture.

🧓 2. Older Adults

  • Older people are vulnerable to damp-induced joint pain, cold-related illness, and falls from slippery surfaces.

  • Warm, dry homes improve comfort and reduce hospitalisation risk.

👶 3. Babies and Children

  • Developing lungs and sensitive immune systems are affected by poor indoor air quality.

  • Dry air reduces the chance of chest infections, wheeze, and eczema flare-ups.

🤧 4. People with Allergies or Sensitivities

  • Lower humidity reduces dust mites, mould spores, and VOC off-gassing.

  • Fewer reactions = fewer health complaints during stays.

🧠 5. People with Anxiety, Depression, or Chronic Illness

  • Mould and damp worsen low mood and fatigue.

  • Dry, well-aired homes are more comfortable, restful, and reassuring.

🧑‍🔧 6. Cleaners, Carers, and Workers

  • People who spend time cleaning or maintaining homes are often first exposed to hidden damp.

  • Good setup protects their health and helps them do their jobs more safely.

🧱 7. The Building Itself

  • Damp causes rot, damage to plaster, and paintwork failure.

  • Good moisture control extends the life of the building and reduces maintenance costs.

✅ Summary: Everyone Benefits

Whether you’re a landlord, a tenant, or just staying for a few nights – moisture-aware behaviour and property setup benefits everyone.

These changes are:

  • Low cost

  • Easy to implement

  • Proven to improve comfort and reduce risk

by GAtherton

🌿 Allergies and Intolerances: A Complete Guide for Patients

Reactions to foods, pollen, mould, animals, or chemicals are increasingly common. But many people don't realise there’s a difference between allergies and intolerances — and that understanding this difference can help protect your health and guide treatment.

This guide explains:

  • What allergies and intolerances are

  • How they develop

  • How they differ

  • Why more people are affected than in the past

  • What to do if you’re experiencing symptoms

🤧 What Is an Allergy?

An allergy happens when your immune system overreacts to a harmless substance (called an allergen). Instead of ignoring the substance, your body sees it as a threat and releases histamine and other chemicals, causing inflammation and symptoms.

✅ Common Allergy Symptoms

  • Sneezing, runny or blocked nose

  • Itchy eyes or throat

  • Wheezing or coughing

  • Rashes or hives

  • Swelling of lips, face, or throat

  • Nausea or vomiting

  • In severe cases: anaphylaxis, a life-threatening reaction that requires emergency treatment

🧴 Common Allergy Triggers

  • Pollen

  • Mould spores

  • Dust mites

  • Pet dander

  • Foods (e.g., peanuts, shellfish, eggs)

  • Insect stings

  • Latex

  • Medications (e.g., penicillin)

Onset: Usually within minutes to 2 hours
Severity: Can range from mild to life-threatening

🍞 What Is an Intolerance?

An intolerance is when your body has difficulty processing or digesting a substance. It does not involve the immune system and is not life-threatening, though it can be very uncomfortable.

✅ Common Intolerance Symptoms

  • Bloating

  • Abdominal pain

  • Gas or diarrhoea

  • Nausea

  • Headaches or migraines

  • Fatigue or “brain fog”

🧂 Common Intolerance Triggers

  • Lactose (milk sugar)

  • Gluten (in non-coeliac cases)

  • Food additives (e.g. sulphites, MSG)

  • Caffeine or alcohol

  • Certain fruits and vegetables (e.g., those high in FODMAPs)

Onset: Often delayed – hours after eating
Severity: Not dangerous, but can affect quality of life

🛑 What About Coeliac Disease?

Coeliac disease is different from both allergies and intolerances. It is an autoimmune condition triggered by gluten (in wheat, rye, barley), where the immune system damages the small intestine.

  • Can lead to nutrient deficiencies, fatigue, bone loss, and other complications

  • Requires strict lifelong gluten-free diet

  • Diagnosed by blood tests and intestinal biopsy

🩺 Allergy vs Intolerance: Side-by-Side Comparison

Feature Allergy Intolerance
System involved Immune system (IgE antibodies) Digestive, metabolic, or chemical sensitivity
Speed of reaction Fast (minutes to 2 hours) Slower (can take hours or be delayed until next day)
Common symptoms Hives, sneezing, swelling, wheeze, anaphylaxis Bloating, cramps, diarrhoea, fatigue, headache
Life-threatening? Yes No
Diagnosis available? Yes: skin prick or blood tests (IgE) Often by elimination diet or breath testing
Treatment Avoid allergens, antihistamines, adrenaline pens Avoid triggers, enzyme supplements, dietary management

⏳ Can They Develop Over Time?

Yes — both allergies and intolerances can develop at any age, even in adulthood.

  • Allergies may appear after repeated exposure, a change in environment, infection, or hormone shift.

  • Intolerances may emerge gradually and worsen over time, especially after illness or with changes in gut health.

Can They Go Away?

  • Some childhood allergies (e.g., to milk or egg) may fade with age.

  • Intolerances can sometimes improve if the gut heals or the irritant is removed temporarily.

🧬 Why Do Some People Get Allergies or Intolerances?

Several factors increase the risk:

Factor How It Plays a Role
Genetics Family history of allergies or intolerances
Environment Pollution, damp housing, early-life exposures
Immune sensitivity Some people’s immune systems are more reactive
Gut microbiome A diverse gut protects against food sensitivities
Stress and anxiety Can worsen or trigger symptoms in sensitive people

🔬 Why Are These Conditions Becoming More Common?

Over recent decades, both allergies and intolerances have become more widespread — especially in industrialised countries. Here's why:

1. Hygiene Hypothesis

  • Cleaner environments mean fewer early exposures to bacteria and parasites.

  • Immune systems may become overreactive, mistaking harmless things like food or pollen for threats.

2. Environmental Changes

  • More pollution, chemical exposure, and indoor living.

  • Increased use of cleaning products, synthetic fragrances, and pesticides.

3. Modern Diets

  • More processed foods, additives, and preservatives

  • Less fibre and fermented food = poorer gut microbiome diversity

4. Changes in Early Childhood Exposure

  • Less breastfeeding

  • More Caesarean births (altering gut flora)

  • Delayed introduction of allergens (now reversed in guidelines)

5. Better Awareness and Diagnosis

  • People are more likely to report symptoms

  • Testing and knowledge have improved, leading to more diagnoses

6. Stress and Modern Lifestyle

  • Stress may worsen sensitivity to foods, chemicals, or allergens

  • Stress can also influence gut function and immune balance

🧪 How Are Allergies and Intolerances Diagnosed?

Allergy Testing:

  • Skin prick tests

  • Blood tests for IgE antibodies

  • Oral food challenge (done in hospital if risk of anaphylaxis)

  • Referral to an allergy specialist

Intolerance Testing:

  • Elimination and reintroduction diets

  • Hydrogen breath tests (e.g., for lactose or fructose)

  • Intolerances often require trial and error

Never self-diagnose based on internet lists — mislabeling a symptom could lead to unnecessary food avoidance or missed health risks.

💊 How Are They Treated?

Condition Treatment
Allergy Avoidance, antihistamines, nasal sprays, inhalers, adrenaline pens (EpiPen)
Intolerance Avoid trigger foods, enzyme supplements, low-FODMAP diet
Coeliac disease Lifelong gluten-free diet, monitoring, dietitian support

🩺 When to See a Doctor

You should speak to your GP if:

  • You experience repeated symptoms after certain foods or environmental exposures

  • You’ve had severe reactions like swelling, wheezing, or fainting

  • You’re unsure whether your reaction is allergy or intolerance

  • You’re planning to reintroduce foods or need support with diet changes

🧭 Final Summary

Key Takeaways
Allergies involve the immune system and can be life-threatening
Intolerances do not involve the immune system and are not dangerous
Both can develop at any age and may change over time
Environmental, dietary, and lifestyle changes have contributed to rising rates
Diagnosis and management depend on proper testing and support

Understanding the difference between allergies and intolerances can help you:

  • Stay safe

  • Manage your symptoms

  • Avoid unnecessary restrictions

  • Get the care and advice you need

You are not alone — and support is available.

by GAtherton

🧠 Understanding Illness, Evidence, and Progress in Medicine: A Guide for Patients

Many patients living with poorly understood conditions — like Multiple Chemical Sensitivity (MCS), chronic fatigue, or long-term pain — wonder why they struggle to get a diagnosis or effective treatment. Others may be confused about why some treatments are widely used even when the science behind them is uncertain.

This guide will help you understand how medicine progresses, how doctors decide what’s “real,” and why evidence-based medicine (EBM) is so important — and sometimes, frustratingly slow.

🔍 What Is Evidence-Based Medicine?

Evidence-Based Medicine (EBM) means using the best available scientific research, alongside clinical expertise and patient preferences, to guide healthcare decisions.

EBM helps:

  • Protect patients from harmful or ineffective treatments

  • Guide doctors toward proven therapies

  • Use health resources responsibly and fairly

But not everything in medicine is yet fully evidence-based — particularly when:

  • A condition is new or poorly understood

  • Research is incomplete or conflicting

  • There's no agreed definition of the illness

🧪 How Does a Condition Become "Real" in Medicine?

For a condition to be fully accepted by doctors and health systems, it usually goes through several steps:

1. Definition

  • Experts agree on what the illness is: its symptoms, triggers, and pattern.

  • Example: Fibromyalgia became accepted after consistent criteria were developed.

2. Scientific Research

  • Studies look at biological causes, risk factors, and who it affects.

  • Imaging, blood tests, or other tools help confirm it’s a physical illness, not just psychological.

3. Diagnosis Guidelines

  • Clear, consistent tools for doctors to use — so everyone’s diagnosing the same thing.

4. Inclusion in Medical Manuals

  • Conditions like ME/CFS and fibromyalgia are now in the ICD (International Classification of Diseases) and NICE guidelines (UK).

5. Treatment Trials

  • Once we know what the condition is, we can test treatments in properly designed studies.

⏳ Why Do Some Conditions Take Longer to Be Accepted?

Reason Impact
Lack of a clear definition Doctors can’t agree who has the illness
No biological test or biomarker Makes diagnosis subjective or disputed
Symptoms overlap with other illnesses Often misdiagnosed (e.g. as anxiety or asthma)
Poor research funding Slows discovery of causes and treatments
Stigma or past misunderstanding Conditions get dismissed (e.g. ME/CFS was once called “yuppie flu”)

💡 What About Conditions Like MCS?

Multiple Chemical Sensitivity (MCS) is a perfect example of a condition still “in limbo.” People report real and distressing symptoms — triggered by low levels of chemicals, perfumes, or pollutants — but the condition is:

  • Not clearly defined

  • Not included in most official guidelines

  • Lacks a proven mechanism

  • Poorly understood by many doctors

This leads to:

  • Dismissive attitudes ("It’s all in your head")

  • Misdiagnosis (e.g. as asthma, panic attacks, or health anxiety)

  • A lack of access to appropriate treatment or support

⚠️ Are Any Treatments Still Used Without Strong Evidence?

Yes — not everything doctors do is perfectly backed by science. Medicine is a work in progress.

Some treatments are:

  • Outdated (still used out of habit)

  • Used when no better option exists

  • Driven by patient demand or commercial pressure

Examples of treatments with weak or evolving evidence:

Treatment Concern
Antibiotics for viral infections Often overused, not effective for viruses
Homeopathy No evidence beyond placebo effect
Vitamin megadoses Often unnecessary, may be harmful
GET (Graded Exercise Therapy for ME/CFS) Now withdrawn by NICE due to risk of harm
Long-term use of PPIs (e.g. omeprazole) Can lead to side effects like bone loss

🩺 So, Are Doctors Just Being Stubborn?

No — in most cases, doctors are not being stubborn or dismissive on purpose. Their approach is shaped by:

✅ 1. Training in Evidence-Based Medicine

Doctors are taught to:

  • Use well-established guidelines

  • Avoid unproven or unsafe treatments

  • Rely on the best available evidence

If they say "there's no evidence," it often means:

“I want to help, but I don’t have the tools or proven options to offer you right now.”

✅ 2. Professional Responsibility

Doctors must follow:

  • National guidelines (e.g. NICE in the UK)

  • Ethical rules about prescribing

  • Legal duties to ensure safety

If a treatment is not recognised or approved, they may not be allowed to recommend or fund it — even if they believe your symptoms are real.

✅ 3. Communication Gaps

When a doctor says:

  • "This condition isn’t in the guidelines"

  • "There’s no test for this"

  • "We don’t offer anything for that"

— it can feel like rejection. But often it means:

“I don’t have the tools to help yet — and I’m being cautious because I want to do no harm.”

✅ 4. A System That’s Slow to Adapt

Medical systems change slowly. New evidence takes time to be:

  • Reviewed

  • Added to guidelines

  • Taught in medical schools

  • Funded by the NHS

Your doctor may be caught between what’s emerging and what’s officially accepted.

🎓 What Can Patients Do?

✅ 1. Be Informed

  • Learn how medical guidelines are created.

  • Know that doctors need clear evidence to diagnose and treat safely.

✅ 2. Understand the Journey of Acceptance

  • Conditions like ME/CFS and fibromyalgia took decades to gain recognition.

  • It often takes persistent research and patient advocacy to shift the system.

✅ 3. Be Part of the Process

  • Join research studies or patient groups pushing for recognition.

  • Share your story — responsibly — with clinicians and researchers.

  • Ask your doctor about evidence, but also tell them what’s helping you.

🧭 Final Thought

The aim of medicine is to treat successfully, and that depends on clear, consistent diagnosis based on evidence.

When the evidence is missing, doctors and patients must navigate with care. That means listening carefully, collecting data, and being open to new understanding.

You are not alone — and medical progress is often driven by people like you, who ask questions, challenge assumptions, and keep pushing forward.

by GAtherton

⚠️ Advice for Aspergillosis Patients: Staying in a Holiday Cottage with Signs of Damp

If you're living with aspergillosis and arrive at a holiday rental that feels damp or smells musty, you need to take extra care. Even if there’s no visible mould, signs like bubbling paint, wallpaper, or condensation could indicate hidden damp — and increased risk of fungal spores in the air.

🧱 What You Might Notice on Arrival

  • Bubbling or peeling paint

  • Musty, earthy smell

  • Painted-over woodchip or textured wallpaper

  • Cold-feeling walls, especially near the floor or windows

  • No ventilation — windows sealed shut, fireplaces blocked, rooms feel airless

🏚️ Why Older UK Cottages Are Especially Damp-Prone

Many UK cottages built before the 1920s were constructed without a damp-proof course and without cavity walls.

What does that mean?

  • Solid walls (often brick or stone) absorb moisture directly from the ground or air

  • No cavity means moisture can easily move from outside to inside

  • These buildings rely on breathable materials to allow moisture to escape, such as:

    • Lime plaster

    • Limewash or clay paints

    • Open fireplaces and draughts to keep air moving

When modern renovations seal up the building using airtight windows, damp-proof membranes, wallpaper, and vinyl paints, the house traps moisture inside — which often shows as bubbling paint, musty air, or mould behind wallpaper.

🔧 Modern Changes That Make Damp Worse in Older Homes

Modern Change What It Does Why It's a Problem in Old Buildings
🔲 Plastic or vinyl paint Creates a sealed barrier Moisture gets trapped behind it — leads to bubbling and mould
🧻 Painted-over wallpaper (esp. woodchip) Hides old surfaces Holds moisture against cold, solid walls — mould risk increases
🪟 Double glazing & sealed windows Saves heat Cuts ventilation — humidity builds up
🚪 Draught-proofed doors Improves energy efficiency Prevents moisture from escaping
🔥 Blocked fireplaces Stops heat loss Reduces airflow in buildings that rely on passive ventilation
🧱 Cement or gypsum plaster Covers solid walls Doesn’t breathe — locks moisture in stone or brick

💧 Other Potential Sources of Damp in a Holiday Let

Source What to Look For Why It Matters
🚿 Leaky showers/baths Damp walls or floor below bathrooms Can cause hidden fungal growth in walls and floors
🪠 Plumbing leaks Damp skirting boards, floor bulges, water marks Often overlooked and slow to dry
🍳 Poorly ventilated kitchen Condensation on windows, odour after cooking Adds daily moisture to air
🪴 Laundry drying indoors Wet clothes on radiators or chairs A major source of humidity in winter
🪟 Uninsulated windows Condensation, especially at night Common mould growth point in corners
🌳 Earth or flowerbeds against walls Mossy or damp external walls Keeps outside wall permanently wet, especially with no cavity

🌬️ Why Damp Is a Problem for Aspergillosis Patients

Even if you don’t see mould:

  • Moisture encourages fungal growth, especially Aspergillus

  • Spores can be airborne and invisible

  • Poor ventilation makes the problem worse — spores linger in stagnant indoor air

  • Damp + dust + paint = ideal conditions for hidden contamination

✅ What You Can Do Right Now

  • Open windows daily, especially in the bedroom and bathroom

  • Avoid sleeping in rooms that smell damp or have visible bubbling or mould

  • If you brought a HEPA air purifier, use it in your bedroom

  • Don’t hesitate to move furniture slightly from cold external walls to reduce condensation

  • Monitor your symptoms — if you feel wheezy, unusually tired, or tight-chested, take action early

📩 What to Say to the Property Owner or Letting Agent

“I have a serious lung condition (aspergillosis) and need to avoid damp and mould. I’ve noticed bubbling paint, wallpaper, and a musty smell — likely signs of trapped moisture or poor ventilation. Could I move to another room or more suitable property?”

🧳 Tips for Booking Future Holidays

Before booking:

  • Ask if the property has any history of damp, water leaks, or condensation

  • Request interior photos — look for bare plastered walls, open fireplaces, and no wallpaper

  • Avoid properties that were built before 1920 and have:

    • Vinyl paint

    • Sealed windows

    • Woodchip wallpaper

    • No clear ventilation system

If unsure, choose modern or well-ventilated accommodation.

Bring:

  • Portable HEPA air purifier

  • Humidity monitor

  • Any rescue medication and a copy of your steroid/emergency plan

🛑 Summary for Aspergillosis Patients

🚫 Avoid ✅ Prefer
Musty smells, bubbling paint, painted wallpaper Clean-smelling, well-aired rooms
Solid walls with vinyl paint or cement plaster Breathable finishes (lime, clay paints)
Woodchip or vinyl wallpaper Bare plaster walls or limewashed surfaces
Sealed windows, blocked fireplaces Working ventilation and natural airflow

by GAtherton

🧠 Struggling to Come Off Prednisolone?

A Guide for Patients with Long-Term Steroid Use (e.g. for ABPA)

If you’ve been on prednisolone or methylprednisolone for a long time — such as for Allergic Bronchopulmonary Aspergillosis (ABPA) — and now feel dreadful while trying to reduce your dose, you’re not alone.

Many people find steroid tapering one of the most difficult parts of treatment. This guide explains what’s happening in your body, why withdrawal symptoms occur, how hydrocortisone may help, and when to pause tapering and seek help.

💡 Why Were You Put on Prednisolone?

Prednisolone is a powerful anti-inflammatory steroid used to control conditions like ABPA. It mimics cortisol, a natural hormone your body produces to:

  • Control inflammation

  • Manage blood sugar, blood pressure, and fluid balance

  • Respond to physical and emotional stress

But after several weeks of steroids, your body stops making cortisol naturally, which leads to dependence and can make tapering very difficult.

🔁 Why Is It So Hard to Come Off Prednisolone?

As you taper:

  • Your dose of artificial cortisol (prednisolone) is reduced

  • But your adrenal glands may not have restarted cortisol production yet

  • This leaves you in a cortisol gap, with symptoms of withdrawal and adrenal insufficiency

😞 Common Symptoms of Cortisol Withdrawal

  • Crippling fatigue or exhaustion

  • Nausea, loss of appetite

  • Light-headedness or dizziness

  • Joint or muscle aches

  • Anxiety, low mood, brain fog

  • Feeling worse in the afternoon (the “crash”)

These symptoms are real and happen because your body is running on too little cortisol.

🛑 Never Taper Without Medical Supervision

Always reduce steroids under a doctor's care. Stopping or tapering too quickly can lead to:

  • Adrenal insufficiency

  • Severe fatigue or collapse

  • Adrenal crisis — a life-threatening emergency

🧪 What Happens to Natural Cortisol?

Your body expects cortisol to rise in the morning and fall by night. Long-term steroids stop this rhythm. As you taper lower (especially <5 mg prednisolone), the brain begins sending signals to “wake up” the adrenal glands — but it takes time.

Doctors monitor recovery using:

  • Morning cortisol tests (8–9am, off steroids for 24 hrs)

  • Synacthen (ACTH stimulation) tests to assess adrenal response

⏱️ Why You Feel Worse Later in the Day

Many people report feeling okay in the morning after their steroid dose, but hit a wall in the afternoon. That’s because:

  • Prednisolone’s effects wear off by then

  • Your body expects a “natural top-up” of cortisol — but it’s not there yet

  • This is often when your brain starts pushing the adrenal glands to restart

So while it feels awful, this may be the point at which your system is trying to recover.

🟡 When to Talk to Your Doctor About Pausing the Taper

If you feel dreadful every day, and your symptoms aren’t improving after 1–2 weeks at a new dose, that’s a sign your body may not be coping.

👉 Tell your doctor if:

  • You can barely get through the day

  • You feel consistently dizzy, nauseated, weak, or mentally “foggy”

  • You are experiencing daily crashes or worsening anxiety

  • You have lost weight, appetite, or sleep due to symptoms

You may need to:

  • Pause the taper and hold your dose longer

  • Increase slightly for symptom control

  • Switch to hydrocortisone for gentler tapering

  • Get retested to see if your adrenal glands are recovering

🗣️ “I think my body is struggling at this dose. Can we pause here and check my cortisol levels?”
🗣️ “Would hydrocortisone be a better option for tapering now?”

These are reasonable, safe, and important questions to ask.

🔄 Could Switching to Hydrocortisone Help?

Yes — hydrocortisone is a short-acting, natural steroid that:

  • Mimics your body’s own cortisol

  • Allows windows for adrenal recovery

  • Is easier to taper in smaller steps

Many people report fewer withdrawal symptoms and a smoother taper after switching from prednisolone.

📈 Prednisolone vs. Hydrocortisone

Feature Prednisolone Hydrocortisone
Potency ~4x stronger than cortisol Equal to cortisol
Duration 12–36 hours 6–8 hours
Suppression risk High Lower
Recovery support Slower Better for adrenal recovery
Tapering flexibility Hard below 5 mg Easier to reduce gradually

🛡️ Safety Rules During Tapering

✅ Always taper slowly and with medical guidance

✅ Know your “sick day rules”

During illness, surgery, or stress, you may need higher steroid doses (stress dosing). Ask your doctor for a written plan.

✅ Watch for adrenal crisis:

Seek emergency care if you have:

  • Vomiting or severe nausea

  • Fainting or confusion

  • Collapse, very low blood pressure

  • High fever with fatigue and weakness

✅ Carry a Steroid Emergency Card and/or medical alert ID

  • Especially important if you’re tapering or still on steroids

  • This alerts emergency staff that you may need urgent steroids

🫶 Reassurance

If tapering is making you feel broken — you’re not alone, and you’re not failing. Tapering is about timing, safety, and support. Your adrenal recovery is a process — not a race.

Many people:

  • Recover natural cortisol over months (or longer)

  • Manage long-term steroid replacement safely

  • Return to full lives with the right plan

📋 What You Can Do Next

🗣️ Ask your doctor:

  • “Should we pause tapering and hold my current dose?”

  • “Can we test my morning cortisol or do a Synacthen test?”

  • “Would switching to hydrocortisone help?”

  • “Can I get a steroid emergency card and sick-day instructions?”

by GAtherton

🫁 Why Your Voice Matters in Research

How Patients Help Shape Better, Fairer Medical Trials

💬 Why Are Patients Being Asked to Help with Research?

If you're living with a health condition — especially one that’s under-researched or misunderstood — your experience is vital.

Today, researchers, funders, and charities are working hard to involve patients and carers in medical research. Your insights help ensure:

  • The right questions are asked

  • Outcomes that matter to patients are measured

  • Studies are practical and inclusive

  • Public funds are used fairly and effectively

💷 Why Pharmaceutical Companies Are Involved — And Why We Still Need Them

Pharmaceutical companies develop and test most new medicines. Their funding, staff, and infrastructure are essential — especially for:

  • Rare or complex diseases

  • Treatments that require large, international trials

  • Speeding up the path from discovery to clinic

But as for-profit organisations, pharma companies also have business goals — such as:

  • Making a return on investment

  • Releasing new drugs before competitors

  • Promoting products over alternatives

This can create conflicts of interest — even unintentionally — which is why we need strong checks and balances.

⚖️ What Can Go Wrong: Risks to Impartiality

Because of commercial influence, research funded by the pharmaceutical industry can sometimes include bias, such as:

🧪 Risk 💬 What It Means
Sponsorship bias Results may be more positive for a company's own product.
Selective publication Negative or neutral results might not be published.
Design bias Studies may be designed in ways that favour one outcome.
Ghostwriting A company may write a scientific article but publish it under an academic’s name.
Unclear side effects Real-world harms may be underreported or downplayed.

This is why independent safeguards — and your involvement — are so important.

🛡️ What Keeps Research Honest?

Impartiality is protected through a shared responsibility between:

👥 Patients & Public

  • Help ensure that research reflects real experiences

  • Ask important questions researchers may miss

  • Keep science grounded in real-world needs

🧪 Independent Scientists

  • Analyse and critique study methods and findings

  • Conduct publicly funded or non-commercial research

  • Publish systematic reviews (e.g. Cochrane) to assess all evidence

🏛️ Regulators & Ethics Committees

  • Agencies like MHRA (UK), EMA (Europe), and FDA (USA) review trial designs, monitor safety, and can demand extra data

  • Research Ethics Committees (RECs) review every trial in advance to check for fairness, patient safety, and scientific value

📚 Journal Editors & Reviewers

  • Scientific journals require researchers to disclose conflicts of interest

  • Peer reviewers (often unpaid experts) critically assess studies before publication

Together, these layers help reduce bias, protect patients, and promote better science.

👩‍🔬 How Patients Improve Research — Step by Step

🧩 Stage 👥 Your Role as a Patient
Choosing the research question Help identify what matters most — not just what’s easiest to measure
Designing the trial Suggest realistic visit schedules, help choose fair inclusion criteria, review consent forms
Helping people take part Improve how studies are advertised and explained, especially for underserved groups
Monitoring the trial Sit on trial oversight committees, flag practical or ethical concerns
Sharing the results Help write plain-English summaries and guide where and how results are shared

🔍 Why Patient Involvement Helps Reduce Bias

✅ You're not tied to commercial goals
✅ You speak from lived experience
✅ You help researchers stay grounded
✅ You ask different — often better — questions

Your involvement increases trust, relevance, and fairness in research. It also complements the role of scientists, ethics reviewers, and regulators who are working behind the scenes to protect public interest.

🫶 Could You Help?

You don’t need a science degree — just your experience and willingness to contribute.

You might:

  • Join a patient advisory group

  • Help review research proposals for funding

  • Take part in a clinical trial (as a participant or advisor)

  • Share your experience with researchers, charities, or the NHS

  • Help write or test patient information materials

🚀 How to Get Started

  • Explore Be Part of Research (UK-wide clinical research opportunities)

  • Ask your GP or specialist if any research is happening near you

  • Join patient groups connected to your condition — many are research partners

  • Contact a university or NHS trust involved in research — most have PPI (Patient and Public Involvement) teams

Research works best when it’s done with patients — not just about them.
Your voice helps keep science honest, relevant, and focused on real lives.

by GAtherton

From Cradle to Shared Care: Understanding the NHS Transition to Patient Partnership

The NHS is evolving. From its early days as a post-war health service built around face-to-face care by a GP who "did it all," to today’s complex model focused on prevention, digital access, and patient partnership — the change has been profound. This document provides a clear overview of why, how, and where the NHS is transitioning toward shared care and self-management.

📜 Then and Now: The 1960s NHS vs Today

The NHS in the 1960s:

  • Care was largely reactive — you went to the doctor when you were ill.
  • GPs were central and often lifelong figures in a family’s care.
  • Most treatments were limited, and few people lived long with chronic illness.

The NHS Today:

  • Patients live longer, often with multiple long-term conditions.
  • Care must be proactive and coordinated.
  • The NHS encourages patients to understand and manage their health.
  • The model is increasingly digital, multidisciplinary, and patient-centred.

⚙️ Why the Shift Happened

  1. Rising Chronic Illness: Diabetes, heart disease, asthma, and mental health issues have all increased.
  2. Ageing Population: More people need long-term support.
  3. Advances in Medicine: Enable people to live longer but require more daily self-care.
  4. Resource Constraints: GP and hospital services are under increasing pressure.
  5. Better Outcomes with Patient Involvement: Evidence shows shared care leads to better results.

📈 Timeline of Change

Year Event
2008–2010 Expert Patient Programmes piloted
2014 Five Year Forward View introduces prevention and self-care
2019 🚀 NHS Long Term Plan launches personalised care model
2020 Universal Personalised Care policy published
2021–2022 COVID accelerates digital triage and remote monitoring
2023–2025 Integrated Care Systems tasked with delivering shared care
2025 📣 Anticipated release of the next major NHS reform report by the current government, expected to include a 10-year plan focusing on community-based care, digital access, and integration with social care

 

🧠 What Is Shared Care?

Shared care is a model where:

  • Patients are active partners, not passive recipients.
  • GPs, nurses, pharmacists, and support workers form a care team.
  • People with long-term conditions have personalised care plans.
  • Patients are supported to self-monitor and make informed decisions.

📊 Evidence of Impact

  • Diabetes & Hypertension: Better control when patients co-manage.
  • Asthma & COPD: Action plans reduce flare-ups and hospital visits.
  • Mental Health: Shared decision-making improves engagement and outcomes.
  • BMJ & Cochrane Reviews: Shared care reduces hospital use and improves satisfaction.

👥 What About Those Without Digital Access?

Digital exclusion affects:

  • Older adults
  • People with learning difficulties or low literacy
  • People without smartphones or broadband

Solutions:

  • Maintain paper and telephone options
  • Offer face-to-face access when needed
  • Train staff to identify and support non-digital patients
  • Invest in community digital skills projects

⏳ How Far Along Are We?

We’re mid-transition:

  • Policy is in place across England.
  • ICSs are developing care coordination teams.
  • Self-monitoring and digital records are expanding.
  • But delivery is uneven, and many staff need more support and training.

Estimated full embedding of shared care: 2028–2032, depending on region and resources.

🩺 Does the NHS Still Care for Us from Cradle to Grave?

Yes — but with an evolved model:

  • Still free at the point of care
  • Still lifelong
  • But now expects patients to:
    • Learn about their condition
    • Monitor their health
    • Use digital or alternative access routes
    • Take shared responsibility for staying well

The shift is from "We’ll do it for you" → to "We’ll support you to do it together."

🏥 The Role of Private Healthcare in the Shared Care Era

Private care plays a growing role alongside the NHS, especially where speed, access, or choice is limited:

Where it helps:

  • Faster diagnosis or specialist review
  • Choice of clinician and continuity
  • Access to treatments not available on the NHS
  • Supplementary services like physio or counselling

Limitations:

  • Not all can afford it — risk of health inequality
  • Poor integration with NHS records
  • Standards vary between providers

In context: Private care can complement the NHS, especially for people managing long-term conditions, but it should never replace inclusive, high-quality NHS care. Patients benefit most when systems are coordinated, and no one is left behind.

💷 Will Shared Care Make the NHS and Social Care Cheaper?

In theory, yes — but in practice, it’s more complicated. Shared care and self-management are designed not just to improve health outcomes, but also to reduce long-term demand on overstretched NHS and social care services.

📉 Potential Savings

Area How Shared Care Could Save Costs
Hospital admissions Fewer A&E visits and unplanned admissions (e.g. asthma, heart failure)
GP appointments More issues resolved by nurses, pharmacists, or self-care tools
Social care needs Better-managed health can delay or reduce dependency on care packages
Medication Improved adherence and fewer avoidable prescriptions or interactions
Workforce efficiency Tasks redistributed to broader care teams (e.g. care coordinators, link workers)

⚠️ Upfront Costs to Consider

  • Training staff in personalised care and shared decision-making
  • Investing in digital systems and patient tools
  • Supporting digitally excluded or vulnerable groups
  • Funding community-based roles (link workers, social prescribers)

🧮 What the Evidence Says

  • The Health Foundation (2021) found that shared care is often cost-effective but savings take years to appear.
  • Diabetes Prevention Programmes and home blood pressure monitoring schemes have demonstrated long-term cost reductions when patients are well supported.
  • ICSs are beginning to measure value not just in pounds saved, but in avoidable harm and hospital use prevented.

Shared care isn’t a quick fix for NHS finances — it’s an investment in long-term sustainability.

🔗 Do We Need a More Fully Integrated NHS and Social Care?

Yes — integration is essential if shared care is to work effectively.

Currently, NHS healthcare and local authority social care operate through separate budgets, systems, and eligibility rules, which can lead to gaps, delays, or duplication. For patients with complex needs — such as older adults, people with disabilities, or those with long-term conditions — this separation often causes frustration and poorer outcomes.

Why Integration Matters:

  • 🧓 Smooth transitions from hospital to home
  • 📋 Unified care plans that cover medical, practical, and emotional support
  • 🤝 Fewer assessments and handoffs between services
  • 💡 Faster responses when needs change

What’s Already Happening:

  • Integrated Care Systems (ICSs) aim to bring NHS and social care leaders together
  • Some areas are piloting pooled budgets or joint appointments
  • Shared care records are being rolled out in regions to link GP, hospital, and social services

Barriers to Integration:

  • Separate funding structures (NHS = national, Social Care = local authority)
  • Different eligibility rules and charging systems
  • Workforce shortages and incompatible IT systems

True shared care requires shared systems, shared responsibility — and shared investment.

🧭 What Support Exists to Help Patients Transition to Shared Care?

As the NHS shifts toward shared care and patient partnership, new support services and resources have been introduced to help patients take on a more active role in their health.

🧑‍⚕️ Where Patients Can Get Help:

  • GP Practices: Many now have a wider team including:
    • Care coordinators
    • Health and wellbeing coaches
    • Social prescribers
    • Practice nurses trained in personalised care
  • Pharmacies: Community pharmacists can support minor illnesses, medication reviews, and some chronic condition monitoring.
  • The NHS App: Allows patients to:
    • View medical records
    • Order prescriptions
    • Access care plans and vaccination status
    • Link to symptom checkers and self-care tools
  • Patient Support Groups and Charities: Many long-term condition charities (e.g. Asthma + Lung UK, Diabetes UK, Versus Arthritis) offer:
    • Peer support
    • Online education
    • Print resources
    • Helplines
  • Community Services (varies by area):
    • Self-management education courses (e.g. Expert Patients Programme)
    • Voluntary sector health coaches or befriending schemes
    • Local authority or ICS-run wellbeing hubs

📞 If in Doubt, Ask:

  • Contact your GP reception and ask: “Can I speak to someone about managing my condition better?”
  • Many areas have health navigators who can connect you to appropriate services.

The transition is not just about expectations — it comes with real support. No one should be left to do it alone.

🎯 Final Thought

The NHS of today — and tomorrow — is built around partnership. While some miss the simplicity of the old model, the future offers tools and support that can help people live longer, healthier lives — if everyone is included. Shared care works best when:

  • Patients feel supported
  • Clinicians feel equipped
  • Services stay flexible and inclusive

by GAtherton

Living Well with ABPA: A Practical Guide to Preventative Living and a Low-Risk Home

This guide is for people living with Allergic Bronchopulmonary Aspergillosis (ABPA), chronic fungal lung conditions, or other respiratory diseases that increase sensitivity to infections and environmental triggers. It combines expert-informed advice with practical strategies patients like Alison use to stay well, especially through winter.

🔗 Quick Navigation

Section 1: What Is Preventative Living?

Preventative living means taking small, proactive steps to reduce your exposure to fungal spores, infections, and environmental risks that can cause lung flares.

"I'm not over-cautious — I just evaluate risks. Lowering my expectations in winter has helped me stay well without feeling cut off." – Alison

Preventative living is not about fear — it’s about protecting your lungs and managing your energy, so you can live confidently and safely.

Section 2: Managing Risk During Winter

  • Wear FFP2 masks in crowded or poorly ventilated indoor spaces.
  • Prioritise venues with good air exchange (e.g. open windows or HVAC).
  • Stay socially connected through video calls or small outdoor gatherings.
  • Reduce physical contact when flu, COVID-19, or RSV are widespread.
  • Let family/friends know you’re managing a health condition, not avoiding them.

Section 3: Vaccination – Your First Line of Defence

Vaccination reduces the risk of severe illness from common respiratory viruses. Stay current with:

  • Annual flu vaccine
  • COVID-19 boosters
  • Pneumococcal vaccine
  • Shingles vaccine (if eligible)
  • RSV vaccine (for older adults and those with chronic lung disease)

Section 4: Keeping Your Home a Low-Risk Zone

Your home should be the safest place for your lungs. Here's how to reduce airborne risks:

4.1 Ventilation

  • Open windows when air quality is good
  • Use extractor fans in bathrooms and kitchens
  • Check air quality forecasts before airing out rooms
  • Use cross-ventilation where possible to create airflow
  • Avoid ventilation near high-traffic roads during peak hours

4.2 HEPA Air Filtration

  • Use a true HEPA filter, not "HEPA-type"
  • Make sure it's correctly sized for the room (check CADR ratings)
  • Bedroom units typically need CADR ~150+, living rooms ~300–500+
  • Run the filter continuously, not just occasionally
  • Place centrally or near breathing zone (not hidden in corners)

4.3 Damp and Mould Control

  • Use dehumidifiers if humidity is regularly above 60%
  • Run extractor fans during and after showers/cooking
  • Wipe down wet windowsills or condensation daily
  • Clean any visible mould using antifungal or bleach-based cleaners (never dry scrub)
  • Check for structural issues like leaks, damp walls, or poor insulation

4.4 Houseplants and Soil

  • Avoid disturbing soil (e.g. repotting) indoors
  • Add decorative pebbles or coverings to suppress soil spore release
  • Remove or treat plants with visible mould or poor drainage
  • Do not store compostable food waste indoors — empty daily to outdoor bins
  • Use gloves and a mask when handling potting mix or plant waste

Section 5: Cleaning and Dust Control

“Dust is your enemy.”

  • Use a vacuum with a built-in HEPA filter weekly.
  • Damp dust surfaces with a microfibre or moistened cloth (not dry dusting).
  • Wash bedding at 60°C weekly to kill dust mites and remove spores.
  • Use dust-mite proof covers on pillows and mattresses.
  • Declutter rooms to reduce places for dust to collect.
  • Remove or reduce wall-to-wall carpets, especially in sleeping areas.

Section 6: Antibiotics, Fungal Risk, and Immune Suppression

If you're using steroids, biologics, or long-term antibiotics, you may be more vulnerable to fungal infections.

  • Antibiotics can suppress bacterial flora and promote fungal overgrowth.
  • Infectious Diseases (ID) specialists will weigh your infection and colonisation risks.
  • Ask about alternatives like Hiprex (methenamine hippurate) for UTI prevention.
  • Ensure regular surveillance if you’re on immune-suppressing therapy (e.g. sputum culture, IgE levels, Aspergillus PCR).

Section 7: Talking to Family and Friends

Here’s how to explain your approach:

"I’m not avoiding people — I’m managing my condition. I still want to stay connected, but I may skip events where the risk is high. Thank you for understanding."

Practical Suggestions:

  • Invite others to meet for a walk or outdoor coffee
  • Use video calls, group chats, or watch-alongs to stay connected
  • Plan in-person visits for spring or summer when risk is lower
  • Let others know that small accommodations (like good ventilation or masking) help you attend more comfortably

Summary: A Balanced Approach to Everyday Safety

You can live well with ABPA by:

  • Reducing exposure to fungal and viral triggers
  • Keeping your home dry, clean, and well-filtered
  • Using medications wisely, in coordination with your care team
  • Protecting yourself socially and medically
  • Communicating your boundaries clearly but confidently

Preventative living is not about isolation — it’s about keeping your lungs safe so you can keep living life your way.

 

by GAtherton

🧪 Antibiotics, Fungal Risk, and ABPA: What Patients Need to Know

If you live with Allergic Bronchopulmonary Aspergillosis (ABPA) or another form of aspergillosis, you may be prescribed a range of treatments — including steroids, biologics, and sometimes antibiotics to prevent infections.

But how do these medications interact with each other? Could antibiotics make fungal conditions worse? And when should you use them?

This guide explains how different specialists, especially Infectious Diseases (ID) consultants, approach these questions, and what patients should know when balancing treatments for infections, inflammation, and immunity.

💊 What Are Prophylactic Antibiotics and Why Are They Used?

“Prophylactic” antibiotics are low-dose medications taken regularly to prevent infections, rather than to treat a current one. You may be prescribed them if you:

  • Have frequent chest infections due to asthma, bronchiectasis, or ABPA

  • Are prone to urinary tract infections (UTIs), especially in winter

  • Use long-term steroids, which can reduce your ability to fight bacterial infections

Examples include TRISOL (trimethoprim), azithromycin, or doxycycline.

🦠 Can Antibiotics Make Fungal Problems Worse?

Yes — especially with long-term use. Here's why:

  • Antibiotics disrupt the natural balance of bacteria in the body

  • This allows fungi like Aspergillus (or sometimes Candida) to multiply more easily

  • The risk is higher in people taking steroids, biologics, or who already have fungal colonisation or sensitisation

So while antibiotics may prevent bacterial infections, they can increase the risk of fungal flare-ups — especially in the lungs.

🧠 What Do Infectious Diseases (ID) Specialists Consider?

If you're being seen by an ID team (such as at a specialist aspergillosis clinic), they will carefully assess the balance between preventing bacterial infections and not encouraging fungal overgrowth.

ID specialists tend to:

  • Avoid long-term antibiotics unless absolutely necessary

  • Pause antibiotics to allow accurate cultures to be taken

  • Work with Respiratory and Urology teams to manage infections and inflammation together

  • Consider non-antibiotic options for UTI prevention, such as:

    • Good hydration

    • Methenamine hippurate (Hiprex)

    • Vaginal oestrogen (in post-menopausal women)

🧯 What About Steroids and Biologics?

  • Steroids (like prednisolone) are important in controlling allergic inflammation in ABPA

    • But they also suppress the immune system

    • And raise blood sugar, which can fuel fungal growth

  • Biologics (like omalizumab or dupilumab) are more targeted

    • They may allow you to use fewer steroids

    • But they still modulate the immune system, so infection risk must be monitored

When using steroids or biologics, ID teams may recommend:

  • Close monitoring of fungal markers (e.g. IgE, Aspergillus PCR, sputum culture)

  • Antifungal therapy alongside other treatments if needed

  • Avoiding unnecessary antibiotics to keep fungal balance under control

✅ When Might It Be Safe to Stop Prophylactic Antibiotics?

If you're on long-term antibiotics for UTIs or chest infections, and your infection rate has dropped, it may be safe to pause prophylaxis. This is more likely if:

  • Recent infections have been mild or infrequent

  • Your Urology or Respiratory team agrees

  • Cultures are negative, and symptoms are stable

  • You have access to fast, “test and treat” options if a new infection occurs

In some cases, your doctor may stop antibiotics so blood and urine cultures can be taken without interference — to ensure any future treatment is accurate and appropriate.

🧾 Key Takeaways

Situation What to Consider
You’ve been on TRISOL or another antibiotic Reassess whether infections are still frequent/severe enough to justify it
You’re starting steroids or biologics Watch for fungal flare-ups — you may need antifungal support
You’ve been told to stop antibiotics temporarily This may be to allow clear diagnosis (cultures, IgE, sputum tests)
You’re not sure what to do next Ask for your care to be coordinated between ID, Urology, and Respiratory teams

🩺 A Word on Coordination

If multiple specialists are involved in your care (e.g. GP, Urology, Infectious Diseases, Respiratory), it's important they communicate clearly. You may want to ask:

  • “Can you confirm this plan with my other specialists?”

  • “Do I need a fungal check-up before restarting antibiotics?”

  • “Could we use a non-antibiotic prevention strategy instead?”

This will help avoid overlapping risks, conflicting advice, or missed infections.

🗣️ Final Thought

In ABPA and other fungal conditions, it's not a matter of choosing between bacteria or fungi — it's about managing both carefully.

Antibiotics, steroids, and biologics all have a role — but they need to be used in balance, with infection risk, fungal exposure, and immune suppression monitored as a whole.

by GAtherton