How to Describe Any Condition Like a Consultant: a 10-Point Framework
A prescriber once got asked a sharp question: if you are not working to a Patient Group Direction, what knowledge are you actually drawing on when you assess a patient? The honest answer is your own clinical reasoning — and the trick is having a structure for it. Here is a simple one that lets you describe almost any condition clearly and confidently.
When you prescribe within your competence, you are not following a recipe. You are reasoning from what you know about a condition — how common it is, what causes it, how it behaves, how it presents and how it tends to play out. The problem most people have is not a lack of knowledge; it is a lack of structure to retrieve it under pressure, whether that is in a consultation, an OSCE or an exam. A framework fixes that.
The framework: ten things to say about any condition
The memory hook is a daft little phrase — “In a surgeon’s gown, a pharmacist might make some progress.” Ten words, ten things. The first letter of each word gives you the ten dimensions to run through:
| Cue word | Dimension | The question it answers |
|---|---|---|
| In | Incidence | How common is it? |
| a | Aetiology | What causes it? |
| Surgeon’s | Sex | Does it differ between the sexes, and why? |
| Gown | Geography | Does where you live matter? |
| a | Age | Which ages are affected, and why? |
| Pharmacist | Pathology | What is the mechanism? |
| Might | Microscopic | What is happening at the cellular/lab level? |
| Make | Macroscopic | What can you see with the naked eye? |
| Some | Signs & symptoms | How does it present? |
| Progress | Prognosis | How does it tend to play out? |
Run those ten in order and you will sound structured and thorough on almost anything — because you are. Let us prove it with a condition every clinician meets: a urinary tract infection.
Worked example: a UTI through all ten
1. Incidence — how common is it?
Very common. Around one in three women will have had a UTI by their mid-twenties, and somewhere in the region of 50–60% of women experience at least one in their lifetime. Straight away you have framed it as an everyday infection rather than a rarity.
2. Aetiology — what causes it?
It is bacterial, not viral — a crucial distinction. The classic culprit is Escherichia coli (E. coli), which accounts for most uncomplicated cases. Other organisms to know include Staphylococcus saprophyticus, Klebsiella, Enterococcus and, more often in complicated infections, Pseudomonas aeruginosa. It is also worth holding the distinction between uncomplicated and complicated UTIs, because it changes how you think and act.
3. Sex — does it differ, and why?
Markedly more common in women, and the reason is anatomy: the female urethra is shorter and sits closer to the perineum, so bacteria reach the bladder more easily.
4. Geography — does location matter?
Not really. Unlike some infections that cluster in particular regions, UTIs occur everywhere. Noticing when a dimension does not matter is part of reasoning well — it stops you over-thinking it.
5. Age — which ages, and why?
Two peaks worth knowing. The first is in younger adult women (roughly 18–29), linked to sexual activity. The second is in older, post-menopausal women: as oestrogen falls, the urogenital defences weaken and risk rises again.
6. Pathology — what is the mechanism?
Bacteria from the bowel and perineal area colonise the urethra and ascend. Uropathogenic E. coli latch onto the bladder lining using fimbriae (type 1 and P fimbriae), then trigger inflammation. If they continue to ascend they can reach the kidneys — which is how a simple cystitis can become pyelonephritis.
7. Microscopic — what is happening at the lab level?
On testing you would expect bacteriuria and pyuria (white cells in the urine); on a dipstick that often shows up as leucocytes and nitrites. You do not need histology for everyday practice — but knowing what is there underpins the next point.
8. Macroscopic — what can you see?
The urine may be cloudy, sometimes strong-smelling, and occasionally visibly bloodstained. These are the things a patient — or you — can notice without a microscope.
9. Signs and symptoms — how does it present?
The classic picture is dysuria (pain on passing urine) with increased frequency and urgency. Crucially, presentation can shift in older or frail patients, who may instead become acutely confused — a trap if you are only listening for textbook symptoms.
10. Prognosis — how does it play out?
Generally good. An uncomplicated UTI usually settles, and recurrence is less likely than in complicated or recurrent disease. Naming the prognosis tells the listener you understand the whole arc of the condition, not just its name.
The same ten work for asthma, type 2 diabetes, a chest infection — anything. Pick a condition, run the list, and you have a structured description on demand.
How to use it
This is a retrieval scaffold, not a script. Use it to revise (build a one-page summary of any condition against the ten headings), to prepare for OSCEs and vivas (so you never freeze), and to sharpen your own clinical reasoning in consultations — knowing where a patient sits on each dimension is exactly what good assessment is. And it answers the original challenge: a prescriber who is not leaning on a PGD is leaning on organised knowledge like this.
How I can help
A lot of my teaching is about exactly this — turning knowledge you already have into structures you can use under pressure, for exams, OSCEs and real consultations. If you want help developing your clinical reasoning or preparing for an assessment, get in touch.
Frequently asked questions
What knowledge does a prescriber draw on without a PGD?
An independent prescriber assesses and treats within their competence using their own clinical knowledge — epidemiology, aetiology, pathophysiology, presentation and prognosis — rather than working to a Patient Group Direction. A structured framework helps you organise that knowledge for any condition.
What is the “In a surgeon’s gown” framework?
A ten-point memory aid — Incidence, Aetiology, Sex, Geography, Age, Pathology, Microscopic, Macroscopic, Signs and symptoms, Prognosis — for describing any condition systematically, remembered with the phrase “In a surgeon’s gown, a pharmacist might make some progress.”
Why are UTIs more common in women?
Largely anatomy: the female urethra is shorter and closer to the perineum, so bacteria such as E. coli reach the bladder more easily. Risk rises again after the menopause as falling oestrogen weakens the urogenital defences.
Is this a treatment protocol?
No — it is a learning and reasoning tool. Diagnosis and treatment must follow current local and national guidance, such as NICE and antimicrobial stewardship policies.
Comments
Got a condition you want to run through the ten, or a framework of your own? Leave a comment below — I read them all.