Reading an Egyptian Lab Report: Arabic, English and Ranges

Pick up almost any lab report in Cairo and you'll notice something before you notice a single number.

The page is in two languages at once.

The lab's name and your details are in Arabic. The test names are in English, often abbreviated: HGB, TSH, ALT, HbA1c. The units are English. Sometimes there's an Arabic note at the bottom about fasting, or a line saying the results must be interpreted by a doctor.

For people who grew up here, that feels normal.

It's also exactly why so many people glance at the page, look for anything in bold, and put it back in the envelope.

Why do Egyptian lab reports look so different from the ones in health apps?

Most consumer health tools are designed around one kind of report: a single language, a single set of units, and a range that looks the same wherever you go.

Egyptian reports don't work like that. Each laboratory chain uses its own analysers, its own reagents and its own reference ranges, and prints them next to your result. Two reputable labs can print different ranges for the same test, and both can be correct for their method.

So a report from one lab in Heliopolis and one from another lab in Nasr City may look like they disagree about you. Often they just disagree about their machines.

What most people miss: the range on your page is part of the result

Here's the part that changes how you read everything.

People treat the result as the important number and the range as decoration.

But a result without its range means very little. "14" is meaningless until you know it was measured in g/dL, by that lab, against a range that lab printed. The range is the lab telling you how it measures, and where most healthy people fall on its method.

So the question isn't "what's the normal value for this test?"

The better question is "what does my lab say is expected, in its units, and where does my result sit inside that?"

Your lab's page, not a stranger's template. That single shift prevents most of the confusion people bring to forums.

How do I read one line of an Egyptian lab report?

Take any line. It usually has five columns, sometimes in a slightly different order:

1. Test name — often in English, sometimes with an abbreviation in brackets. "Haemoglobin (HGB)."
2. Result — your number, or a word such as "Negative" or "Trace".
3. Unit — g/dL, mg/dL, mmol/L, ng/mL, IU/L, %, and so on.
4. Reference range — two numbers ("12.0 – 15.5"), or one with a sign ("< 200"), sometimes split by sex or age.
5. Flag — H, L, an asterisk, bold text, or a shaded cell when your result sits outside the lab's range.

Read in that order. Test, then result, then unit, then range, then flag.

The mistake most people make is reading them the other way round: they see the flag first, panic, and never check the unit.

Why does the unit matter so much?

Because the same substance can be printed in completely different numbers depending on the unit.

Vitamin D is the classic example in Egypt. One lab prints it in ng/mL. Another prints it in nmol/L. A result of 20 in ng/mL is the same amount as 50 in nmol/L. Put those two reports side by side without noticing the unit, and it looks like your level more than doubled.

Glucose, cholesterol and creatinine can also appear in different units between labs, especially when a report was done abroad, in the Gulf or Europe, and brought home.

We go deeper on this in Units, Decimals and Two Labs. For now, the rule is simple: never compare two numbers until you've checked their units match.

What about the Arabic parts of the report?

The Arabic sections usually carry the practical information:

• Patient details: name, age, sex. Some ranges depend on age and sex, so check these are right.
• Sample details: collection date and time, and sometimes whether you were fasting. Timing matters for some tests.
• Comments: notes such as "sample slightly haemolysed" or "please repeat". These can explain an odd result, and they're easy to skip.
• Signature or stamp: the lab doctor who released the report.

A common frustration is that the comments are written in dense medical shorthand. If a comment mentions the sample itself — clotted, haemolysed, delayed — that's worth asking about, because it can affect the result regardless of your health.

Why are some tests shown without a range?

You'll sometimes see a result with no range printed, or a note such as "see comment" or "interpretation depends on clinical context".

That's not a mistake. Some tests don't have a single useful range, or the interpretation depends on things the lab doesn't know: why the test was ordered, your medicines, or, for some hormones, where you were in your cycle.

In those cases, the honest answer is that the number alone can't be labelled high or low. It still belongs in your record, and it's still worth tracking, but it needs your doctor's context.

The mechanism: why reading carefully changes the conversation with your doctor

It works as a simple chain:

• A misread unit or range creates a false worry, or false comfort.
• A false worry sends people to search engines and forums, where ranges from other countries make it worse.
• A careful read — right unit, right range, right comment — turns the same page into a short, specific question.
• A specific question gets a specific answer in a short appointment.

That's the whole point of reading your report well. Not to replace the doctor's interpretation, but to arrive able to use it.

What does this mean if you have reports from several Egyptian labs?

It means you should keep them together, and keep them with their ranges.

A folder of results from three different labs over five years is valuable. It's also easy to misread, because each lab's page has its own layout, units and ranges. Copying only the numbers into a notebook throws away the context that makes them meaningful.

If you want to watch how a value moves over time, it helps to stay with the same lab where you can. When you can't, at least note which lab each result came from, and compare each one against its own range before comparing them with each other.

Where mySEHA fits

This is the problem mySEHA was built around.

You photograph or upload a report from any laboratory — Arabic, English or mixed. The app reads each line, including the test name, result, unit and the range your lab printed, and shows you every value to confirm before anything is analysed, because reading a printed page is never perfect.

Then it explains each result in clear standard Arabic or English against your own lab's range first, and only uses its own reference library when your report doesn't print one. When there's no sound range from either, it records the value without labelling it high or low. Over time, results from different labs sit on one timeline, each with its own lab's range kept alongside.

mySEHA does not diagnose, does not name a condition, does not prescribe, and does not replace a doctor. It helps you read the page you already have, so the conversation with your doctor starts from understanding.

If there's a stack of lab envelopes somewhere in your home, that's a good place to start.