Laboratory Tools

Laboratory Tools

Free clinical lab tools for clinicians, students, and lab staff. Convert lab results between conventional units and SI (mg/dL to mmol/L), 100% in your browser.

Why Use Laboratory Tools?

Laboratory calculation and conversion tools for physicians, nurses, medical laboratory scientists, students, and healthcare software developers. Convert clinical chemistry results between conventional (US customary, mass/volume) units and SI (molar) units โ€” glucose, cholesterol, creatinine, HbA1c, electrolytes, and more โ€” using established analyte-specific conversion factors, entirely in your browser. Nothing is uploaded, so these tools are fast, private, and safe to use alongside laboratory information systems and cross-border result interpretation.

Frequently Asked Questions

What laboratory tools does this category offer?

It currently provides a Lab Unit Converter that translates clinical chemistry results between conventional (mass/volume) units and SI (molar) units for around 20 common analytes. More laboratory reference and calculation tools are planned. These tools are educational references, not medical advice.

Are the conversions private?

Yes. Every conversion runs locally in your browser using JavaScript. No values, patient context, or results are ever uploaded, stored, or transmitted to a server.

Who are these tools for?

Physicians, nurses, medical laboratory scientists, pharmacists, nursing and medical students, researchers reconciling multi-site datasets, and developers building health software that must display results in both unit systems.

Can I use these tools for patient care decisions?

They are educational conversion and reference utilities, not a substitute for your laboratory's validated reports or clinical judgment. Reference ranges vary by laboratory, method, and population โ€” always confirm against the reporting laboratory's own reference intervals.

Why do conventional and SI units both exist?

Most of the world reports laboratory results in SI (molar) units such as mmol/L, while the United States largely retains conventional mass-per-volume units such as mg/dL. Converting between them is a routine need when reading international literature, treating patients across borders, or integrating data from multiple laboratories.