Convert millimolars to nanomolars
1 mM = 1000000 nM — exactly. Both units are defined against the SI, so this factor is a fraction, not an approximation.
More converter tools
Readable results
Ranges, ± tolerances, feet/inches and clock durations work in the value field.
Unit picker
Export this result
Show this value in all 10 molar concentration units
- Mole per cubic meters mol/m³ 1
- Molars M 0.001
- Millimolars mM 1
- Micromolars µM 1000
- Nanomolars nM 1 000 000
- Picomolars pM 1 000 000 000
- Femtomolars fM 1 000 000 000 000
- Mole per liters mol/L 0.001
- Millimole per cubic meters mmol/m³ 1000
- Mole per cubic decimeters mol/dm³ 0.001
Every row is Millimolar (mM) converted through the mole per cubic meter, in exact rational arithmetic.
How to convert millimolars to nanomolars
Multiply the number of millimolars by 1000000 to get nanomolars.
The exact factor is 1000000 .
Nanomolar: Binding affinities and drug potencies.
Millimolar to Nanomolar conversion table
| Millimolars (mM) | Nanomolars (nM) |
|---|---|
| 1 mM | 1 000 000 |
| 2 mM | 2 000 000 |
| 3 mM | 3 000 000 |
| 5 mM | 5 000 000 |
| 10 mM | 10 000 000 |
| 20 mM | 20 000 000 |
| 25 mM | 25 000 000 |
| 50 mM | 50 000 000 |
| 100 mM | 100 000 000 |
| 250 mM | 250 000 000 |
| 500 mM | 500 000 000 |
| 1000 mM | 1 000 000 000 |
Nanomolar to Millimolar conversion table
| Nanomolars (nM) | Millimolars (mM) |
|---|---|
| 1 nM | 0.000 001 |
| 2 nM | 0.000 002 |
| 3 nM | 0.000 003 |
| 5 nM | 0.000 005 |
| 10 nM | 0.000 01 |
| 20 nM | 0.000 02 |
| 25 nM | 0.000 025 |
| 50 nM | 0.000 05 |
| 100 nM | 0.0001 |
| 250 nM | 0.000 25 |
| 500 nM | 0.0005 |
| 1000 nM | 0.001 |
Frequently asked
How many nanomolars are in a millimolar?
One millimolar equals 1000000 nanomolars (mM → nM). That figure is exact, not rounded.
How do you convert millimolars to nanomolars?
Multiply the number of millimolars by 1000000 to get nanomolars.
What is 1 nM in millimolars?
One nanomolar is 0.000001 millimolars.
What is 10 mM in nM?
10 mM = 10 000 000 nM.
What exactly is a nanomolar?
Binding affinities and drug potencies.