Examples of 'nanomolar' in a sentence
Meaning of "nanomolar"
nanomolar (adjective) - describes a concentration unit used in chemistry, equivalent to one billionth of a mole. Often used in scientific research or experiments. For example, 'The drug was administered at a nanomolar concentration for optimal efficacy.'
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- Describing concentrations one billionth (10⁻⁹) of molar
- A nanomolar amount or concentration
How to use "nanomolar" in a sentence
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nanomolar
That the concentration is in the nanomolar range.
These compounds have nanomolar affinities for three isoforms.
Some compounds were active in the low nanomolar range.
Concentrations below the nanomolar range are readily detectable.
Both activities are observed at concentrations in the nanomolar range.
A matrix of nanomolar range concentrations of the pairwise combinations is prepared.
The results are expressed in nanomolar concentrations.
A still more usual amount is about picomolar to about nanomolar.
Each peptide was generated in nanomolar quantities suitable for immunological detection.
Nanomolar amounts could be detected with the automated microplate reader.
The preferred binding affinity is in the nanomolar or picomolar range.
This works at nanomolar concentrations and does not require radioactive or fluorofore detection.
Both sequences can be detected into the nanomolar concentration range.
An antibody with nanomolar or picomolar range affinity is considered useful as a therapeutic agent.
More preferred compounds bind neurotensin receptors with nanomolar or greater affinity.
See also
Nanomolar or lower km values will indicate high affinity antigen binding activity.
Concentration of chlorotoxin employed in this assay ranged from micoromolar down to nanomolar concentrations.
The nanomolar potency is on a par with most known physiologic regulators of axon guidance.
The fluorescence change upon hydrolysis of coumarin esters is easily detectable at nanomolar concentrations.
Affinity matured antibodies may have nanomolar or even picomolar affinities to the receptor antigen.
This second part presents two biosensors with limits of detection in the nanomolar range.
The compounds in the above table display nanomolar affinity for the human glucagon receptor.
Especially preferred GnRH agents are those having a Ki value in the nanomolar range.
Preferred affinity matured antibodies will have nanomolar or even picomolar affinities for the target antigen.
WISH cell values indicate percent inhibition at the particular nanomolar dose level.
Seventy nanomolar DNA was used in all experiments.
Supplementation of the stripped media with exogenous estradiol in nanomolar concentrations restores germination.
FTase binds FPP with low nanomolar affinity while cellular FPP concentrations are near micromolar.
Such low affinity could be limiting for applications where low nanomolar dissociation constants are required.
At nanomolar concentration, these compounds appear not to bind to neurofibrillary tangles.
Herstatin is secreted and binds with nanomolar affinity to EGFR family members.
These volatiles are present in minuscule quantities ( picomolar to nanomolar ranges ).
ATP levels were calculated as nanomolar ATP per milligram protein.
In another embodiment, the inhibitory concentration is at least about five nanomolar.
Treatment with Inhibitors A matrix of nanomolar range concentrations of the pairwise combinations is prepared.
The fluorescence emission of thioflavin is quenched significantly by nanomolar concentrations of Congo red.
Compounds of Formula I also exhibit nanomolar binding affinity for SERT compared to known antidepressants.
Table 2 indicates the MBCs of peptides expressed in nanomolar concentrations.
Activity is reported in nanomolar equivalents to native thrombomodulin . Peptide.
Compounds are tested in varying concentrations, ranging in the nanomolar to micromolar range.
At nanomolar concentrations GM-CSF induces the expression of complement C3a receptors on basophils.
Site-specific cleavage is evident at nanomolar concentrations.
A fairly wide range of secondary carboxamides exhibits binding in the desired range below 25 nanomolar.
Plasma levels of homocysteine on the order of 10 nanomolar per milliliter have been detected.
Typically, aptamers generated against proteins have affinities in the picomolar to low nanomolar range.
Thus, solubility is substantially increased from low nanomolar to about micromolar concentrations.
The employed technology performs efficiently with samples ranging from sub-picomolar to nanomolar levels.
Compounds of the invention bind with nanomolar to micromolar affinity for the a2δ protein.
As a result, most selected CARs bind cognate ligand with nanomolar affinity.
Thus, compounds having an affinity in the nanomolar range most likely possess therapeutic effectiveness.
