Examples of 'analyte concentration' in a sentence
Meaning of "analyte concentration"
Analyte concentration refers to the amount or level of a specific substance or chemical component in a mixture or solution. It is commonly measured in scientific and analytical processes, such as in laboratory testing or medical diagnostics. Analyte concentration is often expressed in units such as milligrams per liter (mg/L) or parts per million (ppm). It is an important parameter for evaluating the composition or quality of a sample
How to use "analyte concentration" in a sentence
Basic
Advanced
analyte concentration
Analyte concentration measurement using a hollow frustum.
Cmax is defined as maximum observed analyte concentration.
Determination of analyte concentration using two labelling markers.
Electrochemical sensor for determining an analyte concentration.
Calculating an analyte concentration with the corrected current.
Processing said signals to determine an analyte concentration.
The analyte concentration need not be indicated by color development.
This response is proportional to the analyte concentration.
Calculating an analyte concentration based on the corrected current value.
The meter is adapted to determine an analyte concentration reading.
Calculate an analyte concentration measurement based on the signal outputs.
Processing said signals to determine the analyte concentration.
The analyte concentration is thus proportional to the degree of electron capture.
Using the corrected current to calculate analyte concentration.
A common method for analyte concentration determination assays is based on electrochemistry.
See also
Progressive approximation of sample analyte concentration.
Accurately determining an analyte concentration generally requires a sufficient supply of sample.
The signal response is directly proportional to the analyte concentration.
Methods for determining an analyte concentration using signal processing algorithms.
Enzyme activity is directly proportional to the unknown analyte concentration.
Signal is inversely related to analyte concentration in this assay format.
The enzyme is colorimetrically assayed to determine the analyte concentration.
Calculating the analyte concentration using the measured electrical response.
The interstitial fluid is sampled to determine the analyte concentration.
The analyte concentration is inversely proportional to the unagglutinated particle count.
The meter is adapted to determine an analyte concentration in a fluid sample.
The analyte concentration determination process may also involve a multitude of steps.
The spectral comparison can also be equated to analyte concentration.
Others are not readable at low analyte concentration without the aid of instrumentation.
The color produced is directly proportional to the analyte concentration.
The analyte concentration is directly proportional to the binding at the detection site.
The aggregate can then be correlated to the analyte concentration.
This color is then equated to analyte concentration in the manner described above.
The level of absorption varies as a function of the analyte concentration.
Change of analyte concentration thus causes a change of voltage at the terminals of the membrane.
The uncompensated value may be an uncompensated analyte concentration value.
A normal analyte concentration is detected by the presence of the first and second signals.
Go represents an analyte concentration.
The magnitude of the first potential is insufficient to determine the analyte concentration.
System and method for measuring a corrected analyte concentration using an electrochemical sensor.
A normalized output signal input to this relationship will generate an analyte concentration.
The measuring device determines the analyte concentration in response to the output signal.
The measured current of the electrons is indicative of the analyte concentration.
A method for initiating a measurement of an analyte concentration or a physical property of a blood sample comprising.
In this case the signal increases with increasing analyte concentration.
The absorbance was converted to analyte concentration using a cubic fit through zero algorithm.
In competitive assays the signal is inversely related to the analyte concentration.
The measurement device determines the analyte concentration in response to the output signal.
This reaction produces a current that is related to the analyte concentration.
The sample analyte concentration can be detected by any thin film instrument or visually.
You'll also be interested in:
Examples of using Analyte
Show more
Please report each analyte in a separate line
Analyte ions are transmitted to the mass analyzer
Method for determining an analyte present in a solution
Examples of using Concentration
Show more
We will get some concentration camp clothes
Concentration of economic power in the supply chain
There is a higher concentration of blood at the knee
