The phrase "a sample to sample" is correct and usable in written English.
It can be used in contexts where you are referring to a sample that is intended for the purpose of sampling or testing something else.
Example: "We collected a sample to sample the effects of the new fertilizer on plant growth."
Alternatives: "a specimen for testing" or "a sample for analysis".
The degree of the inner space occupied by nanoparticles differs from a sample to sample and depends on local conditions during the sulfurization process of the Mo6S2I8 starting material.
This immediately shows that a close loop strategy would be very challenging, at least based on a sample to sample feedback.
When the sample mean is calculated, we know that there is a sample to sample variation, that is, if another sample was selected (i.e., if other patients were selected), the sample mean would rarely be the same.
As a sample-to-sample comparison of the acquired and simulated impulse responses is not very informative, we compared some parameters that describe the impulse response, which can be readily derived from the simulated and measured impulse responses.
Normalizing the nitrosylation signal to total protein is critical for quantifying nitrosylation in myosin heavy chain, or for any other protein where (a) sample-to-sample protein recovery after the biotin switch is not uniform, or (b) the number of modified cysteines is low relative to the mass of the protein.
A sample-to-sample correlation matrix was first calculated from the normalized and non-log transformed gene expression data.
This file was first used to prepare a sample-to-sample correlation matrix using the 'cor' package with Bioconductor.
In order to compare global gene expression profiles and examine the relationships between these data as a whole we calculated a sample-to-sample Pearson correlation matrix on these normalised data.
(1) I = μ + G + P + E + E ∗ G + S (G ∗ P ) + ϵ (2) I = μ + G + P + ϵ where μ is the overall mean of all probe set intensities I per gene or probe set, respectively, S is a sample-to-sample random factor nested in pathology group (G) and patient (P), and ε is the error term.
By charting fluorescence intensity over time, researchers can compare, for instance, the relative expression of a given gene from sample to sample.
The matrix was then imported into BioLayout Express3D and a graph plotted using all sample-to-sample relationships ≥0.84.
