The phrase "in linear correlation" is correct and usable in written English.
It can be used when discussing the relationship between two variables that change in a consistent manner, typically in statistical or scientific contexts.
Example: "The data showed a strong trend in linear correlation between temperature and ice cream sales."
Alternatives: "in direct correlation" or "in a linear relationship".
The average differential heat of NH3 adsorption (q) and the stretching frequency of OH groups (v) are in linear correlation with the intermediate electronegativity (Sint.).
This adaptation to high H2O2 concentrations was absent in Δtpo1 cells (Fig 3C); H2O2 dose and cell cycle arrest duration remained in linear correlation (Fig 3C, right panel).
In the 4P strain, individual plasmid segregation rates were similar but not identical to yeast carrying one plasmid at a time and were in linear correlation, indicating that no specific interaction between the plasmids occurred.
In addition LT was positively related to TK (r = 0.47, P value < 0.001) and negatively related to SS (r = − 0.32, P value = 0.001), in linear correlation the following equation was obtained: (1) LL = 0.5555 × PI + 10.38.
On a quantitative liquid chromatography/mass spectrometry (LC-MS) platform the amount of analyte and the corresponding chromatographic peak area are in linear correlation, hence concentration values are obtained through comparison with reference standards.
In linear correlations, observed soil moisture patterns were best explained by local slope and distance to channel.
Data averaged in Fig. 4F H illustrate the QX314-induced attenuation of spikes versus uEPSC amplitudes and probability in linear correlations (r2 are in a range of 0.73∼0.91).
Based on these considerations, and owing to your clear and constructive feedback, we now include an analysis of overall involvement of different variables in linear correlations with all other variables in the set (the method known as Principal Variable Analysis (Mccabe, 1984) before moving to the factor analysis.
As shown in Figure 5C, NOB1 expression was negatively correlated with miR-646 expression in ccRCC (linear correlation analysis, r=−0.745, P<0.001).
Deming linear regression of proNGF/NGF ratios in vitreous as a function of the ratio in serum of diabetic participants resulted in a linear correlation described by the equation y = 9.33 x + 31.21 with a Pearson coefficient of R = 0.567).
A physical effect in the linear correlation between ΔH0 and ΔS0 data has been detected.
