Regression model coefficients. by Shane Naidoo (20148021)

“…Conversely in a linear regression model, depression (<i>B</i> = -2.01, <i>p</i> = .004) and physical activity (<i>B</i> = -.001, <i>p</i> = .008) were predictors for decreases in BMI.…”

ICOPE screening positive participant’s responses. by Shane Naidoo (20148021)

“…Conversely in a linear regression model, depression (<i>B</i> = -2.01, <i>p</i> = .004) and physical activity (<i>B</i> = -.001, <i>p</i> = .008) were predictors for decreases in BMI.…”

WHO BMI classification for adults. by Shane Naidoo (20148021)

“…Conversely in a linear regression model, depression (<i>B</i> = -2.01, <i>p</i> = .004) and physical activity (<i>B</i> = -.001, <i>p</i> = .008) were predictors for decreases in BMI.…”

Descriptive statistics of variables in the model. by Tiantian Wang (1688881)

“…</p><p>Design</p><p>This was a cross-sectional study.</p><p>Method</p><p>A hierarchical linear model was employed to analyze the correlation between excellent age and subsequent performance development in a cohort of 775 elite track and field athletes. …”

S1 Data - by Tiantian Wang (1688881)

“…</p><p>Design</p><p>This was a cross-sectional study.</p><p>Method</p><p>A hierarchical linear model was employed to analyze the correlation between excellent age and subsequent performance development in a cohort of 775 elite track and field athletes. …”

S1 Data - by Dénes Pauka (16955686)

“…Specimens were examined by a Zwick/Roell Z5.0 biaxial tester. The Young’s modulus (<i>E</i> (MPa)) was calculated using a linear regression procedure where the base of the elongation was the parallel length of the sample, the achieved maximal force (<i>F</i>_max (N)), the elongation at the time of <i>F</i>_max (<i>L</i>_max (mm)), the force at the beginning of rupture (<i>F</i>_break (N)), the elongation at the time of <i>F</i>_break (<i>L</i>_break (mm)) were registered. …”

Performance of the optimal control solution as a function of <i>ε</i>. by Afroza Shirin (6490526)

“…<p>Large (small) values of <i>ε</i> correspond to a large (small) weight associated with the <i>BGI</i> index in the objective function, compared to the weight for insulin expenditure. …”

The ecATeam3.10 sensor detects extracellular ATP. by Jason M. Conley (3697768)

“…(E) To account for drift, a linear baseline was fitted, and the ratio signal was normalized on a cell-by-cell basis (individual cells, gray), showing an average fold change of 1.127 ± 0.005 (population average, red).…”

Variables of the simplified circulation model. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Parameters in Eq (23). by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Circulation model. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Contains C program code of the model. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Parameters of the circulation model. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Parameters of the LV geometry model. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Parameters used in Eqs (16) and (17). by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Time course of half-sarcomere length (<i>L</i>). by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Changes in <i>E</i>_<i>inst</i> with time. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Changes in <i>E</i>_<i>load</i> with time. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

Time course of the crossbridge length (<i>h</i>_<i>p</i>). by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”

PVloops and isochronous <i>P</i>_<i>lv</i>—<i>V</i>_<i>lv</i> relations. by Shiro Kato (2444047)

“…</p><p>To reveal the relation between these two elastances, we used a hemodynamic model that included a detailed ventricular myocyte contraction model. …”