Waste production decreases with nutrient flexibility. by Tugce Bilgin (154647)

Selected metabolic traits significantly associated with FFMI^a in a linear regression model adjusted for age and sex in the KORA S4 sample. by Carolin Jourdan (155791)

“…a<p>Fat Free Mass Index;</p>b<p>direction of the association (positive or negative);</p>c<p>for multiple testing adjusted p-value;</p>d<p>adjusted R² of the linear model;</p>e<p>p-gain, fold decrease in the p-value of association for the pair of metabolites, compared to the lowest of two p-values for the single metabolites;</p>f<p>confirmed in KORA F4, for * significance and direction; # confirmed for xLeu in F4, n.a., metabolite was not available in F4; AAs, amino acids; Σ aromatic amino acids, sum of tyrosine, phenylalanine, and tryptophan; Σ BCAAs, sum of valine, isoleucine, and leucine; Σ glucogenic amino acids, sum of alanine, glycine, and serine.…”

BMT decreased weight of different organs. by Saeed Katiraei (3956147)

“…<p>(A) BMT decreased the weight of liver, thymus, spleen and the pancreas both on LFD and HFD. …”

Scatter plots with superimposed linear regression lines correlating logarithm of T1 relaxation time in the basal ganglia with age. by Sylvain Eminian (5394746)

Decreased immunofluorescence during multiplex staining. by Sandrine Prost (38667)

“…The intensity of fluorescence is affected by the number of staining rounds (p<0.001, ANOVA) and the Qdot type (p<0.001, ANOVA): intensity decreases with the incremental number of subsequent staining rounds, and the reduction is greater for Vivid than original Qdots, (fitted linear regression slopes for absolute and (in brackets) relative brightness change with each additional staining round: -0.02 (-0.11) for Qdot 565; -0.22 (-0.23) for Qdot 605Vivid; -0.14 (-0.17) for Qdot 705Vivid). …”

Linear trajectories of IL-6. by Lucio Manenti (4503532)

“…Data values are indicated by circles the diameter of which is proportional to the inverse probability of treatment weight based on propensity score which was used in the analysis for comparison between treatment groups. The linear decreasing trend was statistically significant (P<0.001).…”

Includes a file with the results on step parameters. by Sanne Ettema (18786312)

List of selected metabolites that associate with diabetes at q-values <0.05 using log-scaled metabolite concentrations and assuming a linear model; %change is the increase or decrease of the mean in the diabetes group with respect to the control group; eta² is the proportion of the total variance that can be explained by the factor “diabetes” in the linear model; N is the number of valid data points that entered the analysis; the platform on which the corresponding metabolite was measured is indicated by the first letter of the provider: B = Biocrates, C = Chenomx, M = Metabolon. by Karsten Suhre (67967)

“…<p>List of selected metabolites that associate with diabetes at q-values <0.05 using log-scaled metabolite concentrations and assuming a linear model; %change is the increase or decrease of the mean in the diabetes group with respect to the control group; eta² is the proportion of the total variance that can be explained by the factor “diabetes” in the linear model; N is the number of valid data points that entered the analysis; the platform on which the corresponding metabolite was measured is indicated by the first letter of the provider: B = Biocrates, C = Chenomx, M = Metabolon.…”

Demonstrated contrast of non-linear behavior for high, non-physiologically relevant forces at 4000 pN-8000 pN vs. linear behavior for relevant forces at 800pN and below. by Ali Madani (4217290)

Mechanics that yield pressure compensating behavior and a linear increase in the total loss coefficient. by Pulkit Shamshery (3911029)

Morphologies of colonies in a linear grid under structured illumination obtained for different values of . by Shakti N. Menon (8787581)

“…Thus, <i>p</i>_photo decreases linearly towards the West, as shown in the bar below each row. …”

Linear fit parameters of OQ_EGG and OQ_GAW. by Jonas Kirsch (20642910)

Utilizing an Ishikawa diagram for comprehensive root cause analysis encourages a broader exploration of potential causes beyond linear thinking by visually organizing and categoriz... by Mohammad Bakhtiari (11838264)

Table_1_Trajectories and influencing factors in adolescent procrastination behavior throughout the COVID-19 pandemic: a four-wave prospective longitudinal study.DOCX by Yongmei Wu (684360)

“…Adolescents with mothers with a higher level of education were more liable to be high-decreasing procrastination than moderate-stable procrastination.…”

HbA1c Levels Are Associated with Chronic Kidney Disease in a Non-Diabetic Adult Population: A Nationwide Survey (KNHANES 2011–2013) by Seok Hui Kang (707751)

“…Standardized β ± standard error was 0.25 ± 0.22 for waist circumference, 0.44 ± 0.20 for fasting glucose, –0.14 ± 0.30 for high-density lipoprotein cholesterol levels, 0.15 ± 2.31 for triglyceride levels, 0.21 ± 0.00 for systolic blood pressure, 0.10 ± 0.00 for diastolic blood pressure, and –0.22 ± 0.42 for eGFR (<i>P</i> < 0.001 for all variables). eGFR in non-diabetes participants was inversely associated with the HbA1c level, where eGFR decreased as HbA1c levels increased. …”

Fig 4 - by Rafael Alves Guimarães (4526788)

Fig 2 - by Rafael Alves Guimarães (4526788)

Fig 3 - by Rafael Alves Guimarães (4526788)

A diabetic state promoted a uniform loss of linear heparan sulfate staining in the GBM independent of the treatment. by Conrado L. R. Gomes (626477)

“…In the control group (A), a normal linear distribution of heparan sulfate was identified in the GBM, whereas in all of the DM groups (B–D), independent of the treatment, a decreased presence of heparan sulfate in the GBM (as recognized by the JM403 epitope) was evident. …”

Responses to oscillating linear gradient. by Lili Jiang (65114)