Plot showing the significant correlation between participant age and QOLI_TOTDIFF. by Roger D. Newman-Norlund (14053467)

Subjects:

Positive affect (PA) and negative affect (NA) at baseline and under the control, Japanese, and tropical designs. by Hiroyuki Fukumoto (18197728)

Subjects:

Volume distribution and sentiment of positive, negative, and neutral tweets. by Yuqi Zhang (286958)

Significant correlations among lipid metabolites and serum fTLI. by Patrick C. Barko (10668358)

Subjects:

Patient Health Questionnaire-4. by Roland Pongou (18452)

Subjects: “…psychological distress decreased…”

BuGZ is a negative transcriptional regulator of <i>cat-3</i> gene expression. by Yike Zhou (12800411)

Subjects:

Volcano Plot under Negative Ionic Mode. by Xi-Meng Sun (17721428)

Forest plot of adjusted rate ratios (RR) of asthma health services use based on negative binomial regressions. by Teresa To (92413)

Metabolites with the top 5 positive and negative loadings (by absolute value) for PC1 and their respective pathway classification. by Manuel A. Cornejo (11636656)

Myeloid cell development is negatively affected by the addition of PCP in the 0, 24, 48, and 72 hpf treatment groups. by Aleeza Namit (12295157)

Blood development and circulation is negatively affected by the addition of PCP in the 0, 24, 48, and 72 hpf treatment groups. by Aleeza Namit (12295157)

Results of different Warping transform corrections for negative sound velocity gradient profiles. by Du Siqi (20721422)

Comparison of selected metabolites from significantly enriched metabolic sub-pathways. by Patrick C. Barko (10668358)

Subjects:

Significant correlations among amino acid metabolites and fTLI in the serum. by Patrick C. Barko (10668358)

Subjects:

The level of miRNA 221 in the myocardium of MIRI mice was decreased. by Hongyu Li (1332669)

siRNA sequences and negative controls sequences. by Wenlong Shen (9313937)

Means (and standard deviations) for the past, present and future ratings of the positive and negative TIPI traits with the significance test of the difference between past and pres... by Joanna Gutral (12101779)

Table2_Increased CD34 in pancreatic islet negatively predict islet β-cell decrease in type1 diabetes model.XLSX by Shichen Huang (14137722)

Image1_Increased CD34 in pancreatic islet negatively predict islet β-cell decrease in type1 diabetes model.TIF by Shichen Huang (14137722)

Table1_Increased CD34 in pancreatic islet negatively predict islet β-cell decrease in type1 diabetes model.XLSX by Shichen Huang (14137722)