Data_Sheet_1_Sedentary behavior, brain-derived neurotrophic factor and brain structure in midlife: A longitudinal brain MRI sub-study of the coronary artery risk development in you... by Xuan Zhang (56049)

“…</p>Results<p>Cross-sectionally, baseline participants with the highest sedentary time had a lower total brain (−12.2 cc; 95%CI: −20.7, −3.7), gray matter (−7.8 cc; 95%CI: −14.3, −1.3), and hippocampal volume (−0.2 cc; 95%CI: −0.3, 0.0) compared with populations with the lowest sedentary time. …”

Supplementary file 1_The effect of 8-week Tai Chi training on emotional regulation in female college students: an ERP study of N2 and P3 under a modified oddball paradigm.docx by Jin Yuan (120922)

“…Tai Chi participants completed thrice-weekly 50 min sessions at 60–69% HRmax, including warm-up, practice, and relaxation, while controls observed without exercising. …”

Salispheres contain stem cells. by Isabelle M. A. Lombaert (82763)

“…<p>(A) Sca-1 is present in the mouse submandibular gland on endothelial cells as well as on excretory and striated duct cells (D), and was clearly present at the onset of cultivation (D0) whereas acinar cells (AC) did not express Sca-1. …”

EFFECT OF Acidithiobacillus thiooxidans-CYSTEINE INTERACTIONS ON PYRITE BIOOXIDATION BY Acidithiobacillus ferrooxidans IN THE PRESENCE OF COAL COMPOUNDS by Gerardo A. Caicedo Pineda (7452956)

“…<div><p>Abstract This study evaluated the biooxidation of pyrite contained in a Colombian coal (2.38 mm < particle size < 0.50 mm). …”

Plasminogen activator inhibitor 1 and Antipain preserve acrosome integrity of bovine spermatozoa during cryopreservation by M.A. Castelo Branco (4649524)

Evi1 regulates the expression of other CHD genes during embryonic heart development. by Emilie A. Bard-Chapeau (528581)

“…<p>(A) The number of CHD genes represented in Evi1 ChIP-Seq data (Evi1 bound genes) or in the list of genes regulated by Mecom. …”

Data_Sheet_1_Secular trends of dental caries and association with nutritional status: a retrospective analysis of 16,199 Chinese students from three successive national surveys fro... by Changfu Hao (4023842)

“…The total caries rate decreased with age (p < 0.05), and the caries rate of girls was higher than that of boys in 2019 (55.75% vs. 50.67%) (p < 0.001). …”

Pros and cons of insulin administration on liver glucose metabolism in strength-trained healthy mice by V.A.R. Pereira (6304466)

“…Lactate and pyruvate release were reduced to a half by training. The greater gluconeogenesis from alanine+glutamine induced by training (TS +50%) was reversed by insulin (TI). …”

Projected net cost and life-years saved of implementing the new WHO treatment guidelines (ART at CD4+ cell counts of ≤350 /µl) versus the old treatment guidelines (ART at CD4+ cell... by Jan A. C. Hontelez (213029)

“…Both dotted black lines represent the results for increased and decreased levels of endemicity, when assuming a 10% higher and 10% lower overall partner change rate respectively (see also <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0021919#pone-0021919-g001" target="_blank">figure 1D</a>). …”

Alanyl-glutamine protects the intestinal barrier function in trained rats against the impact of acute exhaustive exercise by A.K.L. Freitas (8743314)

“…Here, we investigated whether a prolonged training and an additional exhaustive training protocol alter intestinal permeability and the putative effect of alanyl-glutamine (AG) pretreatment in this condition. …”

Data Sheet 1_Impact of fatigue in Crohn's disease is negatively related to resting state functional connectivity between the superior parietal lobule and parahippocampal gyrus/hipp... by Theresa A. McIver (21178337)

“…Introduction<p>Crohn's disease is one phenotype of inflammatory bowel disease (IBD). Fatigue is a common and burdensome symptom for persons with Crohn's disease. …”

Jejunal NO production and NOS3 activity in control and <i>Arg1^fl/fl/Tie2-Cre^tg/−</i> mice. by Karolina A. P. Wijnands (162718)

“…<p>(A) In the jejunum, LPS treatment decreased <i>in vivo</i> NO production (measured as pmol mono-nitrosyl-iron complexes (MNIC)/mg wet tissue weight) in control mice to ∼50% (Basal vs. …”

Image_2.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_7.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_6.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_5.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_8.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_3.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_1.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”

Image_4.TIF by Ellen A. G. Chernoff (388800)

“…Intact Xenopus spinal cord ependymal cells show a loss of msi-1 expression between regeneration-competent (NF 50–53) and non-regenerating stages (NF 62+) and in post-metamorphosis froglets, while msi-2 displays a lower molecular weight isoform in non-regenerating cord. …”