Linearity of relationship between age prediction counts and predicted age. by Catherine A. Pruszynski (3749149)

“…All data sets demonstrated a strong, non-linear decrease in the sample count as predicted age increased, indicating suitability of the data for assessment using <a href="http://www.plosntds.org/article/info:doi/10.1371/journal.pntd.0012350#pntd.0012350.e002" target="_blank">Eq 2</a>.…”

With increasing age, the FBA increased, then the NSA and the aMDFA increased, which finally led to a decreased mMDFA. by Yang Lu (59885)

Aging increases senescence markers in ASM. by Sarah A. Wicher (11204226)

“…<p>Immunofluorescence staining for p21 a marker of cell cycle arrest (A) showed increased levels in elderly ASM. γH2AX, a marker for DNA damage, increased in elderly ASM (B). …”

Chance of relapse was increased with increasing Gleason Score, PSA level and age. by Stephanie E. A. Burnell (7164608)

“…<p>(A) Gleason, (B) PSA level and (C) Age were plotted against the death and relapse of the patient. …”

Linear regression model with MBI score. by Nadia Yanet Cortés-Álvarez (18611445)

Linearity of ACER3 activity assay. by Jae Kyo Yi (13570063)

Given a linear growth trajectory, increasing survival increases optimal maturation age and size. by James E. Breck (8582229)

“…<p>As annual survival <i>s</i> increases, the growth curve is unchanged, but the iso-fitness curves become less steep and the age-0 intercepts increase (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0228990#pone.0228990.g008" target="_blank">Fig 8</a>), so optimal age and length increase along the growth curve. …”

Serum levels of anti-PspA IgG with increasing age. by Adriano P. Araujo (10136683)

Serum levels of anti-PspC IgG with increasing age. by Adriano P. Araujo (10136683)

Finishing time increases with age. by Shawn E. Bearden (21354500)

Age-related increase in the amount of Aβ aggregates in the midgut of Aβ-expressing flies. by Greta Elovsson (21680884)

Breakpoint junctions increase in non-dividing, ageing cells. by David A. Ellis (294143)

“…<b>(C)</b> Number of breakpoint Junctions Per Mapped Read (JPMR) passing filter (<a href="http://www.plosgenetics.org/article/info:doi/10.1371/journal.pgen.1009784#sec009" target="_blank">Materials and Methods</a>) as a function of cellular age. …”

Given a von Bertalanffy growth trajectory, increasing survival increases optimal maturation age and size. by James E. Breck (8582229)

“…<p>As annual survival <i>s</i> increases (red: 0.25, orange: 0.50, green: 0.70, blue: 0.80), the growth curve is unchanged but the iso-fitness curves become less steep and the age-0 intercepts increase, so optimal age and length increase along the growth curve. …”

Marginal effect of age on estimated proportion of text devoted to theme. by Danielle Lamb (3411302)

TBI and aging both increase nucleolar size in Drosophila brain. by Stacey A. Rimkus (2684350)

Amplitude of discontinuous activity increases with age. by Uday Agrawal (5989454)

“…<p>(A) Representative raw traces of burst-like activity following suppression in children aged 1-, 5-, 7-, and 17-months-old. …”

Genes encoding putative members of the PP2A, PP4, and PP6 complexes are required for the age-dependent increase in DAF-16 transcriptional activity. by Rebecca S. Rivard (9767039)

Age-dependent increase of PO and Lysozyme level. by Atsushi Miyashita (760020)

“…Data for day 12 are from Control (E), data for day 22 are from Control (L), and data for day 36 are from NTC. activity and the lysozyme-like activity were increasing with age (A-B), while GSH and the protein concentrations did not show a significant trend (C-D). …”

Distribution of antibody titers and age-stratified seroprevalence. by Everlyn Kamau (7331666)

Scatter plots showing no change in Trainability (A) and Activity-independence (B) with increased age. by Durga Chapagain (5961191)