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. (B) Root mean squared amplitude of 2s of burst-like activity following suppression increases with age (n = 29).…”

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

Subjects:

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. …”

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). …”

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)

NTDs that have plateaued or increased in age-adjusted prevalence or incidence^b'*'. by Kala Pham (12101587)

“…<p>NTDs that have plateaued or increased in age-adjusted prevalence or incidence^{b'<a href="http://www.plosntds.org/article/info:doi/10.1371/journal.pntd.0010140#t002fn001" target="_blank">*</a>'}.…”

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

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

Young age increases susceptibility to invasive pneumococcal infection. by Kristen L. Lokken-Toyli (9455263)

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

“…Cells were cultured in rich medium until the optical density no longer increased, indicating that cells were no longer dividing, and used as Day zero for the chronological ageing timecourse. …”

Autophagic flux increased in an age-dependent manner in the blood. by Julian M. Carosi (9407082)

Aged mice exhibit PMAT increases with aggravated sarcopenia. by Shunshun Zhu (7305401)

gypsy-CLEVR activity in glial cells is increased with age. by Yung-Heng Chang (652652)

Mean values with standard deviations averaged over gestational age. by Irina Sidorenko (99951)

Subjects: “…statistically significant increase…”

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. …”

Task variability/correlations decrease independently of mean task activity removal step in fMRI data. by Takuya Ito (57473)

DNA double strand break levels increase with age in <i>fog-2</i> feminized germlines. by Erik Toraason (5724689)

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. …”

Lens profiles as Ez (orange lines) force was increased and Az and Pz (green lines) forces were decreased. by Ronald A. Schachar (16674576)

Subjects: