The slope for all significant factors on the number of steps before a fall across all three speeds. by Amy Mitchell (3208905)

Flow Chart of the Study Steps. by Azam Hosseinpour (13434515)

MeV induced <i>APOBEC3A</i> upregulation. by Pierre Khalfi (7868252)

Effects of SURF6 knockdown and overexpression on the HeLa cell cycle. by Anastasiia Moraleva (16548419)

SURF6 knockdown and overexpression change the profile of pre-rRNA in HeLa cells as well as in HCT116 p53+ and HCT116 p53- cells. by Anastasiia Moraleva (16548419)

Bone-related serum chemistry endpoints: Aquamin (180-day treatment group) versus placebo. by Muhammad N. Aslam (6598001)

Gating strategy of experiment using 30 min EdU pulses experiments in mOr2-Piwi1 juvenile polyps. by Eudald Pascual-Carreras (12115380)

Validation and predictive accuracy of the cerebrovascular model, by Hadi Esfandi (21387211)

“…<p>(a-f) dependency of blood flow in capillaries on the cortical depth and ABNP values: (a) mean and standard deviation of blood flow in Cap1 segments for various ABNP values, (b) layer-specific average blood flow in capillaries across the entire monophasic flat autoregulation range, (c) indicates that the superficial layers have a more nonuniform hemodynamic distribution in capillaries, (d) mean capillary blood flow across different vascular layers at physiological ABNP values (50-70 mmHg), (e) WT changes in superficial PA segments are more significant than in deeper segments across the autoregulation range. …”

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

<i>Tg</i>ATM1-depleted <i>Toxoplasma</i> are functionally complemented through expression of the <i>Plasmodium</i> or yeast homolog. by Deepti Shrivastava (17715780)

Single neuron preferences. by Simon Nougaret (17980269)

“…(C) Average response for each run of 3 subpopulations of neurons: all the neurons that respond to the appearance of the scene (left), and among these, neurons that prefer the first run with an increase in firing rate (center), and neurons that prefer the first run with a decrease in firing rate (right). Neural activity is aligned to the presentation of the scene (start of the Delay epoch), binned in a 200-ms window with a 25-ms step between each point, and normalized for each neuron by subtracting the mean activity and dividing by the standard deviation both calculated in a baseline period (−400 ms until the appearance of the scene). n = number of neurons. …”

I-R-Polar-Negative-0902 by Sheng-Yuan Ho (16909464)

“…Scalar estimation was then applied to change the Log10 distributions for the purpose of normalizing the reference data.The data is presented in the form of mean ± standard deviation. Statistical significance was determined when the p value was less than 0.05. …”