Performance of the pairwise model inferred using nMF, TAP, IP, or SM from neural data, for large <i>N</i>. by Valdemar Kargård Olsen (18496122)

DcEntB makes nucleoli irregular and larger. by Xing Zhang (11943)

Comparison of model predictions with experimental measurements of the ratio of contact rates of larger and smaller particles in suspension (<i>CR</i>_large/<i>CR</i><sub>... by Alexis Espinosa-Gayosso (11868716)

Structure stabilizes larger numbers of species, but increasing competitive asymmetry increases species loss. by Tristan Ursell (73348)

“…For lower values of competitive asymmetries, the final and initial numbers of species were essentially equal (α ~ 1). Higher levels of competitive asymmetry resulted in increasing degrees of species loss as the number of initial species increased. …”

Effect of proportion of neurons from visual cortex versus auditory cortex in the populations (A; blue [visual] → red [auditory]), and the standard deviation of the firing rates of... by Valdemar Kargård Olsen (18496122)

MS patients show an increased antibody response to EBNA2 and EBNA3 antigens. by Olivia G. Thomas (18778835)

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ELISA for tau variants in RIPA-insoluble fraction. by Dylan J. Finneran (5613065)

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Western blotting of soluble phospho-tau confirms ELISA data. by Dylan J. Finneran (5613065)

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Raw data collected and analyzed in this study. by Dylan J. Finneran (5613065)

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IL-1RA over-expression does not modify insoluble tau in PS19 mice. by Dylan J. Finneran (5613065)

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IL-1RA over-expression does not modify soluble tau in PS19 mice. by Dylan J. Finneran (5613065)

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IL-1RA over-expression does not modify AT8 immunoreactivity in PS19 mice. by Dylan J. Finneran (5613065)

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ELISA for tau variants in the RIPA-soluble fraction. by Dylan J. Finneran (5613065)

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IL-1RA over-expression does not modify MHC-II immunoreactivity in PS19 mice. by Dylan J. Finneran (5613065)

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Over-expression of mouse IL-1RA in mouse brain. by Dylan J. Finneran (5613065)

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HNL1 favors larger substrates as compared to <i>Hb</i>HNL. by Bryan J. Jones (7354394)

Simulation of the behavioral consequences of increased resource allocation variability. by Yi-Jie Zhao (11663148)

“…We systematically manipulate resource allocation variability and initial resource, and fix decaying exponent and choice variability to the group average of the fitted parameters of the HC group. Increased resource allocation variability leads to large response errors, indicating that low resource allocation variability is more optimal in this task.…”

The number of 398 replicative centers increase during the infection. by Jesus S. Distel (11250759)

Evaluation of our approximation of <i>Z</i> and <i>G</i>. by Valdemar Kargård Olsen (18496122)

Entropies, KL divergences and <i>G</i> versus <i>N</i>. by Valdemar Kargård Olsen (18496122)