Biases in larger populations. by Sander W. Keemink (21253563)

“…With amplitude scaling the mean population activity was kept the same by scaling down the response amplitude for larger population (blue curve). With width scaling this was achieving by narrowing the tuning curves. …”

MS decreases the larger amplitude distribution in adult rats. by Jesús David Ayala-Rodríguez (17364296)

<i>ΔG°</i> and C_1/2 values of various αB-crystallin samples derived from equilibrium urea unfolding analysis. by Aref Baharvand (21713886)

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Phase 1 pre- and post-test Means (<i>M</i>), Standard Deviations (<i>SD</i>), between group effect sizes (<i>d</i>), and RMANOVA results (<i>F</i>-value, <i>p</i>-value) for interv... by Wendy C. Crone (2262169)

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Phase 2 pre- and post-test Means (<i>M</i>), Standard Deviations (<i>SD</i>), between group effect sizes (<i>d</i>), and RMANOVA results (<i>F</i>-value, <i>p</i>-value) for interv... by Wendy C. Crone (2262169)

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The introduction of mutualisms into assembled communities increases their connectance and complexity while decreasing their richness. by Gui Araujo (22170819)

“…(B) Even though higher proportions of mutualism promote higher richness, introducing this type of interaction into already assembled large communities promotes a sudden drop in richness, while stopping mutualism promotes a slight boost in richness increase. (C) Mutualism also promotes an increase in network connectance when introduced into assembled communities, while stopping mutualistic interactions from entering an assembled system slowly decreases it. …”

A noxious temperature decrease without a prior increase produces a subtly larger decrease in pain intensity. by Benedict J. Alter (9745466)

Root-mean-square fluctuation (RMSF) analysis of wild-type and p.R163C mutant αB-crystallin dimers from molecular dynamics simulations. by Aref Baharvand (21713886)

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Cell-to-cell mtDNA variability for larger mtDNA populations. by Robert C. Glastad (10692277)

“…<b>A</b>: simulations for <i>h</i> = 0.1; <b>B</b>: simulations for <i>h</i> = 0.5; <b>C</b>: sum over state variables for <i>h</i> = 0.5; <b>D</b>: first-order Taylor expansion for <i>h</i> = 0.5. …”

Fluorescence analysis of wild-type and p.R163C αB-crystallin proteins. by Aref Baharvand (21713886)

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Percentage of exhale flux penetrating through the mask fabric for different values of <i>c</i>_<i>k</i>; a–c and d–f decreasing porosity for outward and inward protection model respectively; <i>k</i>_<i>L</i> is head loss coefficient for inward protection model. by Akshay Anand (118579)

Altered structure and function of human αB-crystallin due to the p.R163C mutation. by Aref Baharvand (21713886)

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Spectroscopic characterization of wild-type and p.R163C αB-crystallin: CD, FTIR and Raman analysis. by Aref Baharvand (21713886)

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<i>E</i>. <i>coli</i> C deep rough LPS mutants show increased susceptibility to chloramphenicol and gentamicin. by Lavisha Parab (14248215)

“…<i>coli</i> C-derived, phage-resistant strains (R#) at increasing concentrations of chloramphenicol (left) and gentamicin (right). …”

Gene mapping, mass spectrometry, and purification of the wild-type and p.R163C mutant of human αB-crystallin. by Aref Baharvand (21713886)

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Increasing nonlinearity reduces the noise load in the bistable region, decreasing also the epimutation rate. by Mariana Gómez-Schiavon (7553561)

Participant demographics. * P-values were determined using Fisher-Freeman-Halton test when contingency tables are larger than 2 × 2. by Elie Mulhem (22537863)

Structural dynamics of wild-type and p.R163C mutant αB-crystallin dimers: insights from molecular simulations. by Aref Baharvand (21713886)

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Raman spectroscopy was employed to investigate the conformational variations between wild-type and p.R163C mutant αB-crystallin proteins. by Aref Baharvand (21713886)

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<i>In vivo</i> and long-term chaperone activity assessment of wild-type and p.R163C mutant αB-crystallin. by Aref Baharvand (21713886)

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