Increase of T cell presence in the liver of PD-1-deficient mice infected with <i>S</i>. <i>japonicum</i> for 8 weeks. by Liaoxun Lu (179293)

Subjects:

Intact edges in round <i>r</i> are marked in blue. by Chaeeun Kim (14197299)

Typical force signal for a single mallet stroke with the maximum force marked. by Katja Glismann (18397490)

Deletion of Hhp2 markedly increased Sre1 activity. by Hao Miao (1742044)

“…<p>Deletion of <i>hhp2</i>⁺ gene markedly increased Sre1 activity in the presence/absence of CLZ (2 μg/ml to 8 μg/ml) (A), TER (2 μg/ml to 8 μg/ml) (B) or CoCl₂ (0.08 mM to 0.32 mM) (C). …”

Dentigerous elements and OPCR maps of three <i>Amblyrhynchus cristatus</i> specimens with increasing skull length. by Kiana Christensen (11419667)

“…Increasing SVL generally corresponds to larger teeth with more defined cusps. …”

The conduction velocity increases as a larger percentage of the sodium channels is moved to the cell ends. by Karoline Horgmo Jæger (6785450)

Non-permissive chromatin marks increase in the surviving population after T cell stimulation. by Birgitta Lindqvist (8378349)

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

“…<b>(B)</b> Comparing identical conditions between two different system sizes (<i>L</i> = 100 and <i>L</i> = 200), the effects of disorder are relatively small in comparison to the effects of system size, with smaller system sizes (blue lines) showing a significant amplification of reduction in survival probability as compared to the larger system. …”

Increase in the domain size can lead to an increase in spike number. by Shayne M. Plourde (6410954)

“…<p>The distribution of patterns produced using domains corresponding to surface areas ranging from 250 <i>μ</i>m² to 1450 <i>μ</i>m² in 1D (left) and 3D (right). …”

A comparison of the odds ratio differences for severe malaria between single dose and double dose non<i>-O</i> genotypes using the Wald test. by D. Herbert Opi (10978188)

Relative cytoadherence of <i>P</i>. <i>falciparum</i> ItG by <i>ABO</i> genotype. by D. Herbert Opi (10978188)

Rosetting of <i>P</i>. <i>falciparum</i> clone IT/R29 by <i>ABO</i> genotype. by D. Herbert Opi (10978188)

<i>P</i>. <i>falciparum</i> IT/R29 ABO blood group <i>rosetting</i> preference. by D. Herbert Opi (10978188)

<i>P</i>. <i>falciparum</i> IT/R29 rosette size and frequency of large rosettes by <i>ABO</i> genotype. by D. Herbert Opi (10978188)

Relative PfEMP1 expression in <i>P</i>. <i>falciparum</i> IT/R29 by <i>ABO</i> genotype. by D. Herbert Opi (10978188)

<i>P</i>. <i>falciparum</i> IT/R29 rosette size and frequency of large rosettes by <i>ABO</i> genotype. by D. Herbert Opi (10978188)

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

<i>ABO</i> genotype-phenotype agreement^§. by D. Herbert Opi (10978188)

“…The A and B antigens are host RBC receptors for rosetting, hence we hypothesized that the higher levels of A and/or B antigen on RBCs from <i>AA</i>, <i>BB</i> and <i>AB</i> genotypes compared to <i>AO/BO</i> genotypes could lead to larger rosettes, increased microvascular obstruction and higher risk of malaria pathology. …”

Hemagglutinin Stability Determines Influenza A Virus Susceptibility to a Broad-Spectrum Fusion Inhibitor Arbidol by Zhenyu Li (295387)

Subjects:

<i>ABO</i> genotype and phenotype frequencies in the case-control study. by D. Herbert Opi (10978188)