A2EN supernatants do not decrease cell-free HIV viability. by Lyndsey R. Buckner (843006)

CHIKV infection increases miR-146a expression and decreases TRAF6, IRAK1, and IRAK2 in primary human synovial fibroblasts. by Sakthi Priya Selvamani (607420)

“…<p>Expression of miR-146a was increased upon CHIKV infection. (A). Human primary synovial fibroblasts were infected with CHIKV at MOI of 2 and cells were harvested 32 hours post infection for RNA isolation and protein lysate preparation. …”

Males decrease their mating latency after being exposed to a rival male. by Michelle L. Taylor (470614)

Means of Behavioral (d score) and Eye-movements Indices of Attentional Bias as a Function of Condition and Time (<i>SD</i> in Parentheses). by Alexandre Heeren (387406)

a. Mean time until first saccade for Conditions (non-competition and competition) and Age Groups (younger than 4 months and older than 4 months). b.... by Louisa Kulke (832040)

“…<p>a. Mean time until first saccade for Conditions (non-competition and competition) and Age Groups (younger than 4 months and older than 4 months). b. …”

Decrease of receptor detectibility following CRAD replication in a small fraction of cells. by Johan Rebetz (255622)

Decrease of dissolved oxygen in the water (DO) over a period of hypoxia test. by Maria Filipa Castanheira (403090)

In the null model the event rate does not decrease as a function of the inverse of time. by Thomas O. Richardson (251876)

Neither imatinib nor nilotinib induce a decrease of LTC-IC frequency. by Ludovic Belle (293091)

The PRAME-AS knockout cells showed a decrease in migration, proliferation, stemness, and viability. by Zahra Hosseininia (22265113)

Parthenolide treatment results in a dose-dependent decrease in lymphoma cell viability. by Jolanta Skalska (256579)

A blue-shifted fluorescence donor increases fAP amplitude but exhibits a decreased SNR. A. by Ann E. Fink (312543)

Significant decrease of the viability of A375 melanoma cells after CD treatment. by Lena Berning (7430117)

Anticancer Activity Expressed by a Library of 2,9-Diazaperopyrenium Dications by Karel J. Hartlieb (1367880)

“…In the solid state, the 2,6-diisopropylphenyl-functionalized derivative does not undergo π···π stacking, while in aqueous solution, dynamic light scattering reveals that this derivative forms very small (50–100 nm) aggregates, in contrast with the larger ones formed by dications with less bulky substituents. …”

Anticancer Activity Expressed by a Library of 2,9-Diazaperopyrenium Dications by Karel J. Hartlieb (1367880)

“…In the solid state, the 2,6-diisopropylphenyl-functionalized derivative does not undergo π···π stacking, while in aqueous solution, dynamic light scattering reveals that this derivative forms very small (50–100 nm) aggregates, in contrast with the larger ones formed by dications with less bulky substituents. …”

Anticancer Activity Expressed by a Library of 2,9-Diazaperopyrenium Dications by Karel J. Hartlieb (1367880)

“…In the solid state, the 2,6-diisopropylphenyl-functionalized derivative does not undergo π···π stacking, while in aqueous solution, dynamic light scattering reveals that this derivative forms very small (50–100 nm) aggregates, in contrast with the larger ones formed by dications with less bulky substituents. …”

Anticancer Activity Expressed by a Library of 2,9-Diazaperopyrenium Dications by Karel J. Hartlieb (1367880)

“…In the solid state, the 2,6-diisopropylphenyl-functionalized derivative does not undergo π···π stacking, while in aqueous solution, dynamic light scattering reveals that this derivative forms very small (50–100 nm) aggregates, in contrast with the larger ones formed by dications with less bulky substituents. …”

Anticancer Activity Expressed by a Library of 2,9-Diazaperopyrenium Dications by Karel J. Hartlieb (1367880)

“…In the solid state, the 2,6-diisopropylphenyl-functionalized derivative does not undergo π···π stacking, while in aqueous solution, dynamic light scattering reveals that this derivative forms very small (50–100 nm) aggregates, in contrast with the larger ones formed by dications with less bulky substituents. …”

Radiation induces an increase in splenic regulatory T cells with a decrease in T cell proliferation. by Yu Zhou (89766)

AGE-modification of laminin leads to a decrease in Kir4.1 function. by Kayla Thompson (4885036)