Open field test (speed in center) in mice infected with ME49 and ME49∆<i>bfd2 T. gondii</i> in the acute stage. by Xiaocheng Zhang (3140460)

Subjects:

Open field test (time in center) in mice infected with ME49 and ME49∆<i>bfd2 T. gondii</i> in the chronic stage. by Xiaocheng Zhang (3140460)

Subjects:

Open field test (distance in center) in mice infected with ME49 and ME49∆<i>bfd2 T. gondii</i> in the chronic stage. by Xiaocheng Zhang (3140460)

Subjects:

Open field test (speed in center) in mice infected with ME49 and ME49∆<i>bfd2 T. gondii</i> in the chronic stage. by Xiaocheng Zhang (3140460)

Subjects:

Open field test (distance in center) in mice infected with ME49 and ME49∆<i>bfd2 T. gondii</i> in the acute stage. by Xiaocheng Zhang (3140460)

Subjects:

Macrophages play a role in esAEV-induced proliferation. by Safia A. Essien (20108379)

Status (A) and duration (B) of breast feeding among participants. by Sara Saleh (6733619)

Subjects:

Dose determination and cell viability estimation of (A) NF-Orientin and (B) Native Orientin using MCF-7 cell lines. by Yashwanth Elumalai (21743452)

Subjects:

Neighbor-joining phylogenetic tree of 16S rRNA gene sequences showing the relationship of <i>T</i>. <i>mesophilus</i> VROV1 to representative species within the order <i>Clostridia... by Bokyung Kim (622579)

Subjects:

Four grid table. by Xiaoling Zhong (181270)

Subjects:

Four major algorithms used for signal detection. by Xiaoling Zhong (181270)

Subjects:

Bidimensional High-Low Frequency (HF, LF) plane representation of the interaction among Phase and High-Low Clarity Groups_: In the Low Clarity (LC) group there was a larg... by David Vagni (8060432)

Subjects:

Phagocytosis of fluorescent latex beads (2 μm) by uninfected and infected PEMs, BMMs, and THP-1 (C) in static culture system. by Alaa Riezk (7037297)

Subjects:

Atg14 deficiency in Tregs induces a type-I-dominant lymphoproliferative disease and cell-intrinsic reductions in eTregs. by Erienne G. Norton (9612079)

Serves as the data source for Figs 1 and 2. by Shuai Huang (60512)

“…Additionally, 16S rRNA species profiling revealed that the composting process significantly altered the microbial community structure, with an increased abundance of Firmicutes and a decreased abundance of Bacteroidetes in composted pig manure. …”

The mean and standard error of take-over reaction time for type A, type B, and type C autonomous driving information display types under various scenario complexities. by Chengmin Zhou (14554562)

Subjects:

Dynamics of Solid–Liquid Compound Droplets on Cylindrically Concave Superhydrophobic Surfaces by Niju K. Mohammed (22631779)

“…The droplet extension on a concave surface follows the relation <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>f</i>(<i>We</i>, δ, Bo), and for a flat plate, when δ → 0, the correlation reduces to the established scaling law <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>We</i>^1/4. …”

Dynamics of Solid–Liquid Compound Droplets on Cylindrically Concave Superhydrophobic Surfaces by Niju K. Mohammed (22631779)

“…The droplet extension on a concave surface follows the relation <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>f</i>(<i>We</i>, δ, Bo), and for a flat plate, when δ → 0, the correlation reduces to the established scaling law <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>We</i>^1/4. …”

Dynamics of Solid–Liquid Compound Droplets on Cylindrically Concave Superhydrophobic Surfaces by Niju K. Mohammed (22631779)

“…The droplet extension on a concave surface follows the relation <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>f</i>(<i>We</i>, δ, Bo), and for a flat plate, when δ → 0, the correlation reduces to the established scaling law <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>We</i>^1/4. …”

Dynamics of Solid–Liquid Compound Droplets on Cylindrically Concave Superhydrophobic Surfaces by Niju K. Mohammed (22631779)

“…The droplet extension on a concave surface follows the relation <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>f</i>(<i>We</i>, δ, Bo), and for a flat plate, when δ → 0, the correlation reduces to the established scaling law <i>D</i>_<i>z</i>^max/<i>D</i>₀ ≈ <i>We</i>^1/4. …”