Modeling Method for Increased Precision and Scope of Directly Measurable Fluxes at a Genome-Scale by Douglas McCloskey (1430353)

Stimulus induced gamma response in an example subject. by Srividya Pattisapu (14492864)

Monthly product prices over time. by Yael Rachamin (6161423)

¹³⁷Cs activity concentrations in <i>Aralia elata</i> buds collected in Iitate village, Fukushima from 2014 to 2022. by Masaru Sakai (1669627)

Landscape vulnerability index. by Jie Zhang (64655)

“…Results manifest that: (1) Overall, from 2005 to 2021, its spatial distribution features of landscape ecological risk level are relatively-high and high in the middle, and gradually reduce in the north-south direction, as shown below: the relatively-low ecological risk areas are widely spread, and the overall risk index decrease from 0.1944 to 0.1940; the area of low and high-level ecological risk areas show a decreasing trend, which decrease by 5.0102 km² and 1.3132 km² respectively; the area of relatively-low, middle, and relatively-high-level ecological risk areas increase by 0.2655 km², 3.7803 km², and 2.4852 km², respectively. (2) The ecological risk value is correlated positively with spatial distribution, and the spatial aggregation forms are primarily low-low and high-high. (3) The ecological risk values in Engebei have a significant spatial correlation, and the spatial distribution shows a clustering effect, which is consistent with the spatial distribution. …”

Ecological risk classification. by Jie Zhang (64655)

“…Results manifest that: (1) Overall, from 2005 to 2021, its spatial distribution features of landscape ecological risk level are relatively-high and high in the middle, and gradually reduce in the north-south direction, as shown below: the relatively-low ecological risk areas are widely spread, and the overall risk index decrease from 0.1944 to 0.1940; the area of low and high-level ecological risk areas show a decreasing trend, which decrease by 5.0102 km² and 1.3132 km² respectively; the area of relatively-low, middle, and relatively-high-level ecological risk areas increase by 0.2655 km², 3.7803 km², and 2.4852 km², respectively. (2) The ecological risk value is correlated positively with spatial distribution, and the spatial aggregation forms are primarily low-low and high-high. (3) The ecological risk values in Engebei have a significant spatial correlation, and the spatial distribution shows a clustering effect, which is consistent with the spatial distribution. …”

The effect of ILEI knockdown in ILEI-high/MITF-low cells on gene expression. by Ken Noguchi (255943)

Insights into Transient Dynamics of Bacteria-Laden Liquid Bridges by Kush Kumar Dewangan (20909777)

Recoded DENV2 has disrupted RNA structural elements and genetically stable attenuation. by Wei-Xin Chin (843752)

IFA disarmed capsule-mediated immune evasion. by Tingting Wang (123983)

Ultrastructural analysis of Fhod3 transgenic mice\. by Ely Cheikh Boussaty (17471493)

Longitudinal quantification of growing PDAC tumor mass via DEXA and validation with ex vivo tumor weight. by Zachary R. Sechrist (17720320)

All experimental data from this study. by Qingyuan Huang (625246)

“…A bis-indole derivative, MMV1593539, decreased spore viability. …”

Fig 4 - by Oliver Campbell (17283127)

Rapid induction of ER-responsive genes. by Luciana I. Gómez Acuña (18605719)

Population fraction of risk-deniers affects epidemics in real networks. by Valeria d’Andrea (12095838)

Nodulation, nitrogen uptake and growth of lima bean in a composted tannery sludge-treated soil by Sandra Mara Barbosa Rocha (7888487)

Dead <i>E</i>. <i>coli</i> or <i>S</i>. <i>aureus</i> feeding for one week did not induce Reg3β or RELMβ protein expression of the intestinal mucosa in germ-free mice. by Shu-Han Lin (4020353)

“…<p>Germ free mice demonstrated a significant decrease of Reg3β and RELMβ protein expression of the intestinal mucosa as compared with those in SPF mice. ***, <i>P</i>< 0.001. n = 5/group.…”

Relative abundances of selected metabolites. by Ningbo Xia (13584299)

CaMKII regulates GKAP clustering, but does not prevent Aβ-induced GKAP degradation. by Francesco Roselli (211670)

“…Both CaMKII Inhibitor-I and Autocamtide alone decreased GKAP cluster size (64.1±8.3% and 66.5±5.7% of baseline, respectively) but did not prevent a further decrease after Aβ treatment (67.4±8.3% CaMKII inhib+Aβ vs CaMKII alone; 76.4±6.6% Autocamtide+Aβ vs Autocamtide alone). …”