Comparative analysis of four distinct microstructures: S1G0, S1G1, S1G2, and S2G0. by Camilo A. S. Afanador (22232423)

“…The porosity of <b>S1G0</b> and <b>S2G0</b> () aligns with <i>μ</i>CT measurements from the literature. Note the increase in porosity in <b>S1G1</b> and <b>S1G2</b> due to the morphological filter. …”

RNA levels of selected CMGC kinases in dHepaRG, PHHs and liver biopsies. by Florentin Pastor (19852287)

Microplastics Influence Dissolved Organic Matter Transformation Mediated by Microbiomes in Soil Aggregates by Xinran Qiu (9182255)

Group-level narrow- and broad-band spectral changes after hemispherotomy reveal a marked EEG slowing of the isolated cortex, robust across patients. by Michele Angelo Colombo (22446342)

“…This decrease was larger in the disconnected than in the contralateral cortex. …”

Forest plots comparing demographic factors within SARS-CoV-2 variant waves. by Rebecca M. Cantu (19787070)

Accuracy increases with stimulus strength in both single and double-pulse trials for visual and auditory tasks. by Masoumeh Golmohamadian (20558569)

Singling Out the Electrochemiluminescence Profile in Microelectrode Arrays by Chiara Mariani (20716841)

Singling Out the Electrochemiluminescence Profile in Microelectrode Arrays by Chiara Mariani (20716841)

Green Fabrication of Biobased and Degradable Poly(lactic acid)/Poly(butylene succinate) Open-Cell Foams for Highly Efficient Oil–Water Separation with Ultrafast Degradation by Jie Yuan (208425)

Green Fabrication of Biobased and Degradable Poly(lactic acid)/Poly(butylene succinate) Open-Cell Foams for Highly Efficient Oil–Water Separation with Ultrafast Degradation by Jie Yuan (208425)

Effect of DM, and/or <i>M. charantia</i> on the immuno-expressional level of GFAP protein in maternal cerebellar tissue of different groups. by Amoura M. Abou-El-Naga (21001524)

Table 1_Assessing the diagnostic value of qPCR for Trichuris trichiura: sub-analysis of a multi-country clinical trial to determine the efficacy of albendazole compared to an alben... by Pedro E. Fleitas (8704023)

“…Concordance between stool egg counts and Ct-value decreased post-treatment, likely due to reduced KK sensitivity in low-intensity infections. …”

Data from: Large subsurface carbon stocks in a long-term no-tillage site are vulnerable to potential mineralization by Qiuping Peng (20147290)

“…</p> <p>Results showed that SOC concentrations declined with depth, but the fraction that was mineralized in 350-day laboratory incubations increased with depth. We found 51% larger stocks of readily mineralized SOC stocks for the 30-153 cm depth (18.3 ± 4 Mg C ha^-1) compared to 0-30 cm (12.1 ± 1.6 Mg C ha^-1), when summing the kinetic pools that had transit times of up to 2 years. …”

Photosynthesis and respiration rates of (A) <i>Acropora</i> sp. and (B) <i>P. verrucosa</i> for the four groups. by Malte Ostendarp (13217973)

Differentiating leader-follower and avoidance interactions. by Juan Fernández-Gracia (721245)

Comparison of Realistic and Slit Models of Activated Carbon for Xe/Kr Separation by Xuan Peng (1966369)

The expression levels of putative VIP1 target genes that were upregulated by brushing in brushed <i>atb’’αβγδ</i> leaves. by Hyuk Sung Yoon (20208672)

3rd chromosome recombination. by Stacie E. Hughes (22298414)

“…To evaluate the contribution of the synaptonemal complex (SC) C(3)G protein to these recombination rate differences, the <i><i>D. melanogaster</i></i> allele was replaced with <i><i>D. mauritiana c(3)G</i></i> coding sequence. …”

<i>X</i> Chromosome recombination. by Stacie E. Hughes (22298414)

“…To evaluate the contribution of the synaptonemal complex (SC) C(3)G protein to these recombination rate differences, the <i><i>D. melanogaster</i></i> allele was replaced with <i><i>D. mauritiana c(3)G</i></i> coding sequence. …”

<i>X</i> and <i>4</i>^{<i>^th</i>} chromosome nondisjunction frequency. by Stacie E. Hughes (22298414)

“…To evaluate the contribution of the synaptonemal complex (SC) C(3)G protein to these recombination rate differences, the <i><i>D. melanogaster</i></i> allele was replaced with <i><i>D. mauritiana c(3)G</i></i> coding sequence. …”