Fast Electrochemical Netting of Composite Chains for Transferable Highly Conductive Polymeric Nanofilms by Bingxi Yan (1667488)

“…Our results evidence that the classical nodular polymeric aggregation fundamentally accounts for the persistent losses of interchain connectivity and macroscopic conductivity at a limited thickness. Surprisingly, this seemingly disadvantageous structure can be altered into a large conjugated network to robustly restore the conductivity back to over 80 S cm^–1 even below 100 nm, while the controllable formation, growth, and collapse of such networks radically vary the conductivity over a range of 3 orders of magnitude (0.8–129 S cm^–1). …”

Differences of SAMP8 and SAMR1 mice in Gut Microbiota. by Jing Jiang (130103)

Metabolome data of the discovery cohort. by Feng Gao (3548)

“…The results showed that compared with HC, five metabolites, including DL-stachydrine, D-(+)-pipecolinic acid, furazolidone, L-arginine and 5α-dihydrotestosterone glucuronide were significantly elevated and one metabolite, prenylcysteine, was significantly decreased in the serum of OC, and that the increase in L-arginine and the decrease in prenylcysteine led to impaired urea cycling and a high risk of developing atherosclerosis, respectively. …”

The global disease burden of <i><i>Klebsiella pneumoniae</i></i> associated LRI for both sexes in 204 countries and territories. (a) The number of deaths in 2021; (b) The EAPC of d... by Juanjuan Li (399633)

Changes in body weight of rats after subchronic exposure to CeO₂-NPs. by Qianru Ye (18078522)

Decrease or lack of decoration of <i>L</i>. <i>infantum</i> LEM 5700 parasites with GTPase Rab7, Lamp-2, and Qb-SNAREs Vti1a and Vti1b in macrophage-like RAW 264.7 cells infected in the continuous presence of Retro-2. by Sandrine Cojean (274005)

“…<p><b>(A)</b><i>z</i>-stack and 3D-reconstruction surface rendering confocal micrographs showing decreased decoration of fusiform-like and ellipsoidal parasites hosted in Retro-2 (1 μM)-treated cells with Rab7-positive patches. …”

fC-MSC attenuate the myocardial fibrosis in rats with acute myocardial injury (A) Representative heart sections stained with Massons Trichome showing decrease in myocardial fibrosis in fC-MSC treated compared to saline treated hearts 4 weeks after fC-MSC administration. by Venkata Naga Srikanth Garikipati (589797)

Reduction of the granulomatous inflammatory response in lungs of neutrophil-depleted mice challenged with <i>P</i>. <i>brasiliensis</i> during the chronic course of infection is associated with a decrease of expression of TGF-β1 and MMP-8 and overexpression of TGF-β3, MMP-12 and MMP-14. by Juan David Puerta-Arias (3187089)

Significantly increased metabolic activity in the OCD patient group compared with healthy volunteers in the left inferior frontal gyrus (BA 45), associated with a decrease in activity in the left insula (BA 13) (<i>p</i><0.001 uncorrected, colour bar represents <i>t</i> values). by Bruno Millet (251046)

Fig 1 - by Holly Q. Bennett (12216515)

Multiple factor analysis highlights the contributions of SNPs, CpGs and sncRNAs to bull fertility. by Valentin Costes (12471235)

Impact of future warming on hypoxia exposure across species traits. by Noelle M. Lucey (7847078)

Atomically Precise Au₄₂ Nanorods with Longitudinal Excitons for an Intense Photothermal Effect by Yingwei Li (701628)

“…Compared to other rod-shaped nanoclusters, Au₄₂ possesses a much more effective photothermal conversion with a large temperature increase of ∼27 °C within 5 min (λ_ex = 808 nm, 1 W cm^–2) at an ultralow concentration of 50 μg mL^–1 in toluene. …”

Osmosis-Mediated Microfluidic Production of Submillimeter-Sized Capsules with an Ultrathin Shell for Cosmetic Applications by Wahyu Martumpal Hamonangan (12421706)

“…The degree of inflation is controllable with the osmotic pressure. With a strong hypotonic condition, the capsule radius increases up to 330 μm and the shell thickness decreases to 1 μm so that the ratio of the thickness to radius is as small as 0.006. …”

Osmosis-Mediated Microfluidic Production of Submillimeter-Sized Capsules with an Ultrathin Shell for Cosmetic Applications by Wahyu Martumpal Hamonangan (12421706)

“…The degree of inflation is controllable with the osmotic pressure. With a strong hypotonic condition, the capsule radius increases up to 330 μm and the shell thickness decreases to 1 μm so that the ratio of the thickness to radius is as small as 0.006. …”

Osmosis-Mediated Microfluidic Production of Submillimeter-Sized Capsules with an Ultrathin Shell for Cosmetic Applications by Wahyu Martumpal Hamonangan (12421706)

“…The degree of inflation is controllable with the osmotic pressure. With a strong hypotonic condition, the capsule radius increases up to 330 μm and the shell thickness decreases to 1 μm so that the ratio of the thickness to radius is as small as 0.006. …”

Osmosis-Mediated Microfluidic Production of Submillimeter-Sized Capsules with an Ultrathin Shell for Cosmetic Applications by Wahyu Martumpal Hamonangan (12421706)

“…The degree of inflation is controllable with the osmotic pressure. With a strong hypotonic condition, the capsule radius increases up to 330 μm and the shell thickness decreases to 1 μm so that the ratio of the thickness to radius is as small as 0.006. …”

Osmosis-Mediated Microfluidic Production of Submillimeter-Sized Capsules with an Ultrathin Shell for Cosmetic Applications by Wahyu Martumpal Hamonangan (12421706)

“…The degree of inflation is controllable with the osmotic pressure. With a strong hypotonic condition, the capsule radius increases up to 330 μm and the shell thickness decreases to 1 μm so that the ratio of the thickness to radius is as small as 0.006. …”

Cell cycle analysis after siRNA-mediated MARCKS knockdown in vascular smooth muscle cells. by Dan Yu (214174)

Comparison of repeat-flanking PCR and TP-PCR melt peaks. by Mingjue Zhao (654744)

“…Melt peak height of the expanded allele decreases with increasing repeat length, risking an absent expanded allele peak if expansion is very large, with only the normal allele peak present. …”