Penalized discriminant analysis (PDA) of standardized cortical bone thicknesses (CBTs). by Tea Jashashvili (388240)

“…Similarly, a negative loading for a given pixel indicates that a larger CBT value at that pixel decreases the relative score on that discriminant axis. …”

Penalized discriminant analysis (PDA) of standardized second moments of area (SMAs). by Tea Jashashvili (388240)

“…Similarly, a negative loading for a given pixel indicates that a larger SMA value at that pixel decreases the relative score on that discriminant axis. …”

DataSheet2_Surface Reactivity of Carbonaceous Nanoparticles: The Importance of Surface Pocket.ZIP by Hongyu Wang (366946)

“…Larger homogeneous PAH clusters in a size range of 1.1–1.9 nm are later generated to mimic nascent soot surface. …”

DataSheet3_Surface Reactivity of Carbonaceous Nanoparticles: The Importance of Surface Pocket.docx by Hongyu Wang (366946)

“…Larger homogeneous PAH clusters in a size range of 1.1–1.9 nm are later generated to mimic nascent soot surface. …”

Simulation results of ECM degradation. by Daisuke Hoshino (141178)

“…(D) Concomitantly with the increase in reduction factor, the degradation rate (black) quickly decreases and stays almost unchanged at reduction factor increases larger than tenfold. …”

Supplementary Material for: Phosphodiesterase-5 Inhibitors and Dementia Risk: A Real-World Study by Gronich N. (18892231)

“…In a time-dependent multivariable analysis PDE5i use was not associated with reduced dementia risk HR=0.95 (95%CI, 0.86-1.04). …”

Microbial Diversity in Cerrado Biome (Neotropical Savanna) Soils by Alinne Pereira de Castro (2155222)

“…<div><p>The Cerrado, the largest savanna region in South America, is located in central Brazil. …”

Facilitated nucleation mediated by polyamines. by Alain Mechulam (268237)

“…<p>(A) Microtubules were assembled at various concentrations of tubulin with or without 100 µM spermidine at 37°C. (<i>25 mM MES-KOH pH 6.8, 1 mM EGTA, 30 µM tubulin, 2 mM MgCl₂, 20% glycerol</i>). …”

Table_2_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_5_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_4_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_3_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_2_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_3_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_4_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Table_5_Progression of functional and structural glaucomatous damage in relation to diurnal and nocturnal dips in mean arterial pressure.doc by Jesus D. Melgarejo (11358747)

“…In adjusted mixed models, functional progression of glaucoma damage was associated with VIMmap (−2.57 dB change in MD per every 3 mmHg increase in VIMmap; P < 0.001) and diurnal MAP dips (changes in the MD ranged from −2.56 to −3.19 dB; P < 0.001). Every 5 mmHg decrease in the nocturnal MAP level was associated with −1.14 dB changes in MD [95% confidence interval (CI), −1.90 to −0.40] and 0.01 larger optic disc cupping (95% CI, 0.01–0.02). …”

Prediction (3). by Kunchen Xiao (4107364)

“…For example, in uncued trials, priming occurs earlier and decreases linearly as SOA increases; while in cued trials, priming arises and decreases in a quadratic manner (i.e., an inverted U curve).…”

Identification and verification of differentially expressed key genes in peripheral blood-derived T cells between chronic immune thrombocytopenia patients and healthy controls by Bingjie Ding (11042525)

“…Noticeably, <i>TLR4</i> exhibited the highest degree score, and <i>S100A8</i> had the largest fold change in qRT-PCR analysis. …”

Effects of Spartina invasions on blue carbon sequestration in China by Xiao Xu (9506213)

“…<i>S. alterniflora</i> increased the SOC in the top 30 cm of salt marshes after invading only one of the nine types of native marshes, the native marsh was dominated by a dwarf succulent species, <i>Suaeda salsa</i>, in the northern subtropics, and decreased the SOC in the top 60 cm of mangrove habitats after invasion in the southern subtropics. …”

Elastic properties of an ensemble of myosin Ic molecules. by Florian Berger (4050247)

“…We assume a spring constant for myosin Ic of <i>κ</i> = 500 <i>μ</i>N/m. Because each head bound to the actin filament contributes to the stiffness, larger ensembles are stiffer. …”