Properties of differential lipids that have increased and decreased abundance in the BmNPV-infected group of head samples at 96 hpi. by Min Feng (141118)

Statistically significant linear increase in use of antidepressants during the observed time period. by Jelena Filimonovic (22305307)

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Spontaneous oxycodone withdrawal initially flattens NREM power rhythms, decreases low frequency and increases high frequency power. by Michael Gulledge (20577135)

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SBP3 KD decreases cytoadhesion of iRBCs to bovine brain endothelial cells (BBECs). by Atefeh Fathi (7370876)

Loss of <i>Rab23</i> decreases ciliation in MEFs and Tbr1 + intermediate progenitors. by Wan Ying Leong (22075947)

<i>Elsholtzia ciliata</i> extract (ECE) treatment decreases coronavirus-induced plaque formation. by Siyun Lee (17087351)

“…<b>(B)</b> ECE treatment decreases plaque formation in a dose-dependent manner. …”

VP16 protein abundance is decreased at low MOI in the ΔCTRL2 recombinant virus. by Pankaj Singh (116938)

Supplementary Material for: Longitudinal Decrease in Left Ventricular Size with Age: Impact on Mortality and Cardiovascular Hospitalization by figshare admin karger (2628495)

“…Participants were categorized by LVEDD change from baseline: No Change (<5 mm), Decreased (≥5 mm), and Increased (≥5 mm). Results: A decrease in LVEDD was observed in 24% of participants (mean change -9±3 mm) and was significantly associated with older age, female sex, decreased volumes, concentric remodeling and diastolic dysfunction. …”

EDLIoT: A method for decreasing energy consumption and latency using scheduling algorithm in Internet of Things by Arash GhorbanniaDelavar (22563696)

Data from: Colony losses of stingless bees increase in agricultural areas, but decrease in forested areas by Malena Sibaja Leyton (18400983)

“…Moreover, annual colony losses also decreased with higher abundance of surrounding forested area. …”

Socio-demographic and medical characteristics of patients with liver cancer. by Ayana Ablayeva (22103708)

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Data cleaning and preparation algorithm. by Ayana Ablayeva (22103708)

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Crude and age-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

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Crude and type-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

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Age-adjusted annual percent changes (APC) in incidence (A), mortality (B), and prevalence (C) rates per 100,000 over 2014–2023 for both sexes and sex-specific. by Ayana Ablayeva (22103708)

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Association between socio-demographic and medical parameters and all-cause mortality rates of liver cancer between 2014 and 2023. by Ayana Ablayeva (22103708)

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Crude and stage-specific incidence rate of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

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Crude and age-specific mortality to incidence ratios of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

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Crude and residence-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

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Age- and sex- specific median yearly incidence (A) and mortality (B) rate of liver cancer per 10⁶ population over 2014–2023. by Ayana Ablayeva (22103708)

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