Knockdown of MRN complex decreases HBV cccDNA level. by Kaitao Zhao (3617825)

Knockdown of MRN complex decreases HBV cccDNA level. by Kaitao Zhao (3617825)

The ATR-CHK1 inhibitor AZD6738 decreases HBV cccDNA level. by Kaitao Zhao (3617825)

The significant decrease in GLT-1 levels observed in the nucleus accumbens of rats that had consumed morphine for fifty-six days was completely reversed by the co-administration of NAC (40 mg/kg/day, i.p.) and ibudilast (7.5 mg/kg/day, i.p.). by María Elena Quintanilla (8068691)

Significant decrease of the coiled-coil score in the double proline-substituted CAHS3 mutant. by Akihiro Tanaka (342394)

Decrease of injuries. by Petr Fulin (8380320)

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The variation trend of |BD| value with age: With the increase of age, the |BD| values decreased significantly (p<0.01). by Yunmeng Da (707943)

Tumor growth increases the frequency and number of regulatory T cells in the spleen of obese mice without affecting their phenotype. by Aleida Núñez-Ruiz (12463062)

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Expression of <i>pdcB</i> affects known c-di-GMP regulated processes. by Leila M. Reyes Ruiz (6690206)

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Nitrate and nitrite treatment did not adversely affect multiple parameters of health but nitrate treatment significantly decreased movement following a startle. by Manuel García-Jaramillo (9930572)

Trend of TI values with age: The TI values decreased significantly with the increase of age, * p<0.01 vs other groups. by Yunmeng Da (707943)

Feeding and starvation affect the proportion and cell cycle activity of Vasa2+/Piwi1+ cells. by Eudald Pascual-Carreras (12115380)

Decrease of admissions and lead diagnoses. by Petr Fulin (8380320)

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Decreasing laminin levels in BCs does not affect their migration. by Ester Molina López (16462735)

Networks of affect states: Significant paths. by Anna Kuranova (8460411)

“…<p>In this figure, affect states networks are visualized for the Stable and the Increase groups. …”

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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