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1941
Inhibition of the invasive plant Ambrosia trifida by Sigesbeckia glabrescens extracts
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1942
Clinicopathological and predictive value of MAIT cells in non-small cell lung cancer for immunotherapy
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1943
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1944
Nuclear ANLN regulates transcription initiation related Pol II clustering and target gene expression
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1945
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1946
MBD2 Regulates Th17 Cell Differentiation and Experimental Severe Asthma by Affecting IRF4 Expression
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1947
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1948
Abundant geographical divergence of Clostridioides difficile infection in China: a prospective multicenter cross-sectional study
Published 2025-02-01“…Clade 3, although rare in China, has been detected in Hainan and Sichuan provinces. Most C. difficile isolates (76.8%, 96/125) were toxigenic. …”
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1949
MSC-EXs inhibits uranium nephrotoxicity by competitively binding key proteins and inhibiting ROS production
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1950
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1951
Multi-task aquatic toxicity prediction model based on multi-level features fusion
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1952
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1953
Ambient air pollution and Alzheimer’s disease and other dementias: a global study between 1990 and 2019
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1954
Quantifying the Turbulent Entrainment‐Mixing Processes Based on Z‐LWC Relationships of Cloud Droplets
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1955
Effect of comorbidity classes on survival of patients with gastrointestinal tract cancer
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1956
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1957
Difference Analysis of Organic Matter Enrichment Mechanisms in Upper Ordovician-Lower Silurian Shale from the Yangtze Region of Southern China and Its Geological Significance in Sh...
Published 2019-01-01“…In this paper, upper Ordovician-lower Silurian shale samples from the X-1 and Y-1 wells that are located in the southern Sichuan area of the upper Yangtze region and the northwestern Jiangxi area of the lower Yangtze region, respectively, are selected for analysis. …”
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1958
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1959
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1960
MaxEnt-Based Predictions of Suitable Potential Distribution of <i>Leymus secalinus</i> Under Current and Future Climate Change
Published 2025-01-01“…The results showed the following: (1) Mean diurnal temperature range, annual mean temperature, precipitation of the wettest quarter, and elevation are the major factors impacting the distribution of <i>L. secalinus</i>. (2) Under the current climatic conditions, <i>L. secalinus</i> is mainly distributed in the farming–pastoral ecotone of northern China; in addition, certain suitable areas also exist in parts of Xinjiang, Tibet, Sichuan, Heilongjiang, and Jilin. (3) Under future climate change scenarios, the suitable areas for <i>L. secalinus</i> are generally the same as at present, with slight changes in area under different scenarios, with the largest expansion of 97,222 km<sup>2</sup> of suitable area in 2021–2040 under the SSP1-26 scenario and the largest shrinkage of potential suitable area in 2061–2080 under the SSP2-45 scenario, with 87,983 km<sup>2</sup>. …”
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