S1 Data - by Surakshya Khanal (19949745)

“…<div><p>Osteoporosis is a major public health problem that can lead to physical disability, working performance limitations, decreased self-sufficiency, and increased hospitalization and mortality rates. …”

Practices towards the prevention of osteoporosis. by Surakshya Khanal (19949745)

“…<div><p>Osteoporosis is a major public health problem that can lead to physical disability, working performance limitations, decreased self-sufficiency, and increased hospitalization and mortality rates. …”

Source of healthcare information. by Surakshya Khanal (19949745)

“…<div><p>Osteoporosis is a major public health problem that can lead to physical disability, working performance limitations, decreased self-sufficiency, and increased hospitalization and mortality rates. …”

Individual characteristics of the participants. by Surakshya Khanal (19949745)

“…<div><p>Osteoporosis is a major public health problem that can lead to physical disability, working performance limitations, decreased self-sufficiency, and increased hospitalization and mortality rates. …”

Test scheme. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Basic physical properties of the soil samples. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Schematic diagram of WSM test simulator. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Contents of ions in the soil samples. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Test device for WSM. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Supporting data. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Flow chart of the sample preparation process. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Particle size curve. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

Compaction curve. by Fang Zheng (54278)

“…At the end of the freeze-thaw cycle (FTC), the deformation of the saline soil increased with the decrease of the cold end temperature, and the alternating time between heat and cold did not produce significant changes in the deformation of the saline soil. …”

No effect of PTL on pure primary mouse motor neuron cultures. by Nadine Thau-Habermann (457942)

General data comparison. by Haifeng Chang (386047)

“…The mortality rate during the pandemic (0.13%) was lower than after the pandemic (2.45%).</p><p>Conclusion</p><p>The COVID-19 pandemic has impacted trauma patients admitted through the emergency department, with increases in the proportion of male and younger patients, surgical cases, and a decrease in mortality rates during the pandemic.…”

The epidemic period group. by Haifeng Chang (386047)

“…The mortality rate during the pandemic (0.13%) was lower than after the pandemic (2.45%).</p><p>Conclusion</p><p>The COVID-19 pandemic has impacted trauma patients admitted through the emergency department, with increases in the proportion of male and younger patients, surgical cases, and a decrease in mortality rates during the pandemic.…”

Original data. by Haifeng Chang (386047)

“…The mortality rate during the pandemic (0.13%) was lower than after the pandemic (2.45%).</p><p>Conclusion</p><p>The COVID-19 pandemic has impacted trauma patients admitted through the emergency department, with increases in the proportion of male and younger patients, surgical cases, and a decrease in mortality rates during the pandemic.…”

Post-epidemic group. by Haifeng Chang (386047)

“…The mortality rate during the pandemic (0.13%) was lower than after the pandemic (2.45%).</p><p>Conclusion</p><p>The COVID-19 pandemic has impacted trauma patients admitted through the emergency department, with increases in the proportion of male and younger patients, surgical cases, and a decrease in mortality rates during the pandemic.…”

Comparison of admissions by department. by Haifeng Chang (386047)

“…The mortality rate during the pandemic (0.13%) was lower than after the pandemic (2.45%).</p><p>Conclusion</p><p>The COVID-19 pandemic has impacted trauma patients admitted through the emergency department, with increases in the proportion of male and younger patients, surgical cases, and a decrease in mortality rates during the pandemic.…”

Representative experimental samples. by Weisheng Zhao (3746023)

“…Results from the hygroscopic experiments showed that the equilibrium water content (EWC) of high clay-content shale decreases with lower humidity and higher temperature. …”