Showing 4,341 - 4,360 results of 10,571 for search '(( significant decrease decrease ) OR ( significant effect decrease ))~', query time: 0.44s Refine Results
  1. 4341

    Source data for Fig 3. by Qi Xu (134661)

    Published 2025
    “…It is crucial to investigate the mechanisms behind the high mortality rate of hypervirulent <i>Kp</i> (hv<i>Kp</i>) strains to develop new strategies for preventing hv<i>Kp</i> from evading the host’s defenses and improving treatment effectiveness for these fatal infections. In this study, we used a hv<i>Kp</i>-induced mouse bacteremia model and performed single-cell RNA sequencing to investigate the effects of hv<i>Kp</i> infection. …”
  2. 4342

    Source data for Fig 4. by Qi Xu (134661)

    Published 2025
    “…It is crucial to investigate the mechanisms behind the high mortality rate of hypervirulent <i>Kp</i> (hv<i>Kp</i>) strains to develop new strategies for preventing hv<i>Kp</i> from evading the host’s defenses and improving treatment effectiveness for these fatal infections. In this study, we used a hv<i>Kp</i>-induced mouse bacteremia model and performed single-cell RNA sequencing to investigate the effects of hv<i>Kp</i> infection. …”
  3. 4343

    The effect of Tawny crazy ants on the abundance of aboveground insect abundance in Texas by Ryan Reihart (9174179)

    Published 2025
    “…Our results support growing evidence that <i>N. fulva</i> can negatively affect the abundance and composition of insects in the brown- and green-food web, and strongly suggests that this invasive ant can have lasting effects on ecosystems it invades.</p>…”
  4. 4344
  5. 4345

    Comparison curves of snow. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  6. 4346

    Comparison of simulation results. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  7. 4347

    Displacement vector diagram of snow. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  8. 4348

    Description of the selected nodes. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  9. 4349

    MDPC material parameters for snow. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  10. 4350

    Description of the selected nodes. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  11. 4351

    Finite Element Model of Tire and Snow Runway. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  12. 4352

    Yield Function of the MDPC Model [24]. by Hanqing Guo (12451176)

    Published 2025
    “…The compaction rate initially increases and then decreases with different snow thicknesses; beyond the tread depth, the load significantly affects the maximum compaction rate, which reaches 504 mm/s. …”
  13. 4353

    Basic situation of different vegetation types. by Ye Xiao (3913402)

    Published 2025
    “…Results showed that the different vegetation restoration types significantly influenced SOC stocks (<i>P</i> < 0.05), and the concentrations and stocks of SOC and LOCFs decreased with increasing soil depth in different vegetation types, except for MBC in BF and CFF. …”
  14. 4354

    <b>The moderating effect of financial literacy on risk preferences and time preferences</b> by Calvin Mudzingiri (22188109)

    Published 2025
    “…Additionally, the study concluded that time preferences significantly moderate financial literacy. An increase in financial literacy is associated with a decrease in time preferences, indicating that as financial literacy rises, subjects become more patient. …”
  15. 4355
  16. 4356

    Deleterious Effects of a GAD65 Monoclonal Autoantibody on Islet Function by Christiane S. Hampe (248347)

    Published 2025
    “…Mechanisms mediating the effects were found to involve inhibition of mitochondrial generation of ATP, which decreased in parallel with that of ISR. …”
  17. 4357

    Rank of mutation fitness. by Zhong-yi Lei (22552944)

    Published 2025
    “…<div><p>Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) continuously circulates and the Omicron variants have mutated into over 2,500 lineages, predicting ensuing prevalent lineages and inflections of dominant lineages is of public health significance and study interest. Previous study has integrated genome to forecast lineage prevalence, yet overlooked the functional aspects of mutations; efforts to evaluate the functional effects of individual mutations have not extended to the lineage level. …”
  18. 4358
  19. 4359

    Changes in the effective optical zone following hyperopic keratorefractive lenticule extraction by Yangyi Huang (11859382)

    Published 2025
    “…</p> <p></p><p>The effective optical zone (EOZ) following hyperopic KLEx was significantly smaller than the programmed optical zone (POZ) and would constrict with postoperative time.…”
  20. 4360