Showing 39,541 - 39,560 results of 102,496 for search '(( e point decrease ) OR ( 5 ((((ng decrease) OR (a decrease))) OR (nn decrease)) ))', query time: 1.60s Refine Results
  1. 39541

    KDM1 revealed typical electrophysiological features of the K<sub>in</sub>-a subclade. by Anda L. Iosip (9749747)

    Published 2020
    “…(C) The determination of the reversal potential by plotting the tail currents (I<sub>tail</sub>) against the applied K<sup>+</sup> concentrations revealed a shift toward more negative membrane potentials with decreasing the external K<sup>+</sup> concentration. …”
  2. 39542

    Baseline Characteristics of Study Participants. by Swati M. Surkar (8399427)

    Published 2025
    “…The results demonstrate that DT training significantly improves and retains DT performance, likely due to a reduction in cognitive-motor interference. Additionally, DT training led to decreased activation in the bilateral PFC and vestibular cortices, specifically for complex DT condition, suggesting enhanced attentional resource allocation and optimized vestibular input processing, indicative of neural efficiency. …”
  3. 39543

    Raw and processed data files. by Swati M. Surkar (8399427)

    Published 2025
    “…The results demonstrate that DT training significantly improves and retains DT performance, likely due to a reduction in cognitive-motor interference. Additionally, DT training led to decreased activation in the bilateral PFC and vestibular cortices, specifically for complex DT condition, suggesting enhanced attentional resource allocation and optimized vestibular input processing, indicative of neural efficiency. …”
  4. 39544
  5. 39545
  6. 39546
  7. 39547
  8. 39548
  9. 39549
  10. 39550

    Analytical Examination of the Nutritional Status of Drinking Water Resources: A First Case Application in Africa by Johnson C. Agbasi (11926603)

    Published 2025
    “…Removal of Mg<sup>2+</sup> from the index resulted in a 23.77% decrease in the average DWNQI score, while removal of Ca<sup>2+</sup> led to a 23.42% decrease. …”
  11. 39551
  12. 39552
  13. 39553
  14. 39554
  15. 39555
  16. 39556
  17. 39557
  18. 39558
  19. 39559
  20. 39560