Showing 13,281 - 13,300 results of 53,213 for search '(( significant increase decrease ) OR ( significant deviation table ))', query time: 0.63s Refine Results
  1. 13281
  2. 13282
  3. 13283
  4. 13284
  5. 13285

    Presentation_1_Significant Short-Term Shifts in the Microbiomes of Smokers With Periodontitis After Periodontal Therapy With Amoxicillin & Metronidazole as Revealed by 16S rDNA Amp... by Daniel Hagenfeld (319909)

    Published 2020
    “…In the placebo group, however, there was not a significant decrease in periodontal pathogens after therapy and only five other genera decreased, while Veillonella and nine other genera increased. …”
  6. 13286
  7. 13287
  8. 13288
  9. 13289
  10. 13290
  11. 13291
  12. 13292

    Conceptual framework (Adapted from Abidin, 1995). by Rachel Brathwaite (767994)

    Published 2023
    “…Contrastingly, for every one unit increase in family cohesion scores, PSI-SF decreased by 0.54 (95% CI = -0.84, -0.23). …”
  13. 13293

    Study dataset. by Rachel Brathwaite (767994)

    Published 2023
    “…Contrastingly, for every one unit increase in family cohesion scores, PSI-SF decreased by 0.54 (95% CI = -0.84, -0.23). …”
  14. 13294

    Test equipment. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  15. 13295

    Basic physical properties of soil samples. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  16. 13296

    Moisture content change curve. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  17. 13297

    Soil sample preparation process. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  18. 13298

    Freezing of soil samples. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  19. 13299

    Local schematic diagram of freezing device. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”
  20. 13300

    Temperature curve of sample D1. by Haotian Guo (6620120)

    Published 2025
    “…The cooling rate significantly affected the frost heave ratio: under closed conditions, the ratio decreased, whereas under open water supply conditions, the vertical frost heave displacement increased with higher cooling rates.Moisture migration within the specimen was notably different under the two replenishment conditions. …”