Showing 1,881 - 1,900 results of 100,985 for search '(( i ae decrease ) OR ( 5 ((((fold decrease) OR (point decrease))) OR (a decrease)) ))', query time: 1.56s Refine Results
  1. 1881
  2. 1882

    Decreased activity of FASII favors the cold growth of the <i>ΔcshA</i> strain. by Vanessa Khemici (814639)

    Published 2020
    “…<i>fapR</i> mRNA levels were quantified by RT-qPCR using 16S rRNA as reference gene on total RNAs extracted from <i>wt</i> strain (PR01), <i>ΔcshA</i> strain (PR01-ΔcshA), and suppressor strains <i>ΔcshA/accC</i><sup><i>M385V</i></sup> (C51), <i>ΔcshA/accC</i><sup><i>T183I</i></sup> (sup30), <i>ΔcshA/accD</i><sup><i>F253V</i></sup> (sup17), <i>ΔcshA/accD</i><sup><i>A164V</i></sup> (sup16), <i>ΔcshA/birA</i><sup><i>D320F-FsX28</i></sup> (C58), <i>ΔcshA/birA</i><sup><i>R280stop</i></sup> (sup1) and <i>ΔcshA/bioY</i><sup><i>P123R-FsX1</i></sup> (C66), all at exponential growth phase in MH medium at 25°C. n = 5 for <i>ΔcshA</i>, <i>4 for wt</i> and 3 for all others. …”
  3. 1883
  4. 1884

    Predicted targets of miR-337-3p decrease in mRNA expression on over-expression of miR-337-3p. by Liqin Du (158175)

    Published 2012
    “…(E) Proportional Venn diagram showing the relationship among the genes that decrease ≥2 fold in expression and contain one or more of the five 7-mers corresponding to the mature miR-337-3p sequences.…”
  5. 1885
  6. 1886
  7. 1887
  8. 1888
  9. 1889
  10. 1890
  11. 1891
  12. 1892
  13. 1893
  14. 1894
  15. 1895
  16. 1896
  17. 1897
  18. 1898
  19. 1899

    Temperature-Responsive Peptide–Nucleotide Coacervates by Tiemei Lu (4244926)

    Published 2021
    “…Both the enthalpic and entropic parts of this nonelectrostatic interaction decrease in the order G/A/U/C/T, in accordance with nucleobase stacking free energies. …”
  20. 1900

    Temperature-Responsive Peptide–Nucleotide Coacervates by Tiemei Lu (4244926)

    Published 2021
    “…Both the enthalpic and entropic parts of this nonelectrostatic interaction decrease in the order G/A/U/C/T, in accordance with nucleobase stacking free energies. …”