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Showing 101 - 120 results of 13,436 for search '(( via ((((fold decrease) OR (teer decrease))) OR (larger decrease)) ) OR ( a large decrease ))', query time: 0.77s Refine Results
  1. 101
    Decreased presence of tubulin-GFP at axonal MTs in a pulse chase experiment suggests changes in MT replenishment with age.

    Decreased presence of tubulin-GFP at axonal MTs in a pulse chase experiment suggests changes in MT replenishment with age. by Pilar Okenve-Ramos (18150546)

    Published 2024
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  2. 102
    19606 decreases the luminal pH of the ACV during infection.

    19606 decreases the luminal pH of the ACV during infection. by Jesus S. Distel (11250759)

    Published 2023
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  3. 103
    MST1 upregulates CD36 expression via PPARγ.

    MST1 upregulates CD36 expression via PPARγ. by Jianyang Li (461703)

    Published 2024
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  4. 104
    Excreted products from adult STAT6 KO -adapted worms have decreased immunogenicity.

    Excreted products from adult STAT6 KO -adapted worms have decreased immunogenicity. by Annabel A. Ferguson (17616286)

    Published 2023
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  5. 105
    Expression of NFATc1 is decreased in <i>Tcirg1</i>-knockdown osteoclasts.

    Expression of NFATc1 is decreased in <i>Tcirg1</i>-knockdown osteoclasts. by Dongyan Zhang (640677)

    Published 2020
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  6. 106
    Restoring large-scale brain networks in PTSD and related disorders: a proposal for neuroscientifically-informed treatment interventions

    Restoring large-scale brain networks in PTSD and related disorders: a proposal for neuroscientifically-informed treatment interventions by Ruth A. Lanius (3121746)

    Published 2023
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  7. 107
    Average time-to-next-treatment (TTNT) analysis measured in days of large cell transformation (LCT) versus non-large cell transformation (NLCT) groups.

    Average time-to-next-treatment (TTNT) analysis measured in days of large cell transformation (LCT) versus non-large cell transformation (NLCT) groups. by Neil K. Jairath (13237338)

    Published 2022
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  8. 108
    Image 1_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf

    Image 1_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  9. 109
    Table 1_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.docx

    Table 1_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.docx by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  10. 110
    Image 5_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf

    Image 5_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  11. 111
    Image 4_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf

    Image 4_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  12. 112
    Image 2_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf

    Image 2_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  13. 113
    Image 3_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf

    Image 3_Using sodium glycodeoxycholate to develop a temporary infant-like gut barrier model, in vitro.pdf by Francesca Bietto (21511316)

    Published 2025
    “…Additionally, GDC decreased cAMP, suggesting its mechanism of action was via activation of a G-protein coupled receptor. …”
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  14. 114
    Both cis- and trans-cycles decrease in number upon treatment with auxin.

    Both cis- and trans-cycles decrease in number upon treatment with auxin. by Manu Aggarwal (15990691)

    Published 2023
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  15. 115
    Lens profiles as Ez (orange lines) force was increased and Az and Pz (green lines) forces were decreased.

    Lens profiles as Ez (orange lines) force was increased and Az and Pz (green lines) forces were decreased. by Ronald A. Schachar (16674576)

    Published 2025
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  16. 116
    Kinetics of growth of the Δ<i>corA</i>Δ<i>mgtA</i> small and large colony variants.

    Kinetics of growth of the Δ<i>corA</i>Δ<i>mgtA</i> small and large colony variants. by Selma Metaane (12329248)

    Published 2023
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  17. 117
    Deletion of RecF or RecO decreases the filamentation of <i>ΔrarA ΔruvB</i> cells.

    Deletion of RecF or RecO decreases the filamentation of <i>ΔrarA ΔruvB</i> cells. by Kanika Jain (2884439)

    Published 2021
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  18. 118
    <i>F</i>. <i>oxysporum</i> f. sp. <i>albedinis</i> genome code for a large repertoire of secreted proteins.

    <i>F</i>. <i>oxysporum</i> f. sp. <i>albedinis</i> genome code for a large repertoire of secreted proteins. by Maryam Rafiqi (12647200)

    Published 2022
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  19. 119
    Mononucleation of the intestine causes an X chromosome specific decrease in expression levels.

    Mononucleation of the intestine causes an X chromosome specific decrease in expression levels. by Lotte M. van Rijnberk (3716362)

    Published 2022
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  20. 120
    Perturbation of binucleation decreases yolk protein expression and lipid transport to the germline.

    Perturbation of binucleation decreases yolk protein expression and lipid transport to the germline. by Lotte M. van Rijnberk (3716362)

    Published 2022
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