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point decrease » point increase (Expand Search)
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a decrease » _ decrease (Expand Search), _ decreased (Expand Search), _ decreases (Expand Search)
point decrease » point increase (Expand Search)
fold decrease » fold increase (Expand Search), fold increased (Expand Search)
a decrease » _ decrease (Expand Search), _ decreased (Expand Search), _ decreases (Expand Search)
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24041
Concrete mix proportion.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24042
Clear pictures in the paper.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24043
Prefabricated fractured granite-concrete model.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24044
PFC simulation mesoscopic parameters.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24045
Principle of energy calculation.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24046
Parameters PFC simulation microscopic.
Published 2025“…The elastic energy consumption ratio increases with the shaft deformation, first rapidly and steeply decreasing to the steady inflection point, then slowly increasing to the rapid and steep increase, showing a “fishhook” shape. …”
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24047
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24048
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24049
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24050
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24051
Genes encoding kinases in the InsP biosynthesis pathway are required for wild-type filamentous growth.
Published 2018“…Wild-type pseudohyphal growth is indicated with a “+” (pixel intensity ratio between 0.5 and 0.7), and decreased invasive growth is indicated with a “-” (pixel intensity of washed spot relative to pre-washed spot less than 0.5). …”
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24052
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24053
K-means grouping of gene expression fold changes during adaptation of N202 cells to brain tissue.
Published 2014“…<p>Genes were grouped according to expression profiles over time using k-means and assuming 25 groups (i.e. N = 25). The central black line in each frame represents no change, i.e. 1-fold changes, and the gray lines represent 4-fold increases or decreases, relative to the parental cell line. …”
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24054
Inhibition of <i>in vitro</i> and <i>in vivo</i> inflammatory responses in rats by p30A peptide.
Published 2013“…Shown are means of cumulative score/rat±s.d. from 5 (HC) or 8 rats (other conditions). …”
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24055
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24056
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24057
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24058
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24059
STOX1A induces changes in several major cell cycle regulatory genes.
Published 2013“…<p>(A) The effect of stable STOX1A overexpression in the SH-SY5Y neuroblastoma cell line on four major mammalian cell cycle regulatory genes was determined with quantitative RT-PCR showing a mean 1,4 fold (mean ΔΔCt is −0,49) and mean 1,72 fold (mean ΔΔCt is −0,78) increased mRNA expression for CCNA2 and CCNB1, respectively, and a mean 1,22 fold (mean ΔΔCt is −0,29) decreased mRNA expression for CCNC in STOX1A stably transfected cell compared to their negative controls. …”
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24060