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Exact(6)
Cells that adhered within this period were referred to as middle adherent cells (MAC).
Primary ASCs and UC-MSCs usually adhered within 24 48 hours after plating.
Liberated cell clusters from the vena cava, each containing 3 to 7 ECs, adhered within 24 h.
The majority of cells that adhered within one hour were firmly attached and cell spreading (formation of lamellipodia and filopodia) was readily detected (data not shown).
Most of the primary ASCs adhered within 24 hours after plating and demonstrated polygonal or round morphology, and the cells stretched out pseudopodia and displayed similar fibroblast-like or spindle-shaped morphology around 2 days.
Neutrophils in bMFA also preferentially adhered within 1 2 diameters from the nearest bifurcation, and the number of adhered neutrophils decreased with an increasing distance from the nearest bifurcation.
Similar(54)
Cells were allowed to adhere within the microwells for 15 minutes, after which the unbound cells on the non-adhesive background were removed by gentle pipetting.
The primary UC-MSCs began to adhere within 12 hours and formed scattered spindle morphology in 72 hours.
In Mice fed CD, a minimal number of leukocytes were found to adhere within terminal hepatic venules in the sham operated group.
In general, the adhesion of unstimulated cells, cells incubated in media alone, was markedly greater than we previously reported for GM1500 or M21 cancer cells [ 18, 19], with 20 to 40% of the total cells adhering within one hour.
To determine whether the initial contact of OT-I T cells resulted in arrest and firm adhesion to the inflamed microvasculature (Additional file 5: Movie 5), the number of OT-I T cells permanently adhering within microvessels at different time points (10 min, 30 min and 1 h) after T cell infusion for each tested condition was measured.
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