Our method thus confirms anticipated biological phenomena: tumors with 10 times more cells have 10 times more antigen, there is equal cellular antigenicity between clonal tumors, and there is significantly less antigen per cell in lymph nodes vs tumors.
The reason behind this is that by reducing its transmission rate, a node demands more cell resources (channel occupancy time) in order to transmit the same amount of data.
Antigen-specific Atg7 −/− CD8+ T cells also underwent more cell death at the time of memory formation, display compromised mitochondrial health, and increased expression of the glucose receptor GLUT1, a marker for glycolysis.
The results indicated that MTX-loaded NPs showed 1.3 times more cell internalization than MTX free NPs.
The PS 1 17.1A conjugate caused almost five times more cell growth inhibition than the free photosensitiser.
Thus, NT10 (30 nm in diameter) with high hydrophilicity induced more cell attachment at an early time than Ti because of greater protein adhesion.
In order to image polarity establishment, we used a hydroxyurea arrest/release synchrony protocol that allows us to catch more cells at the time of polarization and also protects cells from phototoxic stress during imaging (Howell et al., 2012).
Because elephants have 100 times more cells than humans, they should be 100 times more likely to have a cell slip into a cancerous state over a long life-span of 50 to 70 years.
Moreover, at this time point there were two to three times more cells in the lungs of the As-exposed mice compared with controls, suggesting that cytokine and chemokine production may still be decreased on a per cell basis.
At this time more cells undergo spontaneous cell death which was further compounded by the toxicity of the transfection reagent (lipofectamine).
