Sentence examples for cellular phase from inspiring English sources

On the cellular phase images after HBCM and SPIO administration, the enhancement is usually decreased due to cell necrosis.

In the cellular phase after HBCM, a decreased and heterogeneous enhancement relates to the presence of hepatocyte necrosis intermixed with fibrous bands.

In this chapter, essential aspects of cutaneous wound repair/scar formation, including the early response and the cellular phase, will be covered.

Osteoinductive materials provide a biological stimulus for induction, recruitment, stimulation and differentiation of primitive, undifferentiated and pluripotent stromal cells into osteoblast or preosteoblasts, which are the initial cellular phase of a bone-forming lineage.

Some studies have proposed DIP as the cellular phase of UIP because of some similarities in histopathological features, but this idea was not sustained by Carrington et al. because of the poor prognosis for UIP and the absence of response to corticosteroid therapy in comparison with DIP [52].

Here, two dimensional Hilbert transform based phase retrieval method is adopted in cellular phase imaging, it not only reserves more sample specifics compared to classical fast Fourier transform based method, but also overcomes disadvantages of traditional algorithm according to Hilbert transform which is a one dimensional processing causing phase ambiguities.

They are not seen on the plain non-contrast-enhanced images, delayed equilibrium and cellular phases after HBCM and reticuloendothelial system contrast media (RECM), allowing the differentiation with small HCC.

Validity of the formulas is demonstrated with reference to a concrete example describing molecular diffusion through the stratum corneum (barrier) layer of skin, comprising lipid (intercellular) and corneocyte (cellular) phases.

Another possibility is that it is extremely rare, being detectable only in specific tissues and/or cellular phases.

If this ratio is higher than 5−10, the transport is able to maintain the actual concentrations of chemicals in individual cellular phases permanently near the lipo-hydrophilic equilibrium.

Provided that the rates of the two processes differ sufficiently, transport can maintain the actual concentrations in individual cellular phases permanently near the lipo-hydrophilic equilibrium.