Sentence examples for release secretion of from inspiring English sources

Indeed, the comparative studies on HUVECs and HMEC-1 cells showed that they may markedly differ with respect to various features associated with their angiogenic potential, including the basal proliferative capacity, magnitude of the angiogenic factor release, secretion of VEGFR-1, and response to exogenous growth factors [ 32].

Contact between L-asparaginase and the host requires the release or secretion of the enzyme to the external environment.

Therefore, a quantitative assessment of TG2-dependent MP release and secretion of TG2 by MP was made using flow cytometry.

Moreover, we show a strong correlation between ATP release and secretion of mature IL-1 β after stimulation of primed human macrophages.

Obesity is a proinflammatory state resulting in increased release and secretion of proinflammatory cytokines and adipokines, free fatty acids, and estrogens from adipose tissue.

Whereas apoptosis does not activate the immune response, necrotic cell death contributes to inflammation and pathophysiological function through release or secretion of diverse molecules [ 16].

This suggests that bidirectional communication between the bone and tumor exists in this model where secretions from the tumor cells can regulate the release or secretion of paracrine factors from the bone tissue.

FFAR1 and GPR120 respond to long-chain and medium-chain fatty acids, and are thought to be Gq-coupled, activating phospholipase C and thereby triggering IP3 mediated Ca2+ release and secretion of peptides [ 21 ].

The first mechanism, the release or secretion of Cd accumulated in the kidney, is probably responsible for the parallel rise of U-Cd with the Cd renal burden described in industrial workers and experimental animals with a preserved renal function (Nordberg et al. 2007).

Another rationale for identification testis and epididymis-specific methylated promoters is the high contribution of releasing or secretion of these organs to cfsDNA concentration.

Adhesion of S. aureus to keratinocytes results in inflammatory cytokine release and stimulates secretion of several antimicrobial peptides, of which β-defensin 3 reaches levels sufficient to kill S. aureus [42], [43].