Sentence examples for passive secretion from inspiring English sources

Inflammatory Cytokines Necrotic cells can also elicit an inflammatory response by active or passive secretion of inflammatory cytokines, that is, IL-1 α e IL-6.

Necrotic cells can also elicit an inflammatory response by active or passive secretion of inflammatory cytokines, that is, IL-1 α e IL-6.

However, if the analyte is excreted predominantly through passive secretion in the kidney, the analyte secretion will vary with urine flow rate and creatinine adjustment would not correct for urine concentration/dilution.

Mechanistic studies revealed that loss of Chop protected tubular cells from UUO-induced apoptosis and secondary necrosis along with attenuated Hmgb1 passive release and active secretion.

Also, both active secretion and passive release are possible routes for biomolecules to enter the circulation, e.g., via apoptotic or necrotic tumor or tumor-infiltrating cells [ 40, 149].

In addition, HSP70 may be released from tumor cells involving involves both active secretion and passive release from necrotic cells [ 64].

Green et al. [ 9, 16], studying rabbit's ciliary epithelium in vitro, observed that DA increases passive permeability and active secretion of aqueous humor.

Particularly, we investigated with focus for the impact of Chop deficiency on tubular apoptosis and secondary necrosis relevant to Hmgb1 passive release and active secretion.

The factors that determine the levels of extracellular miRNAs, e.g. in plasma, such as active secretion or passive release due to cell lysis as well as the functional roles of these plasma miRNAs are still under investigation.

A subset of DAMPs are "alarmins" [ 116], which are endogenous molecules constitutively expressed and stored within intracellular compartments and, upon exposure to extracellular spaces, through passive release or active secretion, can evoke recruitment and activation of leukocytes [ 117].

Thus, most biomarkers can primarily be found in malignant tissues, but after active secretion or passive release at tumour cell destruction also become detectable in body fluids like blood, lymph or urine.