Sentence examples for contribute to collateral from inspiring English sources

"Concerns that foreign investors may be subject to herd behavior, and suffer from excessive optimism, have grown stronger; and even when flows are fundamentally sound, it is recognized that they may contribute to collateral damage, including bubbles and asset booms and busts," the fund's deputy director of research, Jonathan D. Ostry, wrote, along with five other authors.

Neutrophils are essential to combat infectious agents but contribute to collateral inflammatory damage.

Products of these cells (enzymes, profibrotic mediators including transforming growth factor-β) contribute to collateral lung tissue damage 4, 5. Persistent and unresolving airway inflammation cumulates in a variety of alterations to airway architecture.

If we are to intervene in Syria in defense of innocent civilians, we should do so regardless of how those atrocities were committed, and we must acknowledge that, in the process, we will certainly be contributing to "collateral damage" as well.

Bone marrow cell therapy contributes to collateral formation through the secretion of angiogenic factors by progenitor cells and muscle cells per se, thereby presenting a novel option for patients with critical limb ischemia.

My cynical nature and professional experience tell me that this well-intentioned but overly broad law will, in fact, contribute to many collateral consequences under the auspices of helping children.

Disturbance resulting in dysbiosis and loss of members of the commensal community may contribute to unforeseen collateral damage, such as blooms of E. coli within the intestinal microbiota.

Similarly, the elevated toxicity of most MDR-selective compounds described in section 3.1 was found to be restricted to a few cell lines overexpressing P-gp, suggesting that additional factors related to the selection of resistant clones contribute to the collateral sensitivity of the cells.

During inflammation, several DAMPs may be released by damaged host cells which can trigger the immune system to improve the clearance of infection or can contribute to inflammation-induced collateral tissue damage.

(Group G) These domains were particularly important for this group of Pakistani women and additionally contribute to the cross-cutting collateral benefits that we identified (detailed below).

VEGF has been shown to contribute to the development of collateral vessels [ 128] and is expressed in increased quantities in cardiac myocytes and arteriolar smooth muscle cells following MI in non-diabetic patients [ 129].