Sentence examples for peripheral risk from inspiring English sources

That some peripheral risk might be involved was a given.

It can also be used for market intelligence, or for looking at peripheral risk, or other monitoring opportunities within a particular domain.

Among the public health workforce, recent applications of this "Risk = Hazard+Outrage" model have uncovered a variety of potential peripheral risk perception influences on health department workers' response willingness apart from the actual hazard [16].

Such findings have also underscored that response willingness is scenario-specific [1], [2] and influenced by a variety of peripheral risk perception factors apart from the actual hazard [3], [4].

The "non-EPPM" constructs in the online JH∼PHIRST survey were derived from our original paper-based Maryland 2005 pilot study [8], which itself was based on validated risk communication theory [15], [21] in the context of an identified set of potential peripheral risk perception influences from emergency preparedness training experiences in local health departments [16].

This survey was based on validated risk communication theory [ 18, 19] in the context of an identified group of likely peripheral risk perception modifiers taken from public health emergency preparedness training experiences [ 20].

Presence of active bleeding (type, potential severity), Mechanism of thrombocytopenia (central or peripheral), Etiology, Risk of thrombosis, Risk of hemorrhage (platelet disorders, invasive procedures or surgery), and.

The decision to treat thrombocytopenia should be based on the PC but also on the: Presence of active bleeding (type, potential severity), Mechanism of thrombocytopenia (central or peripheral), Etiology, Risk of thrombosis, Risk of hemorrhage (platelet disorders, invasive procedures or surgery), and Associated treatments (strong agreement).

Myelodysplastic syndromes (MDS) are characterized by ineffective erythropoiesis with dysplastic bone marrow leading to peripheral cytopenia, risk of infection, and progression to acute myelogenous leukemia.

UCTD patients were characterized, however, by having reduced response to both acethylcholine and sodium nitroprusside in the forearm microcirculation, indirectly indicating that reduced endothelium-dependent vasodilation, a peripheral microvascular risk factor, signifies UCTD [ 47].

Combined with findings in bortezomib, which have suggested that peripheral neuropathy risk may be associated with higher Cmax values [ 15], longer carfilzomib infusion times have been examined in the clinic under the hypothesis that this would allow for the administration of higher doses of carfilzomib with reduced toxicity compared with shorter infusion times.