The blood coagulation system is a tightly regulated balance of procoagulant and anticoagulant factors, disruption of which can cause clinical complications.
The report attributes the return of polio to Syria after 14 years to the following factors: Disruption of routine immunization, severe damage to Syria's health infrastructure, continuous population displacement within Syria and across its borders and missing out on children.
Mr. Ishihara's forecasts, he said, needed to be adjusted for load factors, disruptions to sea lanes and fishing zones, as well as possible "not in my backyard" protests by fishermen and other local residents.
Due to a variety of factors, disruptions do not only occur internally but also externally.
One factor relates to physical characteristics (frequency, duration, location, and loudness), the second factor relates to emotional characteristics (amount and degree of negative content and of distress), and the third factor is a cognitive interpretation factor (disruption, belief about origin, and attribution of control).
We investigated the consequences of expressing a cardiac-specific transgene encoding locally acting IGF1 propeptide (muscle-produced IGF1; mIGF1) on disease progression in a mouse model of DCM [cardiac-specific and inducible serum response factor (SRF) gene disruption] that mimics some forms of human DCM.
These factors include: disruption to education and career trajectory; family stress or breakdown; loss of friendships; depression; stigma; disruption of personality development; fear of relapse; substance misuse; homelessness; and post-traumatic stress disorder [ 12].
In deciding whether or not to accept a request, employers should consider a number of factors including disruption to the business; impact on work; health and safety implications; and how it impacts on other employees and customers.
Studies have shown that mitochondrial viscosity changes are influenced by many factors, including disruption of ionic balance by drugs, over-production of reactive oxygen species, and cell apoptosis.
Nucleotide release in GTPases is typically regulated by guanine nucleotide exchange factors by disruption of Mg2+ coordination, perhaps by displacement of Mg2+ from the active site [29] [31].
Once altered, these factors cause disruption of mitochondria distribution along the axons leading to slower or loss axonal transport, thus, preventing neuronal communication.
