The phrase "trigger disease" is grammatically correct and usable in written English.
It is typically used to refer to a factor or condition that causes a disease to develop or worsen. Here is an example of this phrase being used in a sentence: "Certain environmental toxins can act as a trigger for neurological diseases such as Parkinson's or Alzheimer's."
It attempts to achieve pathology prevention by avoiding factors that trigger disease or using therapy that modules the destructive process before the onset of clinical symptoms [13, 14].
Animal models of BPD using MV-O2 to trigger disease development lead to defective vasculature and alveolar structure accompanied by decreased VEGFA/VEGF-R2 signaling [28, 29].
"If you're predisposed and your microbial community by chance enters a high-risk state, those factors could combine to trigger disease".
Animal sentinels have been proposed as practical substitutes for resource-intensive surveillance systems to detect and provide early warning of the presence of pathogens, changes in the prevalence or incidence of disease/pathogens over time and to trigger disease response and control efforts (Rabinowitz et al. 2009; McCluskey 2003).
The human immune system normally produces antibodies in response to foreign proteins, such those of pathogens, and ignores the body's own cells proteins to avoid to trigger disease.
Thus the rare variants collectively would create a risk for FMS but would require a further event such as an environmental factor to trigger disease.
Those genes must also be switched on at the right times; if they're not, that can trigger diseases from cancer to diabetes.
Identification of the underlying cause may trigger disease-specific treatment, with significant prognostic implications.
However, we ruled out important roles, individual or cooperative, for the LEE-encoded Map, EspF, Tir effectors as well as the Intimin membrane protein (Fig. 3) that function together in various combinations to trigger disease-related changes in cell physiology (Dean and Kenny, 2004; Dean et al., 2006).
ROS play important roles in diverse physiological signaling processes but also trigger diseases.
Infiltration of CagA somehow triggers disease, but the process is fuzzy.
