Gene expression analysis in human breast cancer associated blood vessels.

The present study used global gene expression profiles of peripheral blood which identified abundant genes that are involved in innate immunity and host defense (AIIG signature)

Previous studies demonstrated that the presence of neoplastic emboli in lymphatic (lymphatic vascular invasion [LVI]) or blood vessels (blood vascular invasion [BVI]) is considered

Plasma PGI2 concentrations were significantly increased in rabbits with AMPE, which may be due to the fact that blood vessels are mechanically blocked by

Conclusions: We have validated a gene expression signature for AS from whole blood and identified strong candidate genes that may play roles in both the inflammatory and

In summary, we have identified CSK a causative gene in the blood pressure GWAS locus 15q24 by selecting candidate genes using the eQTL analysis studies, by verifying the

By using again COMSOL Multyphysics 3.3 in the case of the flow which observes the nonlinear Newton equation with a viscosity given by a Cross type law, together with the

Microarray analysis of peripheral blood cells is a practical approach to study gene expression changes that may reflect not only genetic predisposition but also presence and activity

The blood gene expression profiles were investigated for possible interference of age, gender, body mass index (BMI), sample RNA quality, as well as the presence of varying