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. 2008 Dec 29;13(3):454–471. doi: 10.1111/j.1582-4934.2008.00639.x

2.

Changes in blood level of CEC in patients with cardiovascular and other diseases

Disease/condition CEC changes and phenotypes Methods Main finding(s) Reference
Anatomic origin Activation Apoptosis
Coronary angioplasty IMS CEC elevation indicative of traumatic vessel wall injury [12]
Acute coronary syndromes CD36 ICAM-1, TF+ 10% IMS CEC elevation indicative of injury [26]
IMS CEC elevation earlier and independent of troponin 1 [27]
IMS CEC level correlated with vWF, IL6 are predictive of MACE [28]
Heart failure IMS CEC correlated inversely with FMD and positively with vWF and sTF [29]
Diabetes mellitus IMS CEC levels independent of plasma glucose level and HbA1c [30]
Thrombotic microangiopathy CD36 IMS CEC level correlated with prognosis [31]
Stroke IMS CEC level correlated with sE-selectin and vWF [32]
Pulmonary hypertension CD36 E sel IMS CEC correlated with SBP and DBP [33]
Sickle cell anaemia CD36 ICAM-1, E sel, VCAM-1,TF+, 80% IMS Elevated CEC correlated with crisis [34]
Haemodialysis IMS CEC are predictive of cardiovascular events [35]
Kidney transplantation ↑↓ IMS CEC are indicative of vascular rejection [36]
IMS CEC decrease 1-year post-transplant and correlated with IS treatment [37]
HSC transplantation IMS CEC correlated with intensity of conditioning treatment [38]
Systemic sclerosis ICAM-1, E sel FCM Total and activated CEC correlated with disease activity score and the severity of pulmonary hypertension [39]
Vasculitis TF+ IMS CEC correlated with disease severity and with IS treatment [40]
Systemic lupus Nitrotyrosine 100% FCM CEC level inversely correlated with FMD and positively with vWF and sTF [41]
FCM CEC correlated with disease severity; plasma c3a [42]