Image: Adobe Stock A blood-based protein, placental growth factor (PlGF), may regulate cerebrovascular permeability and has the potential to be utilized as a biomarker to detect Alzheimer’s ...

UCLA researchers have identified placental growth factor (PlGF) as a potential blood biomarker for early detection of cognitive impairment and dementia. High PlGF levels correlate with increased ...

The researchers studied possible associations involving several factors: plasma levels of PlGF, a highly sensitive research MRI measure of fluid accumulation in the brain called white matter free ...

Ideally, PlGF could be used to screen younger populations for whom currently available treatments and lifestyle modifications may prevent or reverse the deleterious effects of vascular injury ...

The researchers studied possible associations involving several factors: plasma levels of PlGF, a highly sensitive research MRI measure of fluid accumulation in the brain called white matter free ...

The researchers studied possible associations involving several factors: plasma levels of PlGF, a highly sensitive research MRI measure of fluid accumulation in the brain called white matter free ...

Gender differences define how the human brain ages, and telltale biomarkers in the blood may be strongly suggestive of ...

WMH and other structural changes are late markers of vascular brain injury. The researchers studied possible associations involving several factors: plasma levels of PlGF, a highly sensitive research ...

Higher levels of this protein -- placental growth factor (PlGF) – could be a warning sign for a possible decline in brain function, researchers reported Dec. 18 in the journal Alzheimer’s ...

Four variants from the fetal preeclampsia genome-wide association study were positively associated with sFLT1 and sFLT1:PlGF Z score at 36 wkGA, and FLT1 enhancer single-nucleotide polymorphisms were ...

VEGF-B and PlGF, and 2) a microRNA sequence that inhibits expression of VEGF-C. The data showed that R100 demonstrated significantly superior human retinal cell transduction compared to AAV2, and ...