In order to quantify the imbalance in levels of factor H and factor D across different diagnostic categories, log-ratios between the concentration of factor H over the concentration of factor D were computed.
The contrasting dose of sex chromosomes in males and females potentially introduces a large-scale imbalance in levels of gene expression between sexes, and between sex chromosomes and autosomes.
It causes oxidative stress by generation of intracellular ROS which induce lipid peroxidation that leads to imbalance in level of antioxidants.
In keeping with these actions, imbalances in the levels of TXA2 or of its synthase or receptor (TP) have been implicated in a number of vascular diseases including thrombosis, unstable angina, bronchial asthma, hypertension and glomerulonephritis [3 5,12,13].
This etiology is supported by evidence that drugs that restore chemical imbalances in the levels of neurotransmitters in the brain effectively mitigate symptoms of depression.
Our data show an important correlation between imbalances in the levels of factor H and factor D and increased dengue severity.
One of the vignettes argues that depression should be considered as a disease in view of its association with an imbalance in the levels of neurotransmitters in the brain.
Laboratory findings in adults include an increase in levels of nitric oxide, CCRP, and urea, low bicarbonate level, electrolyte imbalance, and hypertension.
Unilateral 6OHDA striatal lesions result in an imbalance in the levels of DA between the two striatae.
A unilateral injection of 6OHDA into the striatum results in progressive loss of DA neurons in the ventral mesencephalon, and an imbalance in the levels of DA and its receptors between the two striatae [30].
