The metabolism was assessed using the oxygen consumption (OC), and the behavior response was analyzed in behavior strength (BS).
This was assessed using the oxygen-induced retinopathy (OIR) mouse model for DR and ROP, revealing lower vaso-obliteration and tuft formation in the eyes treated with intra-vitreal VEGF Sticky-trap compared to VEGF-trap.
Oxidative stress, ER stress, apoptosis, cardiac function and ultrastructure were assessed using GSH/GSSG assay, reactive oxygen species (ROS), immunoblotting, caspase-3 activity, Langendorff perfused heart function (LVDP and ± dP/dt), and transmission electron microscopy.
The ability of α-TOS, VK3, and AA, and their combination to induce ROS formation has been assessed using the Clark's oxygen electrode.
Participants RMR was assessed using the fraction of oxygen in expired gases (Cosmed Fitmate, Italy), applying standard metabolic formulas, while energy expenditure was calculated using a fixed respiratory quotient (RQ) of 0.85 [ 22].
The electrocatalytic activity of oxygen reduction assessed using rotating ring disk electrode technique (hydrodynamic voltammetry) indicated the order of electrocatalytic activity to be: Pt Sn/C (as-prepared) > Pt Sn/C (250 °C) > Pt Sn/C (500 °C) > Pt Sn/C (600 °C) > Pt Sn/C (800 °C).
Compared to HMVECs, hECFCs (1) exhibited significantly greater proliferation in both ischemic conditions and ambient air; (2) demonstrated increased migration compared to HMVECs when exposed to chemotactic gradients in reduced oxygen; and (3) exhibited comparable or superior proangiogenic potential in reduced oxygen conditions when assessed using a vessel-forming assay.
The generation of reactive oxygen radicals was assessed using DHR.
Oxygen consumption was assessed using the Oxygraph-2 k high-resolution respirometer (Oroboros).
Those impacts, she explains, could be assessed using two approaches: by measuring dissolved oxygen (DO) in Gulf water samples and by testing for mortality among small marine invertebrates called rotifers when exposed to Gulf water.
