It has also been proven that, during haemodialysis, a peroxidation of cholesterol from the cell membranes of erythrocytes [ 4] and a decrease in the concentration of antioxidants in plasma [ 5] take place.
By using 'in situ' UV vis and Raman spectroscopies, it was proved that during the oxidation of the first cycle, polarons and bipolarons are formed consecutively, due to the loss of electrons from the nitrogen and sulfur, respectively.
It has been proved that replanning during IMRT is essential, especially for patients receiving CRT.
From the results it has been proved that the voltage drop during a migration test is not linear and changes during the test.
It has been proved that anion sorption/desorption occur during the redox transformation of the polymer, while cations play no role.
It was proven that during interaction of BSA protein with the plasma-treated polyethylene and poly-l-lactic acid, BSA protein is grafted on their surfaces.
With the aid of the model it was proven that, during anodization, oxide dissolution at the depth of pores is essentially a field-assisted process; while pore wall oxide dissolution is a first-order reaction, thermally activated, with an activation energy of 78.6 kJ/mol; electrolyte concentration inside the pores increases linearly with true current density (C = C0 + ait).
The regulation of cellulase and hemicellulase production in Trichoderma has been studied in detail, and it has been proven that different degradation products formed during the hydrolysis of lignocellulose can induce the genes encoding for the different cellulases and hemicellulases [ 16].
It has been proven that more severe conditions are required during steam pretreatment to improve the digestibility of cellulose, but this will also cause greater degradation of the hemicellulose sugars [ 15- 17].
