By analyzing the results of these tests, optimum sample for cell culture was selected.
As a result of the tests, optimum pH value of chitinase enzyme partially purified from Bacillus subtilis TV-125A was determined as 4.0, as shown in Figure 3.
In the development of the LFD test, the optimum amount of rPPDK was 0.625 μg per dipstick and the optimum working concentration of colloidal gold conjugated anti-human IgG4 was optical density (OD) 5 (1.7 μg of anti-human IgG4).
Through the test, the optimum position of the diffuser tube and the structure of the backwashing device were determined.
The predicted optimal value of grain size, ultimate tensile strength and hardness was validated by conducting the confirmation test using optimum parameters.
Based on the test results, optimum mixes of FA, SF and GGBS/MK as partial replacement to the OPC as quaternary binder would be a better option compare to 100% controlled concrete.
The filling pressure, hot end temperature, reservoir volume and opening of orifice were changed to test the optimum load impedance for the maximum acoustic power by RC (Resistor and Capacitor) load method.
PSSC was used as a catalyst to test the optimum conditions, which was the mass ratio of 1 1(PSMIMHSO4/Cs2.5H0.5PW1 140).
The ANOVA results showed that most important parameters at 95%% confidence level and were validated with a confirmation test using optimum process factors.
AAV-GFP was also produced to initially test for optimum serotype and titre, as well as accuracy of intranuclear injections.
