In the 2000 01 season, Kartik started in fine form as he set out to maintain a Test position.
In the present study, which included tests of both motor and sensory adaptation, an examination of motor after-effects was not carried out in order to maintain a shorter testing time that would be tolerated by the child subjects.
The cell accommodating the test fluid was sealed, included a condenser, and was surrounded by a constant-temperature water bath to maintain a constant test fluid temperature by minimizing heat losses to the ambient.
The experimental setups were conditioned in environmental chambers to maintain a constant test temperature of 20 ± 0.5 °C and specific RH levels to establish the RH differentials between the air above and below the asphalt mixture specimen.
The experimenter maintained a casual relationship with the subjects, i.e., engaging in conversation, in order to maintain a quasi-natural testing condition.
In order to maintain a standard quality test, in the volunteers who showed myogenic interference, we suggested change positions and when necessary the examination was repeated.
Finally, we note that for the N s experiments, a separate test set of 10 subjects was used to maintain a consistant number of test subjects as N s was varied (it would not be fair to compare N s = 1 with N s = 8 by evaluating on 10 − N s = 9 and 2 test subjects, respectively).
The Bonferroni correction for multiple tests calculates the p-value that should be used for individual tests in order to maintain a desired EER assuming independent tests.
To evaluate whether early larval medaka have the ability to maintain a coordinated distance, we tested larval medaka 5 days, 7 days, and 10 days after hatching.
The stock solutions were cup-sonicated at ∼90 W for 15 min to maintain a better dispersion before tests, and were immediately diluted in the corresponding media (M9, SD or F12) for the following test.
