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Cell morphology changes were examined by FESEM.
Morphological changes were examined immediately using phase-contrast inverted fluorescence microscope (40×) under UV lamp.
The phase formations and microstructural changes were examined by SEM and X-ray diffractometry (XRD).
Time-course changes were examined by serial sacrifices on post-exposure days 1, 7, 14, and 28 (phosgene only).
Fifty-five humenisciisci with intact capsules and no evidence of previous injury or degenerative changes were examined.
Phonetogram contour changes were examined, with the primary focus on expansion of frequency range and/or intensity control.
Furthermore, consideration of the organ reaction and grade of changes were examined by calculating organ index (OX) of each organ separately.
The effects of highly hydroxylated fullerene (HHF; C60(on)36) on adipogenesis-accompanying oxidative stress and inflammatory changes were examined using these three systems.
Physiological and pathological changes were examined using islets from various mouse models such as non-obese diabetic (NOD), ob/ob, db/db mice and during pregnancy.
A number of other variables in the system, eq oxide growth sweep-rate and cycling time, oxide reduction sweep-rate, and surface area changes were examined.
For each treatment site, accident changes were examined using after-before comparisons, accounting for changes that had occurred in the comparison-group sites and for a regression-to-the-mean.
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