Finally, new biochemical and physiological
techniques will allow even more powerful genetic
identification, contaminant testing, nutritional assessment
and health status examinations on living
cetaceans or on cell cultures (De Guise et al.,
1996; Matthews et al., 1988). However, from the
days of simple anatomical descriptions of the
great whales to modern techniques of molecular
medicine and electronics, the goal has always
remained the same: to describe how these mammals
make their life in the sea and to quantify the
impressive adaptations that allow them to do so.
The study of polar physiology has been a major
component of these studies and hopefully will
continue to be so.
Finally, new biochemical and physiologicaltechniques will allow even more powerful geneticidentification, contaminant testing, nutritional assessmentand health status examinations on livingcetaceans or on cell cultures (De Guise et al.,1996; Matthews et al., 1988). However, from thedays of simple anatomical descriptions of thegreat whales to modern techniques of molecularmedicine and electronics, the goal has alwaysremained the same: to describe how these mammalsmake their life in the sea and to quantify theimpressive adaptations that allow them to do so.The study of polar physiology has been a majorcomponent of these studies and hopefully willcontinue to be so.
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