Experiments in Cell Physiology |
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Lester Packer. Preview of Study Program An examination of cellular structure and function in living organisms as a whole reveals that the underlying principles governing cellular phenomena are frequently similar . Hence the artificial ...
Lester Packer. Preview of Study Program An examination of cellular structure and function in living organisms as a whole reveals that the underlying principles governing cellular phenomena are frequently similar . Hence the artificial ...
Page 130
... CELLULAR COMPONENT This technique for measuring growth finds the widest use today . It is based on the assumption that the rate of synthesis of certain cellular constituents is constant and hence that the increase in the cellular ...
... CELLULAR COMPONENT This technique for measuring growth finds the widest use today . It is based on the assumption that the rate of synthesis of certain cellular constituents is constant and hence that the increase in the cellular ...
Page
... cellular phenomena . CONTENTS : Preview of Study Program CELLULAR ORGANIZATION AND ENVIRONMENT : Cell Structure . Cellular Ultrastructure . Isolation and Identification of Subcellular Components . Physiological Buffer Systems ...
... cellular phenomena . CONTENTS : Preview of Study Program CELLULAR ORGANIZATION AND ENVIRONMENT : Cell Structure . Cellular Ultrastructure . Isolation and Identification of Subcellular Components . Physiological Buffer Systems ...
Contents
Contents Preface Preview of Study Program | 1 |
Cell Structure | 9 |
Cellular Ultrastructure | 20 |
Copyright | |
20 other sections not shown
Common terms and phrases
absorbancy absorption acid action active added allow amount animal applied buffer Calculate cause cell cellular centrifuge chamber changes charge chemical chromatography circuit column components compounds concentration constant containing counting density depends determine developed dilute effect electrical electron energy enzyme Equipment example experiment filter flow function given glass glucose grams growth increase ions light liter material measured mechanisms medium membrane method microscope minutes mitochondria mixture molecules muscle nerve OBJECTIVE observed obtained occur optical organic oxygen particles phase pipette placed plant plate plot position potential preparation present procedure production protein reaction reagent recorder REFERENCES respiration response sample separate side sodium solution specimen structure substances substrates surface suspension Table techniques temperature tion tissue transport tube voltage volume wavelength weight York