Handbook of Basic Microtechnique |
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Page 135
... pipette . The oven employed should contain the object itself in a small container of molten wax , as well as another container of the medium used . It must be emphasized that one cannot impregnate an object with one kind of wax and ...
... pipette . The oven employed should contain the object itself in a small container of molten wax , as well as another container of the medium used . It must be emphasized that one cannot impregnate an object with one kind of wax and ...
Page 187
... pipette to make sure that the ad- herence is perfect , and the whole should be left for a moment or two be- fore being shaken gently from side to side to make quite certain that the embryo is not sticking to the watch glass . If it is ...
... pipette to make sure that the ad- herence is perfect , and the whole should be left for a moment or two be- fore being shaken gently from side to side to make quite certain that the embryo is not sticking to the watch glass . If it is ...
Page 193
... pipette , some 0.8 per cent sodium chloride , and some coplin jars of distilled water . Enough fixative is poured ... pipette . This pipette is used to smear a relatively thick layer of the material on the center of one of the clean ...
... pipette , some 0.8 per cent sodium chloride , and some coplin jars of distilled water . Enough fixative is poured ... pipette . This pipette is used to smear a relatively thick layer of the material on the center of one of the clean ...
Contents
Principles of Microscopy | 3 |
The Use of the Microscope | 21 |
Photomicrography | 40 |
Copyright | |
16 other sections not shown
Common terms and phrases
70 per cent absolute alcohol acid agent angle appear balsam become better block blue cause cell cent alcohol Chapter clean clear color completely containing coverslip cytoplasm dehydrating described desired differentiation distilled water dried drop edge embedding embryo employed examined example field filter fixative fluid given glass hand hardened hematoxylin iris knife lamp least leave lens less light manner material medium method microscope microtome mixture mounted natural necessary nuclei object obtained ocular operation paraffin passed permit placed possible prefer preparation preserved produce recommended relatively remain removed ribbon Rinse running sections seen selected shown in Fig shows side slide smear solution specimen stage stain staining solution substage sufficiently surface taken technique temperature thick tion tissues transferred tube usually washed whole wholemounts xylene