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8. . // .
. 2001. . 41. . 3-38.
9. . -
. ., 1967. 116 .
10. . -
. .: , 1977. 208 .
11. Vassilyev A.E. Quantitative ultrastructural data of secretory epithelial cells in Rhus toxicodendron // Int. J. Plant Sci. 2000. V. 161, 4. P. 615-630.
12. ., . -
//
II . -
. ., 2002. C. 338-339.
13.Bakeeva L.E., Kirnos M.D., Aleksandrushkina N.I., . . Subcellular reorganization of mitochondria producing heavy DNA in aging wheat coleoptiles // FEBS Letters. 1999. V. 457.
P. 122-125.
14.Bishimbayeva N. K. A role for apoptosis and polysac- charides secretion in the long-term somatic embryogenesis of cereals. Proceedings of International Symposium “Biotech- nology approaches for exploitation and preservation of plant resources” 26-31 May 2002, Yalta, Ukraine. Bull. of State Nikit.
Bot. Gard. 2002. 86. P. 47-52.
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Summary
By the use of electron microscopy it was proved that degrading cells have the all known ultrastructural signs of programmed cell death (PCD): strong vacuolization, increase of n ucleus size, margination of n uclear material, plastids invaginations, presence of mitochondria up to the last stages of cells degradation and appearance of vesicles similar with apoptotic bodies. It was shown for the first time that release of nuclear material into the cytoplasm, absence of plasmodesmata an d allocation of su bstances into the periplazmatic and extracellular space are the specific characteristics of embryogenic calli cells with signs of PCD.
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ductus thoracicus // . . 1968.
. 54, 3. . 64-68.
4. Falck B., Axelsson S., Bjorklund A., Lind vall O., Svensson Z. Glyoxylic acid condensation: a new fluorescence method for the histochemical demonstration of biogenic monoamines // Acta physiol. Scand. 1973. V. 87. H. 57-62.
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Summary
With the assistance of histochemical fluorescent – mic- roscopic method the investigation of the adrenergic innervation in the wall of the cardinal lymphatic vessel of the lower vertebrates took place. No adrenergic innervathion has been revealed in the wall of the cardinal lymphatic vessel of fish (Cyprinus carpio). The representatives of the Reptile class (Lizards, snakes) show the individual-type peculiarities in the formation of the adrenergic neuro-muscular network.
2.03.07 .
