By Monique Dubois-Dalcq, Regina Armstrong, Bryn Watkins, Randall McKinnon (auth.), Gunnar Jeserich, Hans H. Althaus, Thomas V. Waehneldt (eds.)
Specialists within the box of mobile and molecular biology of myelination current their most modern effects. numerous thoughts have been used corresponding to tissue tradition, transplantation, transfection, immunocytochemistry and techniques to check the phylogenetic features of myelination in addition to molec- ular biology. referring to glial cells: hormones and moment messengers play a massive position within the rules of the phenotype and the expression of myelin parts on the transcriptional point; those findings also are a part of specific relevance for remyelination. relating myelin: compositional reviews published progressively more minor parts to be of an important significance for mobile adhesion techniques; from a phylogenetic standpoint vertebrate myelin has existed for four hundred million years with very important adjustments in its compositon. This ebook deals an excellent choice of the newest effects offered by means of the world over reknowned scientists.
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Extra resources for Cellular and Molecular Biology of Myelination
24 40 35 - 't:J 30 .!! 25 20 Q) 15 o 10 en 5 O~~~~--~--~--~~ o O~ 2 (X) 4 6 8 Days in Culture 10 12 Figure 3. Time course of appearance of 01 + (open circles) and R-mAb+ (closed circles) cells in mixed primary cultures initiated from 19-21 day fetal rat telencephalon and grow in in DME plus 10% fetal calf serum. Cells were doublestained at various time intervals with monoclonal antibodies 01 and RmAb. 45X1 0-3 cm 2. ) O~ O~ (GaICer) Figure 4. Proposed order of expression of antigens recognized by monoclonal antibodies 04, R-mAb and 01.
All three phenotypes followed the same developmental pattern found in cultured cells. Tf+ cells were first found in 3 days old brains, and their number increased with time, reaching a maximum at 9 days of age. Later the proportion of Tf+ cells decreased with time, reaching the plateau at 22 days of age and then remaining at that level (2-4 %) during adult life. The third phenotype Tf+ / MBP+ (TM) included a higher proportion of cells, when compared to cultured oligodendrocytes. This difference could be due to the presence of the blood-brain-barrier in vivo which provides an environment different from the in vitro model.
Greater than 90 percent of the cells positive for myelin basic protein in treated cultures were in aggregates. The specific activities of oligodendrocyte markers were unaffected in control cultures grown with non-specific myeloma IgM. Since there was no increase in the total number of 04-positive cells in treated cultures, the increases in the specific activities of the myelin protein markers appears to be due to an increase in the fraction of cells expressing these markers. Time course studies demonstrated that both the rate and extent of oligodendrocyte differentiation were enhanced in treated cultures.
Cellular and Molecular Biology of Myelination by Monique Dubois-Dalcq, Regina Armstrong, Bryn Watkins, Randall McKinnon (auth.), Gunnar Jeserich, Hans H. Althaus, Thomas V. Waehneldt (eds.)