Description
Biology and Chemistry of Eucaryotic Cell Surfaces contains the proceedings of the Miami Winter Symposia, held on January 14- 15, 1974 and organized by the Department of Biochemistry, University of Miami School of Medicine, in Miami, Florida.
Organized into 27 chapters, separating the manuscripts presented at the symposium, this book presents the stochastic studies on cell surface stickiness and the adhesion and aggregation of blood platelets. This text also explains the cell-contact and transformation-induced changes in the dynamic organization of normal and neoplastic cell plasma membranes and their role in lectin-mediated toxicity toward tumor cells. It also looks into the chemical components of surface membranes related to biological properties, carbohydrate antigens of cell surfaces, and molecular orientation of erythrocyte membrane glycoproteins. Some other chapters discuss the cell envelope glycoprotein biosynthesis in fungi, cellular lectin receptors, and topographical alterations of the fat cell surface membrane elicited by concanavalin A. Immunochemical evidence for putrescine sites on the membrane of mammalian cells, as well as the fractionation and biosynthesis of membrane components in erythroid cells, are also described.
Chapter
CHAPTER 2. STOCHASTIC STUDIES ON CELL SURFACE STICKINESS
pp.：
36 – 64
CHAPTER 3. RECEPTORS FOR INTERCELLULAR SIGNALS IN AGGREGATING CELLS OF THE SLIME MOLD, DICTYOSTELIUM DISCOIDEUM
pp.：
64 – 82
CHAPTER 4. THE ADHESION AND AGGREGATION OF BLOOD PLATELETS
pp.：
82 – 96
CHAPTER 5. BIOCHEMICAL PROPERTIES AND IMMUNOCHEMICAL-GENETIC RELATIONSHIPS OF ALLOANTIGENS OF THE MOUSE H-2 MAJOR HISTOCOMPATIBILITY COMPLEX
pp.：
96 – 118
CHAPTER 6. CELL-CONTACT AND TRANSFORMATION-INDUCED CHANGES IN THE DYNAMIC ORGANIZATION OF NORMAL AND NEOPLASTIC CELL PLASMA MEMBRANES AND THEIR ROLE IN LECTIN-MEDIATED TOXICITY TOWARD TUMOR CELLS
pp.：
118 – 140
CHAPTER 7. A COMPARATIVE STUDY OF SIALIC ACID INCORPORATION INTO ENDOGENOUS ACCEPTORS BY NORMAL AND POLYOMA VIRUS TRANSFORMED HAMSTER CELLS
pp.：
140 – 174
CHAPTER 8. POLYPRENOL SUGARS AND GLYCOPROTEIN SYNTHESIS
pp.：
174 – 196
CHAPTER 9. THE ROLE OF MANNOSYL PHOSPHORYL DIHYDROPOLYISOPRENOL IN THE SYNTHESIS OF MAMMALIAN GLYCOPROTEINS
pp.：
196 – 228
CHAPTER 10. CHEMICAL COMPONENTS OF SURFACE MEMBRANES RELATED TO BIOLOGICAL PROPERTIES
pp.：
228 – 256
CHAPTER 11. GLYCOPROTEINS AT THE CELL SURFACE OF SUBLINES OF THE TA3 TUMOR
pp.：
256 – 274
CHAPTER 12. CARBOHYDRATE ANTIGENS OF CELL SURFACES
pp.：
274 – 288
CHAPTER 13. MOLECULAR ORIENTATION OF ERYTHROCYTE MEMBRANE GLYCOPROTEINS
pp.：
288 – 306
CHAPTER 14. MEMBRANE GLYCOPROTEINS AS PLANT LECTIN RECEPTORS
pp.：
306 – 332
CHAPTER 15. COMPLEX CARBOHYDRATES AND INTERCELLULAR ADHESION
pp.：
332 – 370
CHAPTER 16. TRANSFER OF MANNOSE FROM DOLICHOL MONOPHOSPHATE MANNOSE TO YEAST GLYCOPROTEIN ACCEPTORS.
pp.：
370 – 371
CHAPTER 17. STRUCTURAL ANALYSIS OF PURIFIED SINDBIS VIRUS GLYCOPEPTIDES
pp.：
371 – 372
CHAPTER 18. STUDIES ON GLOBOSIDE BIOSYNTHESIS IN MOUSE ADRENAL TUMORCELLS
pp.：
372 – 373
CHAPTER 19. CELL ENVELOPE GLYCOPROTEIN BIOSYNTHESIS IN FUNGI
pp.：
373 – 374
CHAPTER 20. CELLULAR LECTIN RECEPTORS
pp.：
374 – 375
CHAPTER 21. TOPOGRAPHICAL ALTERATIONS OF THE FAT CELL SURFACEMEMBRANE ELICITED BY CONCANAVALIN A
pp.：
375 – 376
CHAPTER 22. IMMUNOCHEMICAL EVIDENCE FOR PUTRESCINE SITES ON THE MEMBRANE OF MAMMALIAN CELLS
pp.：
376 – 377
CHAPTER 23. ATTEMPTS OF PURIFICATION, SPECIFICITY AND INHIBITION OF THE LECTIN OF ERYTHRINA EDULIS.
pp.：
377 – 378
CHAPTER 24. CELL SURFACE TOPOLOGY AND QUANTITY OF GENETICALLY DEFINEDANTIGENS
pp.：
378 – 379
CHAPTER 25. THE FRACTIONATION AND BIOSYNTHESIS OF MEMBRANE COMPONENTS IN ERYTHROID CELLS
pp.：
379 – 380
CHAPTER 26. PYRUVATE INDUCED CELLULAR FLATTENING AND PSEUDOPODIA FORMATION BLOCKED BY CYTOCHALASIN B
pp.：
380 – 381
CHAPTER 27. POSSIBLE ROLE OF ALVEOLAR HYDROXYLATED GLYCOPEPTIDESIN STORAGE AND SECRETION
pp.：
381 – 382
Biology and Chemistry of Eukaryotic Cell Surfaces
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