GPI Membrane Anchors

Content: 
Front Matter, Page i
Copyright, Page ii
Contributors, Pages iii-v
Preface, Page vii, M Lucia Cardoso de Almeida
STRUCTURAL REQUIREMENTS OF A NASCENT PROTEIN FOR PROCESSING TO A PI-G ANCHORED FORM: STUDIES IN INTACT CELLS AND CELL-FREE SYSTEMS, Pages 1-21, Sidney Udenfriend, Radmila Micanovic, Krishna Kodukula
SIGNAL TRANSDUCTION BY GPI-ANCHORED MEMBRANE PROTEINS, Pages 22-28, Peter J Robinson
EMERGENCE OF THE LY-6 SUPERFAMILY OF GPI-ANCHORED MOLECULES, Pages 29-37, Alan F Williams
GLYCOSYLATED-PHOSPHATIDYLINOSITOLS AS VIRULENCE FACTORS IN LEISHMANIA, Pages 38-57, Malcolm J McConville
WHY DO SO MANY SURFACE PROTEINS OF TRYPANOSOMATIDS HAVE GPI-ANCHORS?, Pages 58-72, P. Webster, K. Joiner, N.W. Andrews
PROBING THE SIGNAL FOR GLYCOPHOSPHATIDYLINOSITOL ANCHOR ATTACHMENT USING DECAY ACCELERATING FACTOR AS A MODEL SYSTEM, Pages 73-84, Ingrid W Caras
INOSITOLGLYCANS AND CELLULAR SIGNALLING, Pages 85-110, Guillermo Romero
ELECTROSPRAY MASS SPECTROMETRY OF THE GLYCOSYLINOSITOL PHOSPHOLIPID OF THE SCRAPIE PRION PROTEIN, Pages 111-120, Neil Stahl, Michael A Baldwin, Stanley B Prusiner
BIOSYNTHESIS OF GLYCOPHOSPHOINOSITOL ANCHORS IN SACCHAROMYCES CEREVISIAE, Pages 121-131, Andreas Conzelmann, Christoph Fankhauser, Alessandro Puoti, Chantal Desponds
CHARACTERIZATION OF THE PLASMA GLYCOSYLPHOSPHATIDYLINOSITOL-SPECIFIC PHOSPHOLIPASE D (GPI-PLD), Pages 132-139, Christine N Metz, Sergio Schenkman, Michael A Davitz
EVOLUTIONARY ASPECTS OF GPI METABOLISM IN KINETOPLASTID PARASITES, Pages 140-154, Michael A J Ferguson, Wayne J Masterson, Steve W Homans, Malcolm J McConville
BIOSYNTHESIS OF GLYCOSYL-PHOSPHATIDYLINOSITOL, Pages 155-169, Anant K. Menon
POLARIZED SORTING OF GPI-LINKED PROTEINS IN EPITHELIA AND MEMBRANE MICRODOMAINS, Pages 170-196, M P Lisanti, E Rodríguez-Boulan
EVALUATION OF SOMATIC CELL VARIANTS DEFICIENT IN GLYCOSYLPHOSPHATIDYL-INOSITOL ANCHORING AS CANDIDATES FOR GENETIC CORRECTION, Pages 197-210, N. Fasel, N. Deglon, M. Rousseaux, C. Beghdadi-Rais, M Bernard, C. Bron
BIOCHEMICAL AND FUNCTIONAL CHARACTERIZATION OF A GLYCOLIPID ANCHORED CELL ADHESION MOLECULE IN DICTYOSTELIUM DISCOIDEUM, Pages 211-228, Aline M da Silva, Claudette Klein
THE MOLECULAR BIOLOGY OF GPI-ANCHORED BORDER HYDROLASES, Pages 229-245, A J Turner, Margaret dos Santos Medeiros, N M Hooper
THE BIOLOGY OF THE GLYCOSYLPHOSPHATIDYLINOSITOL-SPECIFIC PHOSPHOLIPASE C OF TRYPANOSOMA BRUCEI, Pages 246-259, Mark Carrington, Dawn Walters, Helena Webb
BACTERIAL PIPLCs-UNIQUE PROPERTIES AND USEFULNESS IN STUDIES ON GPI ANCHORS, Pages 260-275, H. Ikezawa
A CHEMICAL MODIFICATION THAT MAKES GLYCOINOSITOL PHOSPHOLIPIDS RESISTANT TO PHOSPHOLIPASE C CLEAVAGE: FATTY ACID ACYLATION OF INOSITOL, Pages 276-293, Terrone L Rosenberry
GLYCOSYLPHOSPHATIDYLINOSITOL ANCHORED RECOGNITION MOLECULES THAT FUNCTION IN AXONAL FASCICULATION, GROWTH AND GUIDANCE IN THE NERVOUS SYSTEM, Pages 294-309, F S Walsh, P Doherty