Table Of Content

AUTHOR INDEX A Birchmeier, W. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, and Birchmeier. Ackerman, S. J. See Weller, Ryeom, Picard, Ackerman, and Dvorak. Birkeiuneier, E. H. See Rubin, Roth, Birkenmeier, and Gordon. Adoutte, A. See Stelly, Mauger, Claret, and Adoutte. Bloom, G. S. See Ktistakis, Roth, and Bloom. Aebi, U. See Heitlinger, Peter, Haner, Lustig, Aebi, and Nigg. Blount, P., and Merlie, J. P. BIP associates with newly synthesized Airey, J. A. See Sutko, Airey, Murakami, Takeda, Beck, Deerinck, subunits of the mouse muscle nicotinic receptor. 1125. and Ellisman. Bober, E., Lyons, G. E., Braun, T., Cossu, G., Buckingham, M., — See Walton, Airey, Sutko, Beck, Mignery, Siidhof, Deerinck, and and Arnold, H.-H. The muscle regulatory gene, myf-6, has a bi- Ellisman. phasic pattern of expression during early mouse development. 1255. Akiyama, T. See Tsukita, Oishi, Akiyama, Yamanashi, Yamamoto, Bomens, M. See Toumier, Komesli, Paintrand, Job, and Bomens. and Tsukita. Bouchard, T. See Brown, Bouchard, St. John, Wayner, and Carter. Alexander, S. P., and Rieder, C. L. Chromosome motion during at¬ Braun, C. See Knoll, Braun, and Planner. tachment to the vertebrate spindle: initial saltatory-like behavior Braun, T. See Bober, Lyons, Braun, Cossu, Buckingham, and Arnold. of chromosomes and quantitative analysis of force production 1^ Bravo-Zehnder, M. M. See McNally, Bravo-Zehnder, and Leinwand. nascent kinetochore fibers. 805. Brinkl^, B. R. See Zinkowski, Meyne, and Brinkley. Allan, V. J., and \We, R. D. Cell cycle control of microtubule-based Brown, T. A., Bouchard, T., St. John, T., Wayner, E., and Carter, membrane transport and tubule formation in vitro. 347. W. G. Human keratinocytes express a new CD44 core protein Allinquant, B., Staugaitis, S. M., D’Urso, D., and Colman, D. R. (CD44E) as a heparan-sulfate intrinsic membrane proteoglycan The ectopic expression of myelin basic protein isoforms in Shiverer with additional exons. 207. oligodendrocytes: implications for myelinogenesis. 393. Buckingham, M. See Bober, Lyons, Braun, Cossu, Buckingham, and Antoine, M. See Prid, Ronco, Baudouin, Geniteau-Legendre, Antoine, Arnold. Piedagnel, Estrade, Lelongt, Verroust, Cassingena, and Vandewalle. Burgeson, R. E. See Keene, Lunstrum, Morris, Stoddard, and Burgeson. Aplin, J. D. See Sonnenbeig, Calafat, Janssen, Daams, van der Raaij- — See Lunstrum, Morris, McDonough, Keene, and Burgeson. Helmer, Falcioni, Kennel, Aplin, Baker, Lx>izidou, and Garrod. Burgoon, M. P. See Grumet, Mauro, Burgoon, Edelman, and Cun¬ Arakawa, Y. See Kobayashi and Arakawa. ningham. Arnold, H.-H. See Bober, Lyons, Braun, Cossu, Buckingham, and Burland, T. G. See Solnica-Krezel, Burland, and Dove. Arnold. Butler, M. H. See Sealock, Butler, Kramarcy, Gao, Mumane, Douville, Artavanis-Tsakonas, S. See Fehon, Johansen, Rebay, and Artavanis- and Froehner. Tsakonas. Aubert, D., Garcia, M., Benchaibi, M., Poncet, D., Chebloune, Y., Verdier, G., Nigon, V., Samarut, J., and Mura, C. V. Inhibition of proliferation of primary avian fibroblasts through expression of histone H5 depends on the degree of phosphorylation of the C protein. 497. Aumailley, M. See Goodman, Aumailley, and von der Mark. Calafat, J. See Sonnenberg, Calafat, Janssen, Daams, van der Raaij- Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. — See Vfoorbeig, Fontijn, Calafat, Janssen, van Mourik, and Puuiekoek. Callan, H. G. See Wu, Murphy, Callan, and Gall. B Caras, I. W. An internally positioned signal can direct attachment of a glycophospholipid membrane anchor. 77. Bacallao, R. See Parton, Dotti, Bacallao, Kurtz, Simons, and Prydz. Carmo-Ibiiseca, M. See Jansen, Hurt, Kem, Lehtonen, Carmo-Fonseca, Baker, J. See Sonnenberg, Cala&t, Janssen, Daams, van der Rîj- Lapeyre, and Tollervey. Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. Carter, W. G. See Brown, Bouchard, St. John, Winner, and Carter. Balsamo, J., Thiboldeaux, R., Swaminathan, N., and Lilien, J. Anti¬ Casari, G. See Pagani, Zagato, Vetgani, Casari, Sidoli, and Baralle. bodies to the retina N-acetylgalactosaminylphosphotransferase mod¬ Cassingena, R. See Prid, Ronco, Baudouin, Geniteau-Legendre, ulate N-cadherin-mediat^ adhesion and uncouple the N-cadherin Antoine, Piedagnel, Estrade, Lelongt, Verroust, Cassingena, and transferase complex from the actin-containing cytoskeleton. 429. Vandewalle. Bandman, E. See Kerwin and Bandman. Chantler, P. D. See Levine, Chantler, Kensler, and Woodhead. — See Lowey, Waller, and Bandman. Chebloune, Y. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, Baralle, F. E. See Pagani, 2^gato, Vetgani, Casari, Sidoli, and Baralle. Verdier, Nigon, Samarut, and Mura. Barnes, D. W. See Rawson, Loo, Duimstra, Hedstrom, Schmidt, and Chelsky, D. See I^dy and Chelsky. Barnes. Cheresh, D. A. See Kieffer, Fitzgerald, Cheresh, and Phillips. Baudouin, B. See Prid, Ronco, Baudouin, Geniteau-Legendre, Antoine, — See Wayner, Orlando, and Cheresh. Piedagnel, Estrade, Lelongt, Verroust, Cassingena, and Vandewalle. Chiu, K. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Beall, L. D. See Shimizu, Newman, Graber, Horgan, Beall, Gopal, Grobelny, Galardy, Damsky, and Fisher. van Seventer, and Shaw. Chomsky, O. See Dvir, Milner, Chomsky, Gilon, Gazit, and Levitzki. Beck, C. See Sutko, Airey, Murakami, Takeda, Beck, Deerinck, and Claret, M. See Stelly, Mauger, Claret, and Adoutte. Ellisman. Claudio, T. See Paulson, Ross, Green, and Claudio. Beck, C. F. See \\yton, Air^, Sutko, Beck, Mignery, Sudhof, Deerinck, — See Ross, Green, Hartman, and Claudio. and Ellisman. Clegg, D. O. See Villa, Podini, Clegg, Pozzan, and Meldolesi. Begovac, P. C., Hall, D. E., and Shur, B. D. Laminin fragment E8 Clemend, E. See Grohovaz, Zacchetti, dementi, Lorenzon, Meldo¬ mediates PC12 cell neurite outgro>\'th by binding to cell surface lesi, and Fumagalli. /31,4 galactosyltransferase. 637. Collins, J. E., Kevin Legan, R, Kenny, T. R, MacGarvie, J., Holton, Behrens, J. See Frixen, Behrens, Sachs, Eberle, M)ss, Warda, Lochner, J. L., and Garrod, D.R. Cloning and sequence analysis of and Birchmeier. desmosomal glycoproteins 2 and 3 (desriKicollins): cadherin-like Benchaibi, M. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, desmosomal adhesion molecules with heterogeneous cytoplasmic Verdier, Nigon, Samarut, and Mura. domains. 381. Bendayan, M. See Desjardins and Bendayan. Colman, D. R. See Allinquant, Staugaitis, DTJrso, and Colman. Berg, T. O. See H^yvik, Gordon, Berg, Strpmhaug, and Seglen. Conzelmann, A. See Puoti, Desponds, and Conzelmann. Billger, M, Stromberg, E., and Wallin, M. Microtubuie-associated Cortese, J. D., Miglino, A. L., and Hackenbrock, C. R. Ionic strength protein-dependent colchicine stability of acetylated cold-labile brain of the intermembrane space of intact mitochondria as estimated microtubules from the Atlantic cod, Gadus morhua. 331. with fluorescein-BSA delivered 1^ low pH fusion. 1331. Author Index 1485 Corwin, N. M. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, El Khoury, J. See Greenberg, El Khoury, Di Viigilio, Kaplan, and Grobelny, Galardy, Damsky, and Fisher. Silverstein. Cossu, G. See Bober, Lyons, Braun, Cossu, Buckingham, and Arnold. Ellisman, M. H. See Sutko, Airey, Murakami, Takeda, Beck, Deerinck, Coulombe, P. A. See McCormick, Coulombe, and Fuchs. and Ellisman. Cowman, A. F., Karcz, S., Galatis, D., and Culvenor, J. G. A — See Walton, Airey, Sutko, Beck, Mignery, Siidhof, Deerinck, and P-glycoprotein homologue of Plasmodium falciparum is localized Ellisman. on the digestive vacuole. 1033. Eppenberger, H. M. See Eppenberger-Eberhardt, Riesinger, Messerli, Crossley, I. See Whalley, Crossley, and Whitaker. Schwarb, Muller, Eppenbeiger, and Wallimann. Culvenor, J. G. See Cowman, Karcz, Galatis, and Culvenor. Eppenberger-Eberhardt, M., Riesinger, I., Messerli, M., Schwarb, Cunningham, B. A. See Grumet, Mauro, Burgoon, Edelman, and P, Muller, M., Eppenberger, H. M., and Wallimann, T. Adult Cunningham. rat cardiomyocytes cultured in creatine-deficient medium display large mitochondria with paracrystalline inclusions, enriched for creatine kinase. 289. Esteves, R. A. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Grobelny, Galardy, Damsky, and Fisher. D Estrade, S. See Pri6, Ronco, Baudouin, Geniteau-Legendre, Antoine, Piedagnel, Estrade, Lelongt, Wrroust, Cassingena, and Vandewalle. D’Urso, D. See Allinquant, Staugaitis, DUrso, and Colman. Euteneuer, U. See Janmey, Euteneuer, Traub, and Schliwa. Daams, H. See Sonnenbeig, Calafat, Janssen, Daams, van der Raaij- Evans, C. H. See Mauviel, R6dini, Hartmann, Pujol, and Evans. Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. Damsky, C. H. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Grobelny, Galardy, Damsky, and Fisher. Darzynkiewicz, E. See Fischer, Darzynkiewicz, Tahara, Dathan, Liihrmann, and Mattaj. F Dathan, N. A. See Fischer, Darzynkiewicz, Tahara, Dathan, Liihrmann, and Mattaj. Fahimi, H. D. See Zaar, Volkl, and Fahimi. David, C. See Weis, Fine, David, Savarirayan, and Sanes. Faissner, A. See Lochter, Vaughn, Kaplony, Porchiantz, Schachner, de Curtis, L, Quarant'' V., Tamura, R. N., and Reichardt, L. F. and Faissner. Laminin receptors m the retina: sequence analysis of the chick Falcioni, R. See Sonnenberg, Calafat, Janssen, Daams, van der Raaij- integrin as subunit evidence for transcriptional and posttransla- Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. tional regulation. 405. Farquhar, M. G. See Soroka and Farquhar. Deerinck, T. See Sutko, Airey, Murakami, Takeda, Beck, Deerinck, Fehon, R. G., Johansen, K., Rebay, I., and Artavanis-Tsakonas, and Ellisman. S. Complex cellular and subcellular regulation of Notch expres¬ Deerinck, T. J. See Walton, Airey, Sutko, Beck, Mignery, Siidhof, sion during embryonic and imaginal development of Drosophila: Deerinck, and Ellisman. implications for Notch function. 657. DePasquale, J. A., and Izzard, C. S. Accumulation of talin in nodes Fennie, C. See Imai, Singer, Fennie, Lasky, and Rosen. at the edge of the lamellipodium and separate incorporation into Fenton, W. A. See Isaya, Kalousek, Fenton, and Rosenberg. adhesion plaques aj focal contacts in fibroblasts. 1351. Ferro-Novick, S. See Shim, Newman, and Ferro-Novick. Deretic, D., and Papennaster, D. S. Polarized sorting of rhodopsin Fine, S. M. See Weis, Fine, David, Savarirayan, and Sanes. on post-Golgi membranes in frog retinal photoreceptor cells. 1281. Fischer, U., Darzynkiewicz, E., Tahara, S. M., Dathan, N. A., Desjardins, M., and Bendayan, M. Ontogenesis of glomerular base¬ Liilirmaim, R., and Mattaj, I. W. Diversity in the signals re¬ ment membrane: structural and functional properties. 689. quired for nuclear accumulation of U snRNI^ and variety in the Desponds, C. See Puoti, Desponds, and Conzelmann. pathways of nuclear transport. 705. Di Virgilio, F. See Greenbeig, El Khoury, Di Viigilio, Kaplan, and Fisher, S. J. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Silverstein. Grobelny, Galardy, Damsky, and Fisher. Dobberstein, B. See High and Dobberstein. Fitzgerald, L. A. See Kieffer, Fitzgerald, Cheresh, and Phillips. — See High, Flint, and Dobberstein. Fitzgerald, M. L. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, — See High, Gdriich, Wiedmann, Rapoport, and Dobberstein. Grobelny, Galardy, Damsky, and Fisher. Doberstein, S. K. See Goldschmidt-Clermont, Machesky, Doberstein, Flier, L. A. See Lein, Higgins, Turner, Flier, and Terranova. and Pollard. Flint, N. See High, Flint, and Dobberstien. Donoghue, D. J. See Lee and £)onoghue. Fontijn, R. See Voorbeig, Fontijn, Calafat, Janssen, van Mourik, and Dotti, C. G. See Parton, Dotti, Bacallao, Kurtz, Simons, and Prydz. Pannekoek. Douville, K. See Sealock, Butler, Kramarcy, Gao, Mumane, Douville, Franke, W. W. See Kartenbeck, Schmelz, Franke, and Geiger. and Froehner. Frixen, U. H., Behrens, J., Sachs, M., Eberle, G., Wss, B., Warda, Dove, W. F. See Solnica-Krezel, Borland, and Dove. A., Lochner, D., and Birchmeier, W. E-cadherin-mediated cell¬ Drenckhahn, D. See Nehls and Drenckhahn. cell adhesion prevents invasiveness of human carcinoma cells. 173. Duimstra, J. R. See Rawson, Loo, Duimstra, Hedstrom, Schmidt, Froehner, S. C. See Sealock, Butler, Kramarcy, Gao, Mumane, Douville, and Barnes. and Froehner. Duronio, R. J., Rudnick, D. A., Johnson, R. L., Johnson, D. R., Fuchs, E. See McCormick, Coulombe, and Fuchs. and Gordon, J. 1. Myristic acid auxotrophy caused by mutation Fuller, R. S. See Redding, Holcomb, and Fuller. ofS. cerevis/oe niyristoyl-CoA/protein^-myristoyltransferise. 1313. Fumagalli, G. See Grohovaz, Zacchetti, Clementi, Lorenzon, Mel- Dutcher, S. K. See Johnson and Dutcher. dolesi, and Fumagalli. Dvir, A., Milner, Y., Chomsky, O., Gflon, C., Gazit, A., and Levitzki, A. The inhibition of EGF^lependent proliferation of keratinocytes by tyrphostin tyrosine kinase blockers. 857. Dvorak, A. M. See Weller, Ryeom, Picard, Ackerman, and Dvorak. G Gabrielli, B. G. See Roy, Swenson, Walker, Gabrielli, Li, Piwnica- Worms, and Mailer. E Galardy, R. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Grobelny, Galardy, Damsky, and Fisher. Eberle, G. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, Galatis, D. See Cowman, Karcz, Galatis, and Culvenor. and Birchmeier. Gall, J. G. See Wu, Murphy, C^lan, and Gall. Edelman, G. M. See Grumet, Mauro, Burgoon, Edelman, and Gao, K.-X. See Sealock, Butler, Kramarcy, Gao, Mumane, Douville, Curmingham. and Froehner. The Journal of Cell Biology, Volume 113, 1991 1486 Garcia, M. See Aubeit, Garcia, Benchaibi, Poncet, Chebloune, tidier, Hedstrom, O. R. See Rawson, Loo, Duimstra, Hedstrom, Schmidt, Nigon, Samarut, and Mura. and Barnes. Garrod, D. See Sonnenbeig, Cala&t, Janssen, Daams, van der Raaij- Heitlinger, E., Peter, M., Haner, M., Lustig, A., Aebi, U., and Nigg, Heimer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. E. A. Expression of chicken lamin Ba in Escherichia coli: char¬ Garrod, D. R. See Collins, Kevin Legan, Kenny, MacGarvie, Holton, acterization of its structure, assembly, and molecular interactions. and Garrod. 485. Gazit, A. See Dvir, Minler, Chomsky, Gilon, Gazit, and Levitzki. Henson, J. H. See Wright, Henson, Wedaman, Willy, Morand, and Geiger, B. See Kartenbeck, Schmelz, Franke, and Geiger. Scholey. Geniteau-Legendre, M. See Prid, Ronco, Baudouin, Geniteau-Legendre, Higgins, D. See Lein, Higgins, Turner, Flier, and Terranova. Antoine, Piedagnel, Estrade, Lclongt, Venoust, Cassingena, and Higgins, T. See Gil, Higgins, and Rozengurt. Vandewalle. High, S., and Dobberstein, B. The signal sequence interacts with the Geuze, H. J. See Slot, Geuze, Gigengack, Lienhard, and James. methionine-rich domain of the 54-kD protein of signal recognition Gigengack, S. See Slot, Geuze, Gigengack, Lienhard, and James. particle. 229. Gil, J., Higgins, T., and Rozengurt, E. Mastoparan, a novel mitogen —, I^t, N., and Dobberstein, B. Requirements for the membrane for Swiss 3T3 cells, stimulates pertussis toxin-sensitive arachidonic insertion of signal-anchor type proteins. 25. acid release without inositol phosphate accumulation. 943. —, Gorlich, D., Wiedmann, M., Rapoport, T. A., and Dobberstein, Gilbert, T., Le Bivic, A., Quaroni, A., and Rodriguez-Boulan, E. B. The identification of proteins in the proximity of signal-anchor Microtubular organization and its involvement in the biogenetic sequences during their taigeting to and insertion into the mem¬ pathways of plasma membrane proteins in Caco-2 intestinal epi¬ brane of the ER. 35. thelial cells. 27S. Hinek, A. See Mecham, Whitehouse, Hay, Hinek, and Sheetz. Gilon, C. See Dvir, Milner, Chomsky, Gilon, Gazit, and Levitzki. Hirata, A. See Nakajima, Hirata, Ogawa, Yonehara, Yoda, and Ginty, D. D. See Scheibe, Ginty, and Wagner. Yamasaki. Goerdt, S., Walsh, L. J., Murphy, G. F., and Pober, J. S. Identifica¬ Holcomb, C. See Redding, Holcomb, and Fuller. tion of a novel high molecular weight protein preferentially ex¬ Holton, J. L. See Collins, Kevin Legan, Kenny, MacGarvie, Holton, pressed sinusoidal endothelial cells in normal human tissues. and Garrod. 1425. Horgan, K. J. See Shimizu, Newman, Graber, Hoigan, Beall, Gopal, Goldman, R. D. See Miller, Vikstrom, and Goldman. van Seventer, and Shaw. Goldschmidt-Clermont, R J., Machesky, L. M., Doberstein, S. K., H0yvik, H., Gordon, R B., Berg, T. O., Strpmhaug, R E., and Seglen, and Pollard, T. D. Mechanism of the interaction of human plate¬ R O. Inhibition of autophagic-lysosomal delivery and autophagic let profilin with actin. 1081. lactolysis by asparagine. 1305. Goodman, S. L., Aumaill^, M., and von der Mark, H. Multiple Huang, B. See Schibler and Huang. cell surface receptors for the short arms of laminin: al/31 integrin Hurt, E. C. See Jansen, Hurt, Kem, Lehtonen, Carmo-Fonseca, Lapeyre, and RGD-dependent proteins mediate cell attachment only to do¬ and Tollervey. mains HI in murine tumor laminin. 931. Gopal, T. V. See Shimizu, Newman, Graber, Horgan, Beall, Gopal, van Seventer, and Shaw. Gordon, J. I. See Duronio, Rudnick, Johnson, Johnson, and Gordon. — See Rubin, Roth, Birkenmeier, and Gordon. I Gordon, P. B. See Httyvik, Gordon, Berg, Strpmhaug, and Seglen. Gorlich, D. See High, Gorlich, Wiedmaim, Rapoport, and Dobberstein. Dceda, T. See Yamaguchi, Katagiri, Dceda, Wozney, Rosen, Wang, Kahn, Graber, N. See Shimizu, Newman, Graber, Horgan, Beall, Gopal, van Suda, and Yoshiki. Seventer, and Shaw. Imai, Y., Singer, M. S., Fennie, C., Lasky, L. A., and Rosen, S. D. Green, W. N. See Paulson, Ross, Green, and Claudio. Identification of a carbohydrate-bas^ endothelial ligand for a — See Ross, Green, Hartman, and Claudio. lymphocyte homing receptor. 1213. Greenburg, S., El Khoury, J., Di \%gilio, F., Kaplan, E. M., and Isaya, G., Kalousek, F, Fenton, W. A., and Rosenberg, L. E. Cleav¬ Silverstein, S. C. Ca^^-independent F-actin assembly and dis¬ age of precursors by the mitochondrial processing peptidase re¬ assembly during Fc receptor-mediated phagocytosis in mouse quires a compatible mature protein or an intermediate octapeptide. macrophages. 757. 65. Grobelny, D. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Izzard, C. S. See Del^squale and Izzaid. Grobelny, Galardy, Damsky, and Fisher. Grohovaz, F., Zacchetti, D., dementi, E., Lorenzon, R, Meldolesi, J., and Fumagalli, G. Multiple response patterns to receptor acti¬ vation reveal new aspects of transmembrane signaling. 1341. Grumet, M., Mauro, V., Burgoon, M. R, Edelman, G. M., and Cun¬ J ningham, B. A. Structure of a new nervous system glycoprotein, Nr-CAM, and its relationship to subgroups of neural cell adhesion James, D. E. See Slot, Geuze, Gigengack, Lienhard, and James. molecules. 1399. Janmey, R A., Euteneuer, U., Traub, R, and Schliwa, M. Viscoelastic properties of vimentin compared with other filamentous biopoly¬ mer networks. 155. Jansen, R. R, Hiut, E. C, Kem, H., Lehtonen, H., Carmo-Fonseca, M., Lapeyre, B., and Tollervey, D. Evolutionary conservation H of the human nucleolar protein fibrillarin and its functional ex¬ pression in yeast. 715. Hackenbrock, C. R. See Cortese, Voglino, and Hackenbrock. Janssen, H. See Sonnenbeig, Calafat, Janssen, Daams, van der Raaij- Hall, D. E. Begovac, Hall, and Shur. Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. Hammerman, M. R. See Rogers, Ryan, and Harrunerman. — See \borbeig, Fontijn, Cala&t, Janssen, van Mourik, and Pannekoek. Haner, M. See Heitlinger, Peter, Hêr, Lustig, Aebi, and Nigg. Job, D. See Touraier, Komesli, Paintrand, Job, and Bornens. Hansen, S. H., Sandvig, K., and van Deurs, B. The preendosomal Johansen, K. See Fehon, Johansen, Rebay, and Artavanis-Tsakonas. compartment comprises distinct coated and noncoated endocytic Johnson, D. E., and Dutcher, S. K. Molecular studies of linkage group vesicle populations. 731. XIX of Chlamydomonas reinhardtii: evidence against a basal body Harpel, R C. See Kojima, Harpel, and Rifkin. location. 339. Hartman, D. S. See Ross, Green, Hartman, and Claudio. Johnson, D. R. See Duronio, Rudnick, Johnson, Johnson, and Gordon. Hartmann, D. J. See Mauviel, Rîni, Hartmann, Pujol, and Evans. Johnson, R. L. See Duronio, Rudnick, Johnson, Johnson, and Gordon. Haugland, R. R See Pagano, Martin, Kang, and Haugland. Johnston, G. C., Prendergast, J. A., and Singer, R. A. The Saccharo- Hauri, H.-R See Schweizer, Matter, Ketcham, and Hauri. myces cerevisiae MY02 gene encodes an essential myosin ft)r vec¬ Hay, M. See Mecham, Whitehouse, H^, Hinek, and Sheetz. torial transport of vesicles. 539. Author Index 1487 K Le Bivic, A. See Gilbert, Le Bivic, Quaroni, and Rodriguez-Boulan. Lee, B. A., and Dontûe, D. J. Membrane-anchored form of Kahn, A. J. See Yamaguchi, Katagiri, Dceda, Wozney, Rosen, Wang, v-S/S/PDGF-B induces mitogenesis without detectable PDGF re¬ Kahn, Suda, and Yoshiki. ceptor autophosphorylation. 361. Kalousek, F. See Isaya, Kalousek, Fenton, and Rosenberg. Lee, W.-C., Xue, Z., and Melese, T. The NSRl gene encodes a protein Kamiya, R. See Sakîbara, Mitchell, and Kamiya. that specifically binds nuclear localization sequences and has two Kang, H. C. See Pagano, Martin, Kang, and Haugland. RNA recognition motifs. 1. Kang, Y. See Mitchell and Kang. Lehtonen, H. See Jansen, Hurt, Kem, Lehtonen, Carmo-Fbnseca, Kaplan, E. M. See Greenberg, El Khoury, Di Virgilio, Kaplan, and Lapeyre, and Tollervey. Silverstein. Lein, P. J., Higgins, D., Turner, D. C., Flier, L. A., and Terranova, Kaplony, A. See Lochter, Vaughn, Kaplony, Porchiantz, Schachner, V. R Tire NCI domain of type IV collagen promotes axonal growth and Faissner. in sympathetic neurons through interaction with the ai/3i integrin. Karcz, S. See Cowman, Karcz, Galatis, and Culvenor. 417. Kartenbeck, J., Schmelz, M., Franke, W. W., and Geiger, B. Endo- Leinwand, L. A. See McNally, Bravo-Zehnder, and Leinwand. cytosis of junctional cadherins in bovine kidney epithelial (MDBK) Lelongt, B. See Prid, Ronco, ûdouin, Geniteau-Legendre, Antoine, cells cultured in low Ca^**^ ion medium. 881. Piedagnel, Estrade, Lelongt, \ferroust, Cassingena, and Vandewalle. Katagiri, T. See Yamaguchi, Katagiri, Dceda, Wozney, Rosen, Wang, Levine, R. J. C., Chantler, P. D., Kensler, R. W., and Woodhead, Kahn, Suda, and Yoshiki. J. L. Effects of phosphorylation by myosin light chain kinase on Keene, D. R., Lunstnun, G. P., Morris, N. P., Stoddard, D. W., the stmcture of Limulus thick filaments. 563. and Burgeson, R. E. Two type Xll-like collagens localize to the —, Woodhead, J. L., and King, H. A. The effect of calcium activation surface of banded collagen fibrils. 971. of skituied fiber bundles on Ae stmcture of Limulus thick filaments. — See Lunstrum, Morris, McIDonough, Keene, and Burgeson. 573. Kermel, S. J. See Sonnenberg, Calafat, Janssen, Daams, van der Raaij- Levitzki, A. See Dvir, Milner, Chomsky, Gilon, Gazit, and Levitzki. Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. Li, R. S. See Roy, Swenson, Walker, Gabrielli, Li, Piwnica-Worms, Kenny, T. P. See Collins, Kevin Legan, Kenny, MacGarvie, Holton, and Mailer. and Garrod. Librach, C. L., Werb, Z., Fitzgerald, M. L., Chiu, K., Corwin, N. Kensler, R. W. See Levine, Chantler, Kensler, and Woodhead. M., Esteves, R. A., Grobelny, D., Galardy, R., Damsky, C. H., Kem, A. See Vandenberg, Kern, Ries, Luckenbill-Edds, Mann, and Fisher, S. J. 92-kD type IV collagenase mediates invasion of human Kiihn. cytotrophoblasts. 431 Kem, H. See Jansen, Hurt, Kem, Lehtonen, Carmo-Fbnseca, Lapeyre, Lienhiu’d, G. E. See Slot, Geuze, Gigengack, Lienhard, and James. and Tollervey. Lilien, J. See Balsamo, Thiboldeaux, Swaminathan, and Lilien. Kerwin, B., and Bandman, E. Assembly of avian skeletal muscle myo¬ Ldchner, D. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, sins: evidence that homodimers of the heavy chain subunit are and Birchmeier. the thermodynamically stable form. 311. Lochter, A., Wiughn, L., Kaplony, A., Porchiantz, A., Schachner, Ketcham, C. M. See Schweizer, Matter, Ketcham, and Hauri. M., and Faissner, A. Jl/tenascin in substrate-bound and soluble Kevin Legan, P. See Collins, Kevin Legan, Keimy, MacGarvie, Holton, form displays contrary effects on neurite outgrowth. 1159. and Garrod. Lodish, H. F. See Wikstrom and Lodish. Kieflfer, N., Fitzgerald, L. A., Cheresh, D. A., and PhiUips, D. R. Loewenstein, W. R. See Mehta and Loewenstein. Adhesive properties of the 03 integrins: comparison of GP Ilb- Loizidou, M. See Sonnenberg, Calafat, Janssen, Daams, van der Raaij- Illa and the vitronectin receptor individually expressed in human Helmer, Falcioni, Kennel, Aplin, Baker, Loizidou, and Garrod. melanoma cells. 451. Loo, D. T. See Rawson, Loo, Duimstra, Hedstrom, Schmidt, and Barnes. King, H. A. See Levine, Wbcxlhead, and King. Lorenzon, P. See Grohovaz, Zacchetti, Clementi, Lorenzon, Meldo- Kitten, G. T., and Nigg, E. A. The CaaX motif is required for iso- lesi, and Fumagalli. prenylation, carboxyl methylation, and nuclear membrane asso¬ Loskutoflf, D. J. See Schleef, Loskutoff, and Podor. ciation of lamin Ba. 13. Lowey, S., Waller, G. S., and Bandman, E. Neonatal and adult myo¬ Knoll, C., Braun, C.. and Plattner, H. Quenched flow analysis of sin heavy chains form homodimers during avian skeletal muscle exocytosis in Paramecium cells: time course, changes in membrane development. 303. structure, and calcium requirements revealed after rapid mixing Luckenbill-Edds, L. See Vandenberg, Kem, Ries, Luckenbill-Edds, and rapid freezing of intact cells. 1295. Mann, and Kiihn. Kobayashi, T., and Arakawa, Y. Transport of exogenous fluorescent Liihrmatm, R. See Fischer, Darzynkiewicz, Tahara, Dathan, Luhrmaim, phosphatidylserine analogue to the golgi apparatus in cultured fibro¬ and Mattaj. blasts. 235. Lunstrum, G. R, Morris, N. R, McDonough, A. M., Keene, D. R., —, and Robinson, J. M. A novel intracellular compartment with un¬ and Burgeson, R. E. Identification and partial characterization usual secretory properties in human neutrophils. 743. of two type Xll-like collagen molecules. %3. Kojima, S., Harpel, P. C, and Rifkin, D. B. Lipoprotein (a) inhibits — See Keene, Lunstmm, Morris, Stoddard, and Burgeson. the generation of transforming growth factor 0: an endogenous Lustig, A. See Heitlinger, Peter, Haner, Lustig, Aebi, and Nigg. inhibitor of smooth muscle cell migration. 1439. Luther, R K. Three-dimensional reconstmction of a simple Z-band Komesli, S. See Toumier, Komesli, Paintrand, Job, and Bomens. in fish muscle. 1043. Kramarcy, N. R. See Sealock, Butler, Kramarcy, Gao, Mumane, Lyons, G. E. See Bober, Lyons, Braun, Cossu, Buckingham, and Arnold. Douville, and Froehner. Krzeminski, K. A. See Pasdar, Krzeminski, and Nelson. Ktistakis, N. T., Roth, M. G., and Bloom, G. S. PtK| cells contain a nondiffusible, dominant factor that makes the Golgi apparatus M resistant to brefeldin A. 1009. Kiihn, K. See Vandenberg, Kem, Ries, Luckenbill-Edds, Mann, and McCormick M. B., Coulombe, R A., and Fuchs, E. Sorting out IF Kuhn. networks: consequences of domain swapping on IF recognition Kurihara, T. See Stochaj, Osborne, Kurihara, and Silver. and assembly. 1111. Kurtz, 1. See Parton, Dotti, Bacallao, Kurtz, Simons, and Prydz. McDonough, A. M. See Lunstmm, Morris, McDonough, Keene, and Burgeson. MacGarvie, J. See Collins, Kevin Legan, Kenny, MacGarvie, Holton, and Garrod. L Machesky, L. M. See Goldschmidt-Clermont, Machesky, Doberstein, and Pollard. LapQTO, B. See Jansen, Hurt, Kem, Lehtonen, Carmo-Fonsecf, Lap^rc, McNally, E. M., Bravo-Zehnder, M. M., and Leinwand, L. A. Iden¬ and Tollervey. tification of sequences necessary for the association of cardiac my¬ Lasky, L. A. See Imai, Singer, Fennie, Lasky, and Rosen. osin subunits. 585. The Journal of Cell Biology, Volume 113, 1991 1488 Madshus, I. H. See Stenmark, Moskaug, Madshus, Sandvig, and Olsnes. Newman, W. See Shimizu, Newman, Graber, Hoigan, Beall, Gopal, Mailer, J. L. See Roy, Swenson, Walker, Gabrielli, Li, Piwnica-Worms, van Seventer, and Shaw. and Mailer. Nigg, E. A. See Heitlinger, Peter, Haner, Lustig, Aebi, and Nigg. Mann, K. See Vandenberg, Kern, Ries, Luckenbill-Edds, Mann, and — See Kitten and Nigg. Kuhn. Nigon, V. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, Wrdier, Martin, O. C. See Ragano, Martin, Kang, and Haugland. Nigon, Samarut, and Mura. Mattaj, I. W. See Fischer, Darzynkiewicz, Tahara, Dathan, Liihrmann, and Mattaj. Matter, K. See Schweizer, Matter, Ketcham, and Hauri. Manger, J.-P. See Stelly, Mauger, Claret, and Adoutte. Mauro, V. See Grumet, Mauro, Burgoon, Edelman, and Cunningham. O Mauviel, A., R^dini, F., Hartmann, D. J., Pujol, J.-R, and Evans, C. H. Modulation of human dermal fibroblast extracellular matrix Obinata, T. See Sato, Yonemura, Obinata, Tsukita, and Tsukita. metabolism by the lymphokine leukoregulin. 1455. Ogawa, Y. See Nakajima, Hirata, Ogawa, 'Vbnehara, Yoda, and Mazzieri, R. See Mignatti, Mazzieri, and Rifkin. Yamasaki. Mecham, R. R, Whitehouse, L., Hay, M., Hinek, A., and Sheetz, Oishi, K. See Tsukita, Oishi, Akiyama, Yamanashi, Yamamoto, and M. R Ligand affinity of the 67-kD elastin/laminin binding protein Tsukita. is modulated 1^ the protein’s lectin domain: visualization of Olsnes, S. See Stenmark, Moskaug, Madshus, Sandvig, and Olsnes. elastin/laminin-receptor complexes with gold-tagged ligands. Orci, L. See Quinn, Orci, Ravazzola, and Moore. 187. Orlando, R. A. See Wayner, Orlando, and Cheresh. Mehta, R R, and Loewenstein, W. R. Differential regulation of com¬ Osborne, M. See Stochaj, Osborne, Kurihara, and Silver. munication by retinoic acid in homologous and heterologous junc¬ tions between normal and transformed cells. 371. Meldolesi, J. See Grohovaz, Zacchetti, Clementi, Lorenzon, Meldo- lesi, and Fumagalli. — See Villa, Podini, Clegg, Pbzzan, and Meldolesi. P Melese, T. See Lee, Xue, and Melese. Merlie, J. R See Blount and Merlie. Pnddy, M. R., and Chelsky, D. Spoke: a 120-kD protein associated Messerli, M. See Eppenberger-Eberhardt, Riesinger, Messerli, Schwarb, with a novel filamentous structure on or near kinetochore micro¬ Muller, Eppenbeiger, and Wallimann. tubules in the mitotic spindle. 161. Mo'ne, J. See Zinkowski, Meyne, and Brinkley. Rigani, R, Zagato, L., Wrgani, C, Casari, G., Sidoli, A., and Baralk, Mignatti, R, Mazzieri, R., and Rifkin, D. B. Expression of the uro¬ F. E. Tissue-specific splicing pattern of fibronectin messenger RNA kinase receptor in vascular endothelial cells is stimulated by basic precursor during development and aging in rat. 1223. fibroblast growth factor. 1193. Ragano, R. E., Martin, O. C., Kang, H. C., and Haugland, R. R Mignery, G. A. See Walton, Airey, Sutko, Beck, Mignery, Siidhof, A novel fluorescent ceramide analogue for studying membrane Deerinck, and Ellisman. traffic in animal cells: accumulation at the Golgi apparatus results Miller, R. K., Vikstrom, K., and Goldman, R. D. Keratin incorpo¬ in altered spectral properties of the sphingolipid precursor. 1267. ration into intermediate hlament networks is a rapid process. 843. Raintrand, M. See Toumier, Komesli, Paintrand, Job, and Bomens. Milner, Y. See Dvir, Milner, Chomsky, Gilon, Gazit, and Levitzki. Pannekoek, H. See Voorbeig, Fbntijn, Calafat, Janssen, van Mourik, Mitchell, D. R., and Kang, Y. Identification of oda6 as a Chlamydo- and Pannekoek. mcnas dynein mutant by rescue with the wild-type gene. 835. Rapermaster, D. S. See Deretic and Papermaster. — See Sakakibara, Mitchell, and Kamiya. Ra^n, R. G., Dotti, C. G., Bacallao, R., Kurtz, I., Simons, K., Moore, H.-R H. See Quinn, Orci, Ravazzola, and Moore. and Prydz, K. pH-induced microtubule-dependent redistribution Morand, J. N. See Wright, Henson, Wedaman, Willy, Morand, and of late endosomes in neuronal and epithelial cells. 261. Scholey. Rasdar, M., Krzeminski, K. A., and Nelson, W. J. Regulation of Morris, N. R See Keene, Lunstrum, Morris, Stoddard, and Burgeson. desmosome assembly in MDCK epithelial cells: coordination of — See Lunstrum, Morris, McDonough, Keene, and Buigeson. membrane core and cytoplasmic plaque domain assembly at the Moskaug, J. 0. See Stenmark, Moskaug, Madshus, Sandvig, and Olsnes. plasma membrane. 645. Muller, M. See Eppenberger-Eberhardt, Riesinger, Messerli, Schwarb, Raulmn, H. L., Ross, A. F., Green, W. N., and Claudio, T. Analysis Muller, Eppenberger, and Wallimann. of early events in acetylcholine receptor assembly. 1371. Mura, C. V. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, Verdier, Peter, M. See Heitlinger, I%ter, Haner, Lustig, Aebi, and Nigg. Nigon, Samarut, and Mura. Phillips, D. R. See Kieffer, Fitzgerald, Cheresh, and Phillips. Murakami, K. See Sutko, Airey, Murakami, Takeda, Beck, Deerinck, Phillips, M. J. See Watanabe, Tsukada, Smith, and Phillips. and Ellisman. Picard, T. See Weller, Ryeom, Picard, Ackerman, and Dvorak. Mumane, A. A. See Sealock, Butler, Kramarcy, Gao, Mumane, Piedagnel, R. See Pri6, Ronco, Baudouin, Geniteau-Legendre, Antoine, Douville, and Froehner. Piedagnel, Estrade, Lelongt, Wrroust, Cassingena, and Vandewalle. MurplQ', C. See Wu, Murphy, Callan, and Gall. Piwnica-\^rms, H. See Roy, Swenson, Walker, Gabrielli, Li, Piwnica- Murptor, G. F. See Goerdt, Walsh, Murphy, and Pober. Worms, and Mailer. Musoke, A. J. See Shaw, Tilney, and Musoke. Plattner, H. See Knoll, Braun, and Planner. Pober, J. S. See Goerdt, Vfhlsh, Murphy, and Pober. Podini, R See Villa, Podini, Clegg, ^zzan, and Meldolesi. Podor, T. J. See Schleef, Loskutoff, and Podor. Pollard, T. D. See Goldschmidt-Clermont, Machesky, Doberstein, and N Pollard. Poncet, D. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, Wrdier, Nakajima, H., Hirata, A., Ogawa, Y., Y>nehara, T., Yxla, K., and Nigon, Samarut, and Mura. Yamasaki, M. A cytoskeleton-related gene, USOl, is required for Porchiantz, A. See Lochter, Vaughn, Kaplony, Porchiantz, Schachner, intracellular protein transport in Saccharomyces cerevisiae. 245. and Faissner. Napolitano, E. W., Venstrom, K., Wheeler, E. E, and Reichardt, Pozzan, T. See Villa, Podini, Clegg, Pozzan, and Meldolesi. L. F. Molecular cloning and characterization of B-cadherin, a novel Prendergast, J. A. ê Johnston, Prendeigast, and Singer. chick cadherin. 893. Pri6, D., Ronco, R M., Baudouin, B., Geniteau-Legendre, M., Nathan, C., and Spom, M. Cytokines in context. 981. Antoine, M., Piedagnel, R., Es^de, S., Lelongt, B., Vsrroust, Nehls, V., and Drenckhahn, D. Heterogeneity of microvascular peri¬ R J., Cassingena, R., and \hndewalle, A. Activation of the simian cytes for smooth muscle type alpha-actin. 147. virus 40 (SV40) genome abrogates sensitivity to AVP in a rabbit Nelson, W. J. See Pasdar, Krzeminski, and Nelson. collecting tubule cell line by repressing membrane expression of Newman, A. R See Shim, Newman, and Ferro-Novick. AVP receptors. 951. Author Index 1489 Prydz, K. See Parton, Dotti, Bacallao, Kurtz, Simons, and Prydz. S — See Sandvig, Prydz, Ryd, and van Deurs. Pujol, J.-P. See Mauviel, Rîni, Hartmann, Pujol, and Evans. Sachs, M. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, Puoti, A., Desponds, C, and Conzelmann, A. Biosynthesis of man- and Birchmeier. nosylinositolphosphoceramide in Saccharomyces cerevisiae is de¬ St. John, T. See Brown, Bouchard, St. John, Wayner, and Carter. pendent on genes controlling the flow of secretory vesicles from Sakakibara, H., Mitchell, D. R., and Kamiya, R. A Chlamydomonas the endoplasmic reticulum to the Golgi. SIS. outer arm dynein mutant missing the a heavy chain. 615. Samarut, J. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, Verdier, Nigon, Samarut, and Mura. Sandvig, K., Prydz, K., Ryd, M., and van Deurs, B. Endocytosis and intracellular transport of the glycolipid-binding ligand Shiga Q toxin in polarized ME>CK cells. 553. — See Hansen, Sandvig, and van Deurs. — See Stenmark, Moskaug, Madshus, Sandvig, and Olsnes. Quaranta, V. See de Curtis, Quaranta, Tamura, and Reichardt. Sanes, J. R. See Weis, Fine, David, Savarirayan, and Sanes. (âroni, A. See Gilbert, Le Bivic, Quaroni, and Rodriguez-Boulan. Sato, N., Yonemura, S., Obinata, T., Tsukita, S., and Tsukita, S. Quiim, D., Orel, L., Ravazzola, M., and Moore, H.-P. H. Intracellular Radixin, a barbed end-capping actin-modulating protein, is con¬ transport and sorting of mutant human proinsulins that fail to form centrated at the cleavage furrow during cytokinesis. 321. hexamers. 987. Savarirayan, S. See Weis, Fine, David, Savarirayan, and Sanes. Schachner, M. See Lochter, Vaughn, Kaplony, Porchiantz, Schachner, and Faissner. Scheibe, R. J., Ginty, D. D., and Wagner, J. A. Retinoic acid stim¬ ulates the differentiation of PC12 cells that are deficient in cAMP- R dependent protein kinase. 1173. Schibler, M. J., and Huang, B. The col^4 and col^lS /3-tubulin mu¬ Rapoport, T. A. See High, Gorlich, Wiedmann, Rapoport, and Dob- tations in Chlamydomonas reinhardtii confer altered sensitivities terstein. to microtubule inhibitors and herbicides by enhancing microtubule Ravazzola, M. See Quinn, Orci, Ravazzola, and Moore. stability. 605. Rawson, C. L., Loo, D. T., Duimstra, J. R., Hedstrom, O. R., Schleef, R. R., Loskutoff, D. J., and Podor, T. J. Immunoelectron Schmidt, E. E., and Barnes, D. W. Death of serum-free mouse microscopic localization of type 1 plasminogen activator inhibitor embryo cells caused by epidermal growth factor deprivation. 671. on the surface of activated endothelial cells. 1413. Rebay, I. See Fehon, Johansen, Rebay, and Artavanis-Tsakonas. Schliwa, M. See Janmey, Euteneuer, Traub, and Schliwa. Redding, K., Holcomb, C., and Fuller, R. S. Immunolocalization Schmelz, M. See Kartenbeck, Schmelz, Franke, and Geiger. of Kex2 protease identifies a putative late Golgi compartment in Schmidt, E. E. See Rawson, Loo, Duimstra, Hedstrom, Schmidt, and the yeast Saccharomyces cerevisiae. S27. Barnes. R6dini, F. See Mauviel, R6dini, Hartmann, Pujol, and Evans. Scholey, J. M. See Wright, Henson, Wedaman, Willy, Morand, and Reichardt, L. F. See de Curtis, Quaranta, Tamura, and Reichardt. Scholey. — See Napolitano, Venstrom, Wheeler, and Reichardt. Schwarb, P. See Eppenberger-Eberhardt, Riesinger, Messerli, Schwarb, Rieder, C. L. See Alexander and Rieder. Muller, Eppenberger, and Wallimann. Ries, A. See Vandenbeig, Kern, Ries, Luckenbill-Edds, Mann, and Schwarzbauer, J. E. Identification of the fibronectin sequences required Kiihn. for assembly of a fibrillar matrix. 1463. Riesinger, I. See Eppenberger-Ebeiiiardt, Riesinger, Messerli, Schwarb, Schweizer, A., Matter, K., Ketcham, C. M., and Hauri, H.-P. The Muller, Eppenberger,' and Wallimaim. isolated ER-Golgi intermediate compartment exhibits properties Rifkin, D. B. See Kojima, Harpel, and Rifkin. that are different from ER and cis-Golgi. 45. — See Mignatti, Mazzieri, and Rifkin. Sealock, R., Butler, M. H., Kramarcy, N. R., Gao, K.-X., Mumane, Robinson, J. M. See Kobayashi and Robinson. A. A., DouviUe, K., and Froehner, S. C. Localization of dys¬ Rodriguez-Boulan, E. See Gilbert, Le Bivic, Quaroni, and Rodriguez- trophin relative to acetylcholine receptor domains in electric tis¬ Boulan. sue and adult and cultured skeletal muscle. 1133. Rodriguez Del Castillo, A. See Vitale, Rodriguez Del Castillo, Seglen, P. O. See H(fyvik, Gordon, Berg, Strpmhaug, and Seglen. Tchakarov, and Triiard. Shaw, M. K., Ulney, L. G., and Musoke, A. J. The entry of Theileria Rogers, S. A., Ryan, G., and Hammerman, M. R. Insulin-like growth parva sporozoites into bovine lymphocytes: evidence for MHC factors I and II are produced in the metanephros and are required class I involvement. 87. for growth and development in vitro. 1447. Shaw, S. See Shimizu, Newman, Graber, Horgan, Beall, Gopal, van Ronco, P. M. See Prid, Ronco, Baudouin, Geniteau-Legendre, Antoine, Seventer, and Shaw. Piedagnel, Estrade, Lelongt, \ferroust, Cassingena, and Vandewalle. Sheetz, M. R See Mecham, Whitehouse, Hay, Hinek, and Sheetz. Rosen, S. D. See Imai, Singer, Fennie, Lasky, and Rosen. Shim, J., Newman, A. R, and Ferro-Novick, S. The BOSl gene Rosen, V. See Yamaguchi, Katagiri, Dceda, Wozney, Rosen, Wang, Kahn, encodes an essential 27-kD putative membrane protein that is Suda, and Yoshiki. required for vesicular transport from the ER to the Golgi complex Rosenberg, L. E. See Isaya, Kalousek, Fenton, and Rosenberg. in yeast. 55. Ross, A. E, Green, W. N., Hartman, D. S., and Claudio, T. Efficiency Shimizu, Y., Newman, W., Graber, N., Horgan, K. J., Beall, L. D., of acetylcholine receptor subunit assembly and its regulation 1^ Gopal, T. V., van Seventer, G. A., and Shaw, S. Four molecular CAMP. 623. pathways of T cell adhesion to endothelial cells: roles of LFA-1, — See Iûlson, Ross, Green, and Claudio. VCAM-1, and ELAM-1 and changes in pathway hierarchy under Roth, K. A. See Rubin, Roth, Birkenmeier, and Gordon. different activation conditions. 1203. Roth, M. G. See Ktistalds, Roth, and Bloom. Shur, B. D. See Begovac, Hall, and Shur. Roy, L. M., Swenson, K. L, Walker, D. H., Gabrielli, B. G., Li, Sidoli, A. See Pagani, Zagato, Vetgani, Casari, Sidoli, and Baralle. R. S., Piwnica-Worms, H., and Mailer, J. L. Activation of Silver, P. See Stochaj, Osborne, Kurihara, and Silver. p34cdc2 kinase by cyclin A. 507. Silverstein, S. C. See Greenbeig, El Khoury, Di Virgilio, Kaplan, and Rozengurt, E. See Gil, Higgins, and Rozengurt. Silverstein. Rubin, D. C., Roth, K. A., Birkenmeier, E. H., Gordon, J. I. Epi¬ Simons, K. See Parton, Dotti, Bacallao, Kurtz, Simons, and Prydz. thelial cell differentiation in normal and transgenic mouse intes¬ Singer, M. S. See Imai, Singer, Fennie, Lasky, and Rosen. tinal isografts. 1183. Singer, R. A. See Johnston, Prendeigast, and Singer. Rudnick, D. A. See Duronio, Rudnick, Johnson, Johnson, and Gordon. Slot, J. W., Geuze, H. J. Gigengack, S., Lienhard, G. E., and James, Ryan, G. See Rogers, Ryan, and Hammerman. D. E. Immuno-localization of the insulin regulatable glucose trans¬ Ryd, M. See Sandvig, Prydz, Ryd, and van Deurs. porter in brown adipose tissue of the rat. 123. Ryeom, S. W. See Weller, Ryeom, Picard, Ackerman, and Dvorak. Smith, C. R. See Watanabe, Tsukada, Smith, and Phillips. The Journal of Cell Biology, Volume 113, 1991 1490 Solnica-Krenl, L., Burland, T. G., and Dove, W. F. Variable path- van der Raaij-Helmer, L. M. H. See Sonnenberg, Cala&t, Janssen, wi^s for developmental changes of mitosis and cytokinesis in Daams, van der ibiaij-Helmer, Falcioni, Keiuiel, Aplin, Baker, Physarum polycephalum. S91. Loizidou, and G’rrod. Sonnenberg, A., Cala^t, J., Janssen, H., Daams, H., van der Raaij- van Deurs, B. See I ..msen, Sandvig, and van Deurs. Helmer, L. M. H., Falcioni, R., Kennel, & J., Aplin, J. D., van Deurs, B. See Landvig, Prydz, Ryd, and van Deurs. Baker, J., Loizidou, M., and Garrod, D. Integrin cic6//34 complex Muidewalle, A. See Pri6, Ronco, foudouin, Geniteau-L^ndie, Antoine, is located in hemidesmosomes, suggesting a major role in epider¬ Piedagpel, Estiade, Lelongt, \ferroust, Cassingena, and \4ndewaUe. mal cell-basement membrane adhesion. 907. van Mourik, J. A. See Vxirbeig, Fontijn, Cala&t, Janssen, van Mourik, Soroka, C. J., and Farquhar, M. G. Characterization of a novel hep¬ and Paiuiekoek. aran sul&te proteoglycan found in the extracellular matrix of liver van Seventer, G. A. See Shimizu, Newman, Giaber, Hoigan, Beall, sinusoids and basement membranes. 1231. Gopal, van Seventer, and Shaw. Spom, M. See Nathan and Spom. ^ûghn, L. See Lochter, Vaughn, Kaploi^, Porchiantz, Schachner, and Staugaitis, S. M. See Allinquant, Staugaitis, DXJrso, and Colman. Faissner. Stelly, N., Mauger, J.-R, Claret, M., and Adoutte, A. Cortical al¬ Venstrom, K. See Napolitano, Venstrom, Wheeler, and Reichardt. veoli of Paramecium', a vast submembranous calcium storage com¬ V^rdier, G. See Aubert, Garcia, Benchaibi, Poncet, Chebloune, >ferdier, partment. 103. Nigon, Samarut, and Mura. Stenmark, H., Moskaug, J. 0., Madsbus, 1. H., Sandvig, K., and Vergani, C. See Pagani, Zagato, Veigani, Casari, Sidoli, and Baralle. Olsnes, S. Peptides fused to the amino-terminal end of diphtheria Vfenoust, R J. See Pri6, Roiko, Baudouin, Geniteau-Legendre, Antoine, toxin are translocated to the cytosol. 1025. Piedagnel, Estiade, Lelongt, \%iToust, Cassingena, and Vandewalle. Stochaj, U., Osborne, M., Kurihara, T., and Silver, R A yeast pro¬ \^kstrom, K. See Miller, Vikstrom, and Goldman. tein that binds nuclear localization signals; purification, localiza¬ Wla, A., Podini, R, Clegg, D. O., Pozzan, T., and Meldolesi, J. tion, and antibody inhibition of binding activity. 1243. Intracellular Ca^'*' stores in chicken purkinje neurons; differential Stoddard, D. W. See K^ne, Lunstrum, Morris, Stoddard, and Buigeson. distribution the low affinity-high capacity Ca^'*^ binding protein, Stromberg, E. See Billger, Strdmbeig, and Wallin. calsequestrin, of Ca^'*' AT^se and of the ER lumenal protein, Strdmhaug, R E. See Hftyvik, Gordon, Berg, Strpmhaug, and Seglen. Bip. 779. Suda, T. See Yamaguchi, Katagiri, Dceda, Wozney, Rosen, Wang, Kahn, Vitale, M. L., Rodriguez Dd Castil^ A., Tchakarov, L., and Tri£ar6, Suda, and Yoshiki. J.-M. Cortical filamentous actin disassembly and scinderin redis¬ Sudhof, T. C. See Walton, Airey, Sutko, Beck, Mignery, Siidhof, tribution during chromaffin cell stimulation precedes exocytosis; D^rinck, and Ellisman. a phenomenon not exhibited by gelsolin. 1057. Sutko, J. L., Airey, J. A., Murakami, K., Takeda, M., Beck, C., \bglino, A. L. See Cortese, Voglino, and Hackenbrock. Deerinck, T., and Ellisman, M. H. Foot protein isoforms are Volkl, A. See Zaar, Volkl, and Fahimi. expressed at different times during embryonic chick skeletal muscle von der Mark, H. See Goodman, Aumailley, aixl von der Mark. development. 793. \borberg, J., Fontijn, R., Calafiit, J., Janssen, H., van Mourik, — See Walton, Airey, Sutko, Beck, Mignery, Sudhof, Deerinck, and J. A., and Paimekoek, H. Assembly and routing of von Wille- Ellisman. brand factor variants; the requirements for disulfide-linked dimer¬ Swaminathan, N. See Balsamo, Thiboldeaux, Swaminathan, and Lilien. ization reside within the carboxyl-terminal 151 amino acids. 195. Swenson, K. I. See Roy, Swenson, Walker, Gabrielli, Li, Piwnica- Vbss, B. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, Worms, and Mailer. and Birchmeier. T W Tahara, S. M. See Fischer, Darzynkiewicz, Tahara, Dathan, Luhrmann, Wagner, J. A. See Scheibe, Ginty, and Wagner. and Mattaj. Walker, D. H. See Rcy, Swenson, >\yker, Gabrielli, Li, Piwnica- Takeda, M. See Sutko, Airey, Murakami, Takeda, Beck, Eieerinck, Worms, and Mailer. and Ellisman. WaUer, G. S. See Lowey, Wilier, and Bandman. Tamura, R. N. See de Curtis, Quaranta, Tamura, and Reichardt. Wallimann, T. See Eppenbeiger-Eberhardt, Riesinger, Messerli, Tchakarov, L. See Vitale, Rodriguez Del Castillo, Tchakarov, and Tri&r6. Schwarb, Muller, Eppenbeiger, and Wallimann. Terranova, V. R See Lein, Higgins, Turner, Flier, and Terranova. Wallin, M. See Billger, Stromberg, and Wallin. Thiboldeaux, R. See Balsamo, Thiboldeaux, Swaminathan, and Lilien. Walsh, L. J. See Goerdt, Walsh, Murphy, and Pober. Tiln^, L. G. See Shaw, Tilney, and Musoke. Walton, P. D., Aii^, J. A., Sutko, J. L., Beck, C. F., Mignery, ToUervey, D. See Jansen, Hurt, Kern, Lehtonen, Carmo-Fbnseca, G. A., Sudhof, T. C., DeeriiKk, T. J., and Ellisman, M. H. Lapeyre, and ToUervey. Ryanodine and inositol trisphosphate receptors coexist in avian Toumier, F., Komesli, S., Raintrand, M., Job, D., and Bomens, M. cerebellar Purkinje neurons. 1145. The intercentriolar linkage is critical for the ability of heterolo¬ Wang, E. A. See Yamaguchi, Katagiri, Ikeda, Wozney, Rosen, Vi^g, gous centrosomes to induce parthenogenesis in Xenopus. 1361. Kahn, Suda, and Yoshiki. Traub, R See Janmey, Euteneuer, Traub, and Schliwa. Warda, A. See Frixen, Behrens, Sachs, Eberle, Voss, Warda, Lochner, Trifard, J.-M. See Vitale, Rodriguez Del Castillo, Tchakarov, and Tri&r6. and Birchmeier. Tsukada, N. See Watanabe, Tsukada, Smith, and Phillips. Watanabe, N., Tsukada, N., Smith, C. R., and Phillips, M. J. Motil¬ Tsukita, S., Oishi, K., Akiyama, T., Yamanashi, Y., Yamamoto, ity of bile canaliculi in the living animal; implications for bile flow. T., and Tsukita, S. Specific proto-oncogenic tyrosine kinases of 1069. src family are enrich^ in cell-to-cell adherens Junctions where Wayner, E. See Brown, Bouchard, St. John, Wiyner, and Carter. the level of tyrosine phosphorylation is elevated. 867. Wayner, E. A., Orlando, R. A., and Cheresh, D. A. Integrins av/33 — See Sato, Yonemura, Obinata, Tsukita, and Tsukita. and av|35 contribute to cell attachment to vitronectin but differen¬ — See Tsukita, Oishi, Akiyama, Yamanashi, Yamamoto, and Tsukita. tially distribute on the cell surface. 919. Tiimer, D. C. See Lein, Higgins, Turner, Flier, and Terranova. Wedaman, K. P. See Wright, Henson, Wedaman, Willy, Morand, and Scholey. Weis, J., Fine, S. M., David, C., Savarirayan, S., and Sanes, J. R. Integration site-dependent expression of a transgene reveals spe¬ V cialized features of cells associated with neuromuscular junctions. 1385. Vble, R. D. See Allan and Vale. Weller, P. F., Ryeom, S. W., Picard, S. T., Ackerman, S. J., and Vbndenberg, R, Kem, A., Ries, A., Luckenbill-Edds, L., Maim, Dvorak, A. M. Cytoplasmic lipid bodies of neutrophils; forma¬ K., and Kiihn, K. Characterization of a type FV collagen major tion induced by cis-unsaturated fotty acids and mediated by protein cell binding site with affinity to the a 1/31 integrins. 1463. kinase C. 137. Author Index 1491 Werb, Z. See Librach, Werb, Fitzgerald, Chiu, Corwin, Esteves, Gro- Y belny, Galardy, Damsky, and Fisher. Whalley, T. CrosslQr, I., and Whitaker, M. Phosphoprotein inhibi¬ Yamaguchi, A., Katagiri, T., Ikeda, T., Wozney, J. M., Rosen, V., tion of calcium-stimulated exocytosis in sea urchin eggs. 769. Wang, E. A., Kahn, A. J., Suda, T., and \bshiki, S. Recom¬ Wheeler, E. F. See Napolitano, Venstrom, Wheeler, and Reichardt. binant human bone morphogenetic protein-2 stimulates osteoblas¬ Whitaker, M. See Whdley, Crossley, and Whitaker. tic maturation and inhibits myogenic differentiation in vitro. 681. Whitehouse, L. See Mecham, Whitehouse, Hay, Hinek, and Sheetz. Yamamoto, T. See Tsukita, Oishi, Akiyama, Yamanashi, Yamamoto, Wiedmann, M. See High, Gorlich, Wiedmann, Rapoport, and Dob- and Tsukita. berstein. Yamanashi, Y. See Tsukita, Oishi, Akiyama, Yamanashi, Yamamoto, >^^trdm, L., and Lodish, H. F. Nonlysosomal, pre-Golgi degrada¬ and Tsukita. tion of unassembled asialoglycoprotein receptor subunits: a TLCK- Yamasaki, M. See Nakajima, Hirata, Ogawa, Yonehara, Yoda, and and TPCK-sensitive cleavage within the ER. 997. Yamasaki. Willy, P. J. See Wright, Henson, Wedaman, Willy, Morand, and Scholey. \bda, K. See Nakajima, Hirata, Ogawa, Yonehara, Yoda, and Yamasaki. Woodhead, J. L. See Levine, Chantler, Kensler, and Woodhead. \bnetiara, T. See Nakajima, Hirata, Ogawa, Yonehara, Yoda, and — See Levine, Woodhead, and King. Yamasaki. Wozney, J. M. See Yamaguchi, Katagiri, Ikeda, Wozney, Rosen, Wang, Yonemura, S. See Sato, Yonemura, Obinata, Tsukita, and Tsukita. Kahn, Suda, and Yoshiki. \bshiki, S. See Yamaguchi, Katagiri, Ikeda, Wozney, Rosen, Wang, Wright, B. D., Henson, J. H., Wedaman, K. R, Willy, P. J., Morand, Kahn, Suda, and Yoshiki. J. N., and Scholey, J. M. Subcellular localization and sequence of sea urchin kinesin heavy chain: evidence for its association with membranes in the mitotic apparatus and interphase cytoplasm. 817. Wu, Z., Murphy, C., Callan, H. G., and Gall, J. G. Small nuclear ribonucleoproteins and heterogeneous nuclear ribonucleoproteins Z in the amphibian germinal vesicle: loops, spheres, and snurposomes. 465. Zaar, K., Volkl, A., and Fahimi, H. D. Purification of marginal plates from bovine renal peroxisomes: identification with L-a-hydroxyacid oxidase B. 113. Zacchetti, D. See Grohovaz, Zacchetti, Clementi, Lorenzon, Meldo- lesi, and Fumagalli. X Zagato, L. See Pagani, Zagato, Vergani, Casari, Sidoli, and Baralle. Zinkowski, R. R, Meyne, J., and Brinkley, B. R. The centromere- Xue, Z. See Lee, Xue, and Melese. kinetochore complex: a repeat subunit model. 1091. The Journal of Cell Biology, Volume 113, 1991 1492 SUBJECT INDEX VOLUME 113 Acetylcholine Basement Catecholamine receptor assembly 113: 1371 membrane cell junction intenin 113: 907 secretion chromaffin cell actin 113:1057 Acetylgalactoeaminylphoephotransferase membrane ccUên glomerulus ontogenesis Cattle retina adhesion caaherin 113: 429 113:689 lymphocyte Theileria sporozoite entry Actin membrane proteoglycan liver 113: 1231 antigen 113: 87 assembly Fc receptor phagocytosis macros Bile CD44 phaê 113:757 canaliculi motility living animal Ci^ên protein keratinocyte 113: 207 cadhenn complex acetylgalactoeaminylph= 113: 1069 osphotransferase eye 113: 429 Bip heparan sulfate proteoglycan skin filament scinderin chromaffin cell protein calcium Purkinje nerve 113: 779 113: 207 113: 1057 protein cholinergic receptor subunit assocn CeU heterogeneity microvessel pericyte 113: 1125 adherens junction src tyrosine kinase 113:147 Bird 113: 867 interaction profllin platelet 113:1081 development myosin heavy chain homodi= adhesion collagen type IV receptor vimentin tuoulin fllament rheol viscoelas= mer 113: 303 113: 1475 ticity 113:155 Blood adhesion integrin beta3 113: 451 Adherens platelet ^wth factor receptor autophos= cycle control microtubule membrane iunction cell src tyrosine kinase 113: 867 phorylation 113: 361 transport 113: 347 Adhesion vessel adhesion lymphocyte ELAM glyco= death proastroblast EGF 113: 671 basal epidermis integrin hemidesmoeome protein 113: 1203 division cleavage furrow nwlixin 113: 321 113: 907 vessel endothelium plasminogen activator division p34cdc2 kinase cyclin A 113: 507 cell beta3 integrin 113: 451 inhibitor 113: 1413 junction cadherin endocytosis epithelium cell collagen type IV receptor 113: 1475 vessel urokinase receptor flbroblast factor 113: 881 desmosome membrane glycoprotein dg2 113: 1193 junction integrin basement membrane dg3 113:381 Bone 113:907 integrin cell membrane vitronectin morphogenetic protein osteoblast membrane adhesion integrin vitronectin 113: 919 113: 681 113: 919 plaque talin focal contact Hbroblast Boron membrane adhesion receptor laminin 113: 1351 dipyrromethene difluoride compd prepn 113: 931 receptor laminin cell membrane 113: 931 113: 1267 membrane glycoprotein CD44E 113: 207 retina cadherin acetylgalactosaminylpho6= Bradykinin membrane upid transmit 113:1267 photransferase 113: 429 receptor activation nerve calcium neuronal epithelial redistribution endo= T lymphocyte endothelium LFAl antigen 113: 1341 some 113: 261 113: 1203 Brain nucleus heterogeneous smaU nuclear ribo= Adipose calcium ATPase Purkinje nerve 113: 779 nucleoprotem 113: 465 brown glucose transporter insulin cod microtubule colchicine stability MAP nucleus NLS binding protein yeast 113: 123 113: 331 113:1243 Aging receptor calcium channel protein nucleus ribonucleoprotein transport fibronectin mRNA processing 113: 1223 113: 1145 113: 705 Albumin Brefeldin proliferation histone H5 phosphorylation FITC complex mitochondria ionic strength A resistance PtKl cell 113: 1009 113: 497 113: 1331 Brown PtKl resistance brefeldin A 113:1009 Aik adipose glucose transporter insulin transgene neuromuscular junction phosphatase organelle neutrophil 113: 123 113: 1385 113: 743 Cadherin CeUular Anchor adhesion retina acetylgalactosaminylphos= regulation notch function development glycophosphatidylinositol attachment photransferase 113: 429 Drosophila 113: 657 protein internal signal 113: 77 B gene chicken cloning sequence 113: 893 Centrifugation Animal ceU junction endocytoeis epithelium density gradient p53 intermediate com= living bile canaliculi motility 113: 1069 113: 881 partment 113: 45 Antigen E carcinoma invasiveness inhibition Centromere class I Theileria sporozoite lymphocyte 113: 173 structure DNA protein mitosis 113: 1091 113: 87 Calcium Centrosomes LFAl T lymphocyte adhesion endothelium actin assembly disassembly macrophage heterologous intercentriolar linkage par= 113: 1203 phagocytosis 113: 757 thenogenesis Xenopus 113: IMl MSI tissue sinusoid endothelium activation thick Hlament Limulus Ceramide 113: 1425 113: 573 fluorescent stain Golgi app 113:1267 protein CD44 keratinocyte 113: 207 ATPase brain Purkinje nerve 113: 779 Cerebellar Aporhodopsin cortical granule exocytosis oocyte phos= cortex calsequestrin Purkinje nerve sorting post Golgi vesicle photoreceptor phoprotein 113: 769 113: 779 113: 1281 nerve cell receptor activation 113: 1341 Chicken Arachidonate Paramecium membrane fusion exocytosis cadherin B gene cloning sequence release mastoparan G protein 113: 943 " endocytoeis 113: 1295 113: 893 Asialoglycoprotein transport cortical alveoli Paramecium embryo retina laminin receptor 113: 405 receptor degrdn endoplasmic reticulum 113: 103 glycoprotein NrCAM nervous system 113: 997 Calseouestrin 113: 1399 Asparagine Purkinje nerve cerebellar cortex 113: 779 Chlamydomonas autophagy lysoeome lactose liver cAMP dynein gene ODA6 mutation sequence 113:1305 nicotinic receptor subunit assembly 113:835 Atherosclerosis 113: 623 dynein outer arm mutant 113: 615 ^ h^protein a 113: 1439 protein kinase nerve retinoate 113:1173 microtuble tubulin herbicide resistance Canaliculi 113:605 receptor activation nerve calcium bile motility living animal 113:1069 reinhardtii linkage group XDC 113: 339 113:1341 Capill^ Choline ATPase pericyte actin heterogeneity 113: 147 acetyl receptor assembly 113:1371 calcium brain Purkinje nerve 113: 779 Carbamylcholine Cholinergic Autophagy receptor activation nerve calcium receptor dystrophin elec oân 113:1133 lysoeome lactose liver asparagine 113: 1341 receptor subunit assocn Bip protein 113:1305 Carbohydrate 113:1125 Autophoephorylation ligand endothelium lymphocyte homing Chromaffin blood putelet growth factor receptor receptor 113: 1213 cell filament scinderin 113:1057 113: 361 Carcinoma Chromosome Axon invasiveness inhibition E cadherin motion attachment vertebrate spindle nerve sympathetic collagen integrin 113:173 113:805 113: 417 Cardiomyoc]^ saltatory behavior kinetochore fiber Basal puacryst inclusion creatine 113: 289 113:805 epidermis adhesion integrin hemidesmo^ Cartilage Class some 113: 907 collagen TL A B 113: 963 I antigen Theileria sporozoite lymphocyte 113:87 Subjea Index, Volume 113 1493 Cleavage EGF FibrU furrow cell division radizin 113: 321 keratinocyte proliferation tyrosine kinase assembly flbronectin sûence 113:1463 Cloning blocker 113:857 collagen type XII localization 113: 971 chicken cadherin B gene 113: 893 proastroblast cell death 113: 671 Fibrillarin Cod ELAM gene human sequence 113: 715 brain microtubule colchicine stability glycoprotein blood vessel adhesion lym= Fibroblast MAP 113:331 phocyte 113:1203 extracellular matrix leukoregulin Colchicine Elastin 113: 1455 stability microtubule MAP cod brain laminin binding protein receptor growth factor urokinase receptor endothe= 113: 331 113: 187 hum 113: 1193 Cold Elec neuromuscular junction transgene nicotinic receptor subunit assembly organ dystrophin cholinergic receptor 113: 1385 113: 623 113: 1133 talin lamellipodium focal contact Collagen Embryo 113: 1351 baMment membrane glomerulus ontogen= implantation cytotrophoblast collagenase Fibronectin esis 113: 689 113: 437 mRNA processing development aging integrin sympathetic nerve axon 113: 417 metanephros insulinlike growth factor 113:1223 TLAB 113:963 113: 1447 sequence fibril assembly 113:1463 type rV receptor cell adhesion 113:1475 mitotic app cytoplasm kinesin Strongylo= Filament tvpe XII localization fibril 113: 971 centrotus 113: 817 actin scinderin chromafHn cell 113: 1057 Collênase mouse muscle regulatory gene expression intermediate protein sorting assembly cytotrophoblast invasion uteriis 113: 437 113: 1255 113: 1111 Complementation retina laminin receptor chicken 113: 405 thick structure phosphorylation muscle Hbrillarin yeast nucleolar protein NOPl Endocytic 113: 563 113: 715 vesicle population preendosomal compart= tubulin actin vimentin rheol viscoelasticity Cortical ment 113: 731 113: 155 alveoli Paramecium calcium transport Endocytoeis Fish 113:103 cell junction cadherin epithelium muscle Z band reconstruction 113: 1043 granule ezocytosis calcium oocyte pho6= 113: 881 FITC phoprotein 113: 769 Paramecium membrane fusion calcium albumin complex mitochondria ionic Cow 113: 1295 strength 113: 1331 desmocollin 2 3 gene sequence 113: 381 Shiga toxin 113: 553 Fluorescent Creatine Endoplasmic ceramide stain Golgi app 113: 1267 kinase heart creatine 113: 289 reticulum asialoglycoprotein receptor Focal Cyclin de^ 113:997 contact nbroblast talin lamellipodium A p34cdc2 kinase ceil division 113: 507 reticulum Golgi intermediate compartment 113:1351 Cytokine purifn 113: 45 Foot intercellular communication review reticulum golgi Saccharomyces BOSl protein muscle development 113: 793 113: 981 protein 113: 55 Fusion Cytokinesis reticulum signal anchor protein interaction membrane Paramecium ezocytosis calcium mitosis development pathway Physarum 113: 35 113: 1295 polycephalum 113: 591 reticulum signal anchor protein transloca= G Cytoplasm tion 113: 25 protein mastoparan arachidonate release lipid body neutrophil protein kinase reticulum von Willebrand factor assembly 113: 943 113:137 113:195 Gadus mitotic app kinesin Strongylocentrotus Endoeome MAP protein microtubule colchicine sta= embryo 113: 817 redistribution neuronal epithelial cell bility 113:331 protein assembly desmosome epithelium 113: 261 Galactoside 113: 645 Endothelium elastin binding protein 113: 187 Cytoekeleton adhesion T lymphocyte LFAl antigen Galactosyltransferase protein transport gene USOl Saccharo= 113: 1203 nerve growth laminin fragment 113: 637 myces 113: 245 blood vessel plasminogen activator inhib= Gap Cytosol itor 113: 1413 junction channel protein retinoate trans= translocation diphtheria toxin peptide carbohydrate ligand lymphocyte homing formation 113: 371 extension 113:1025 receptor 113: 1213 Gelsolin Cj^trophoblast tissue sinusoid antigen MSI 113: 1425 actin filament chromaffin cell 113: 1057 invasion uterus collagenase 113: 437 urokinase receptor nbroblast growth factor Gene Death 113: 1193 BOSl membrane protein sequence Saccha= cell proastroblast EGF 113: 671 Untactin romyces 113: 55 Density basement membrane glomerulus ontogen= cadherin B chicken cloning sequence gradient centrifugation p53 intermediate esis 113: 689 113: 893 compartment 113: 45 Enteroendocrine desmocollin 2 3 se<}uence cow 113: 381 DesmocoUin differentiation jejunum transgene fabpl epithelium differentiation jejunum 2 3 sequence desmosome membrane 113: 1183 113: 1183 113: 381 Epidermis flbrillarin human sequence 113: 715 Desmoglein basal adhesion integrin hemidesmosome Kex2 serine proteinase Saccharomyces assembly cytoplasm epithelium 113: 645 113: 907 Golgi 113:527 Desmoplakin Epithelial laminin receptor eye embryo 113: 405 assembly cytoplasm epithelium 113: 645 cell neuronal redistribution endosome mannosylinoeitolphosphoceramide forma= Desmosome 113: 261 tion Saccharomyces sphingolipid membrane desmocollin 2 3 sequence Epithelium 113: 515 113: 381 assocd coding renon CD44E 113: 207 MyfB sequence biphasic expression mouse protein assembly cytoplasm epithelium cell junction cadnerin endocytoeis 113:1255 113: 645 113: 881 MY02 myosin Saccharomyces sequence Development desmosome protein assembly cytoplasm vesicle 113: 539 fibronectin mRNA processing 113: 1223 113: 645 neuromuscular junction cell 113: 1385 muscle foot protein 113: 793 differentiation intestine transgene NSRl protein sequence nucleus Saccharo= myosin heavy chain homodimer 113: 311 113:1183 myces 113: 1 myosin heavy chain homodimer bird keratin tonofilament 113: 843 ODA6 dynein mutation sequence Chlamy= 113: 303 Exocytosis domonas 113: 835 Differentiation chromaffin cell actin scinderin 113: 1057 USOl protein sequence Saccharomyces intestine epithelium transgene 113:1183 oocyte fertilization phosphorylation phos= 113: 245 Dimerization phoprotein 113: 769 vsis protein mitosis 113: 361 von Willebrand factor 113:195 Paramecium membrane fusion calcium Glomerulus Diphtheria 113: 1295 basement membrane collagen ontogenesis toxin peptide extension translocation Extracellular 113: 689 cytosol 113: 1025 matrix flbroblast leukoregulin 113:1455 Glucose DNA matrix proteoglycan liver 113: 1231 transporter brown adipose insulin centromere structure mitosis 113:1091 Eye 113:123 Domain acetylâlactosaminylphoephotransferase GLUT preprotein signal protein SRP54 113: 229 actm cadherin complex 113: 429 4 protein brown adipose insulin 113: 123 Drosophila gene laminin receptor embryo 113: 405 Glycolipid development cellular regulation notch Fatty MDCK cell Shiga toxin 113: 553 function 113: 657 acid neutrophil lipid body 113:137 GlycophosphatidyUnositol Dynein Fc anchor attachment protein internal signal gene ODA6 mutation sequence Chlamydo= receptor phagocytosis macrophage actin 113: 77 monas 113: 835 assembly 113: 757 Glycoprotein outer arm mutant Chlamydomonas Fertilization CDÊ cell membrane 113: 207 ’ 113: 615 oocyte exocytosis phosphorylation phos= cell membrane adhesion vitronectin Dystrophin phoprotein 113: 769 113: 919 elec organ cholinergic receptor 113:1133 Fiber E kinetochore saltatory behavior chromo= cadherin carcinoma invasiveneas inhibition some 113: 805 ELAM blood vessel adhesion lymphocyte 113:173 The Journal of Cell Biology, Volume 113, 1991 1494