Table Of Content

Author Index A lation of interferon y secretion and triggering of tumor necrosis fac¬ tor a release. 1(K)5. Aanstoot, H.-J. See Kim, Namchuk, Bugawan, Fu,Jafl'c, Shi, Aanstoot, Armitage, R.J. See Renshaw, Fanslow, Armitage, Campbell, Liîtt, Turck, Erlich, Lennon, and Baekkeskov. Wright, 13avison, and Maliszewski. Aarden, L.A. See dc Hon, Ehlers, Rosc-John, Ebeling, Bos, Aarden, Arsequell, G. See Haurum, Arsequell, Lellouch, Wong, Dwek, and Brakenhoft'. McMichael, and Elliott. Abraham, R.T. See Bonncina, Karnitz, Schoon, Abraham, and Leibson. Artini, M. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, Penna, Abrignani, S. See Unutmaz, Pilcri, and Abrignani. Giuberti, Fiaccadori, and Ferrari. Acha-Orbea, H. See Held, Waanders, Acha-Orbea, and MacDonald. Aruffo, A. See Bartolazzi, Peach, Aruffo, and Stamenkovic. — See Karapetian, Shakhov, Kraehenbuhl, and Acha-Orbea. — See Foy, Laman, Ledbetter, Aruffo, Claassen, and Noelle. Agus, D. Sec Sprent, Surh, Agus, Hurd, Sutton, and Heath. Arulanandam, A.R.N., Kister, A., McGregor, M.J., Wyss, D.F., Ahdieh, M. See Carson, Giri, Lindemann, Linett, Ahdieh, Ra.xton, Wagner, G., and Reinherz, E.L. Interaction between human CD2 Anderson, Eisenmann, Grabstein, and Caligiuri. and CD58 involves the major 0 sheet surface of each of their re¬ Akbar, A.N., Savill, J., Gombert, W., Boiill, M., Borthwick, N.J., spective adhesion domains. 1861. Whitelaw, F., Grundy, J., Janossy, G., and Salmon, M. The Augugliaro, R. See Moretta, Vitale, Sivori, Bottino, Morelli, Augugli- specific recognition by macrophages of CD8*,CD45RO* T cells aro, Barbaresi, Pende, Ciccone, Lopez-Botet, and Moretta. undergoing apoptosis; a mechanism for T cell clearance during reso¬ Austen, K.F. See Eklund, Ghildyal, Austen, Friend, Schiller, and lution of viral infections. 1943. Stevens. Akisawa, T. See Uenaka, Quo, Akisawa, Wada, Yasuda, and Nakayama. Azuma, M. See Caux, Vanbervliet, Massacrier, Azuma, Okumura, Lanier, Akizuki, S.-i. See Hara, Morita, Iwaki, Hatae, Itoyama, Kitamoto, Akizuki, and Banchereau. Goto, and Watanabe. — See Cifone, De Maria, Roncaioli, Rippo, Azuma, Lanier, Santoni, and Albelda, S.M. See Lazaar, Albelda, Rilewski, Brennan, Pure, and Testi. Panettieri. — See Inaba, Winner-Pack, Inaba, Hathcock, Sakuta, Azuma, Yagita, Albert, S.E., Strutz, F., Shelton, K., Haverty, T., Sun, M.J., Li, Okumura, Linsley, Ikehara, Muramatsu, Hodes. and Steinman. S.-r., Denham, A., Maki, R.A., and Neilson, E.G. Characteriza¬ tion of a Cis-acting regulator^' element which silences expression of the class 11-A 0 gene in epithelium. 233. Aldovini, A. SeeTsomides, Aldovini, Johnson, Walker, Young, and Eisen. B Allen, P.M. See Sloan-Lancaster, Evavold, and Allen. Ailing, D.W. See Smith, Fox, Masur, Winter, and .Ailing. Bachmann, M. SccTroster, Metzger, Semsei, Schwemmle, Winterpacht, Alt, F. See Okada, Mendelsohn, and Alt. Zabel, and Bachmann. Alt, F.W. See Sen, Shinkai, Alt, Sen, and Burakoff. Badolato, R., Wang, J.M., Murphy, W.J., Lloyd, A.R., Michiel, Amiri, P., Haak-Frendscho, M., Robbins, K., McKerrow, J.H., D.F., Bausserman, L.L., Kelvin, D.J., and Oppenheim, J.J. Stewart, T., and Jardieu, P. Anti-immunoglobulin E treatment Serum amyloid A is a chemoattractant: induction of migration, decreases worm burden and egg production in Schislosoma inaiisoiii— adhesion, and tissue infiltration of monocytes and polymorphonuclear infected normal and interferon y knockout mice. 43. leukocytes. 203. Amraoui, Z. See Florquin, Amraoui, Dubois, Decuyper, and Goldman. Baekkeskov, S. See Kim, Namchuk, Bugawan, Fu, Jaffe, Shi, Aanstoot, Anderson, D. See Carson, Giri, Lindemann, Linett, Ahdieh, Paxton, Turck, Erlich, Lennon, and Baekkeskov. Anderson, Eisenmann, Grabstein, and Caligiuri. Bajorath, J. See Peach, Bajorath, Brady, Leytze, Greene, Naemura, and Anderson, S.L., Shen, T., Lou, J., Xing, L., Blachere, N.E., Linsley. Srivastava, P.K., and Rubin, B.Y. The endoplasmic reticular heat Balcewicz-Sablinska, M.K. See Newman, Balcewicz-Sablinska, shock protein gp96 is transcriptionally upregulated in interferon- Guamaccia, Remold, and Silberstein. treated cells. 1565. Baldwin, S.A. See Kan, Baldwin, and Whetton. Aniagolu, J.U. See Seguin, Klotz, Schneider, Weir, Goodbary, Slayter, Balish, E. See Taurog, Richardson, Croft, Simmons, Zhou, Femandez- Raney, Aniagolu, and Green. Sueiro, Balish, and Hammer. Annunziato, F. See Maggi, Giudizi, Biagiotti, Annunziato, Manetti, Balk, S.P. See Gross, Schwartz, Stevens, Ebert, Blumberg, and Balk. Piccinni, Parronchi, Sampognaro, Giannarim, Zuccati, and Banchereau, J. Sec Caux, Massacrier, Vanbervliet, Dubois, Van Kooten, Romagnani. Durand, and Banchereau. — See Manetti, Annunziato, Biagiotti, Giudizi, Piccinni, Giaiinarini, — See Caux, Vanbervliet, Massacrier, Azuma, Okumura, Lanier, and Sampognaro, Parronchi, Vinante, Pizzolo, Maggi, and Romagnani. Banchereau. Appel, J. See Krystal, Lam, Dragowska, Takahashi, Appel, Gontier, Jenkins, — See Pascual, Liu, Magalski, de Bouteiller, Banchereau, and Capra. Lam, Quon, and Lansdorp. Banki, K., Colombo, E., Sia, F., Halladay, D., Mattson, D.H., Appella, E. See Kawakami, Eliyahu, Sakaguchi, Robbins, Rivoltini, Tatum, A.H., Massa, P.T., Phillips, P.E., and Perl, A. Yannelli, Appella, and Rosenberg. Oligodendrocyte-specific expression and autoantigenicity of trans¬ Arase, H., Arase, N., Kobayashi, Y., Nishimura, Y., Yonehara, S., aldolase in multiple sclerosis. 1649. and Onoe, K. Cytotoxicity of fresh NKl.D T cell receptor a/0* Bannan, J.D. See Ren, Bannan, Pancholi, Cheung, Robbins, Fischetti, thymocytes against a CD4*8* thymocyte population associated with and Zabriskie. intact Fas antigen expression on the target. 423. Baranyi, L. See Matsuo, Ichida, Takizawa, Okada, Baranyi, Iguchi, Arase, N. See Arase, Arase, Kobayashi, Nishimura, Yonehara, and Onoe. Morgan, and Okada. Argaet, V.P., Schmidt, C.W., Burrows, S.R., Silins, S.L., Kurilla, Barbaresi, M. See Moretta, Vitale, Sivori, Bottino, Morelli, Augugliaro, M.G., Doolan, D.L., Suhrbier, A., Moss, D.J., Kieif, E., Barbaresi, Pende, Ciccone, Lopez-Botet, and Moretta. Sculley, T.B., and Misko, I.S. Dominant selection of an invariant Barber, L.D., and Parham, P. The essence of epitopes. 1191. T cell antigen receptor in response to persistent infection by Epstein- Barcena, A., Galy, A.H.M., Punnonen, J., Muench, M.O., Schols, Barr virus. 2335. D., Roncarolo, M.G., de Vries, J.E., and Spits, H. Lymphoid Armant, M., Ishihara, H., Rubio, M., Delespesse, G., and Sarfati, and myeloid differentiation of fetal liver CD34'^ lineage’ cells in M. Regulation of cytokine production by soluble CD23: costimu¬ human thymic organ culture. 123. 2425 Author Index • Volume 180, 1994 Bargatze, R.F., Kurk, S., Butcher, E.C., and Jutila, M.A. Neutro¬ Blachere, N.E. See Anderson, Shen, Lou, Xing, Blachere, Srivastava, phils roll on adherent neutrophils bound to cytokine-induced en¬ and Rubin. dothelial cells via L-selectin on the rolling cells. 1785. Blackman, M.A. See Deckhut, Chien, Blackman, and Woodland. Barnett, C.J.K. See Reddy, Yang, Yue, Barnett, Ross, Sweet, Hume, Blackman, M.J., Scott-Finnigan, T.J., Shai, S., and Holder, A.A. and Ostrowski. Antibodies inhibit the protease-mediated processing of a malaria Baron, A. See Kirberg, Baron, Jakob, Rolink, Kaijalainen, and von merozoite surface protein. 389. Boehmer. Blumberg, R.S. See Gross, Schwartz, Stevens, Ebert, Blumberg, and Balk. Bartolazzi, A., Peach, R., AruiTo, A., and Stamenkovic, I. Inter¬ Boehm, B.O. See Richter, Mertens, Schoel, Muir, Ritzkowsky, Scher- action between CD44 and hyaluronate is directly implicated in the baum, and Boehm. regulation of tumor development. 53. Boes, J. See Heeney, van Els, de Vries, ten Haaft, Otting, Koornstra, Barton, D.S. See Lira, Zalamea, Heinrich, Puentes, Carrasco, Lewin, Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Barton, Durham, and Bravo. and Osterhaus. Battaglia, E. See Montrucchio, Lupia, Battaglia, Passerini, Bussolino, Bofill, M. See Akbar, Savill, Gombert, Bofill, Borthwick, Whitelaw, Emanuelli, and Camussi. Grundy, Janossy, and Salmon. Battat, L. See Vallat, Gilleaudeau, Battat, Wolfe, Nabeya, Heftier, Hodak, Bogdan, C. See Stenger, Thiiring, Rollinghotf, and Bogdan. Gottlieb, and Krueger. Bolscher, B.G.J.M. See Leusen, Bolscher, Hilarius, Weening, Kaulfersch, Bausserman, L.L. See Badolato, Wang, Murphy, Lloyd, Michiel, Baus.ser- Seger, Roos, and Verhoeven. man, Kelvin, and Oppenheim. Bonnefoy, J.-Y. See Life, Gauchat, Schnunger, Estoppey, Mazzei, Durandy, Beamer, W.G. See Smithson, Beamer, Shultz, Chnstianson, Shultz, and Fischer, and Bonnefoy. Kincade. Bonnema, J.D., Karaitz, L.M., Schoon, R.A., Abraham, R.T., Becker, E.L. See Gao, Becker, Freer, Muthukumaraswamy, and Murphy. and Leibson, P.J. Fc receptor stimulation of phosphatidylinositol Beckers, C.J.M. See Villanueva, Beckers, and Pamer. 3-kinase in natural killer cells is associated with protein kinase C- Beletsky, I. See Bigda, Beletsky, Brakebusch, Varfolomeev, Engelmann, independent granule release and cell-mediated cytotoxicity. 1427. Bigda, Holtmann, and Wallach. Bonneville, M. See Davodeau, Peyrat, Gaschet, Hallet, Triebel, VitS Bell, M. See McKean, Huntoon, and Bell. Kabelitz, and Bonneville. Bell, R.G. See Ramaswamy, Hakimi, and Bell. Bono, E. See Hammer, Bono, Gallazzi, Belunis, Nagy, and Sinigaglia. Belshaw, P.J. See Goldfeld, Tsai, Kincaid, Belshaw, Schricber, Strom- Bonomo, A. See Rackc, Bonomo, Scott, Cannella, Levine, Raine, Shevach, inger, and Rao. and Rocken. Belunis, C. See Hammer, Bono, Gallazzi, Belunis, Nagy, and Simgaglia. Bontrop, R.E. See Heeney, van Els. de Vries, ten Haaft, Otting, Koonistra, Benaroch, P. See Bijlmakers, Benaroch, and Ploegh. Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Bendelac, A. See Lantz and Bendelac. and Osterhaus. Benigni, A. See Remuzzi, Noris, Benigni, Imberti, Sayegh, and Boon, T. See Coulie, Brichard, Van Pel, Wolfel, Schneider, Traversari, Perico. Mattel, De Plaen, Lurquin, Szikora, Renauld, and Boon. Bennink, J.R. See Snyder, Yewdell, and Bcnnink. Borthwick, N.J. See Akbar, Savill, Gombert, Bofill, Borthwick, Whitelaw, Berger, S.A., Mak, T.W., and Paige, C.J. Leukocyte common anti¬ Grundy, Janossy, and Salmon. gen (CD45) is required for immunoglobulin E-mediated degranu¬ Bos, H.K. See de Hon, Ehlers, Rose-John, Ebeling, Bos, Aarden, and lation of mast cells. 471. BrakenholT. Berger, T. See Kojima, Berger, La.ssmann, Hinze-Selch, Zhang, Gehmiann, Bottino, C. See Moretta, Vitale, Sivori, Bottino, Morelli, Augugliaro, Reske, Wekerle, and Linington. Barbaresi, Pende, Ciccone, Lopez-Botet, and Moretta. Bememan, Z.N. See Snoeck, Van Bockstaele, Nys, Lenjou, Lardon, Boussiotis, V.A., Freeman, G.J., Griffien,J.D., Gray, G.S., Gribben, Haenen, Rodrigus, Peetermans, and Berneman. J.G., and Nadler, L.M. CD2 is involved in maintenance and re¬ Berse, B. See Detmar, Brown, Claffey, Yeo, Kocher, Jackman, Berse, versal of human alloantigen-specific clonal anergv'. 1665. and Dvorak. Bowden, S. See Izquierdo, Bowden, and Cantrell. — See Fava, Olsen, Spencer-Green, Yeo, Yeo, Berse, Jackman, Senger, Boyd, R. See Hanke, Mitnacht, Boyd, and Hiinig. Dvorak, and Brown. Braciale, T.J. See Graham, Braciale, and Braciale. Bertoletti, A., Costanzo, A., Chisari, F.V., Levrero, M., Artini, M., Braciale, V.L. See Graham, Braciale, and Braciale. Sette, A., Penna, A., Giuberti, T., Fiaccadori, F., and Ferrari, Bradley, L.M., Watson, S.R., and Swain, S.L. Entrv' of naive CD4 C. Cytotoxic T lymphocyte response to a wild type hepatitis B virus T cells into peripheral Ivmph nodes requires L-selectin. 2401. epitope in patients chronically infected by variant viruses carrying Brady, W. See Peach, Bajorath, Brady, Leytze, Greene, Naemura, and substitutions within the epitope. 933. Linsley. Berzofsky, J.A. See Kozhich, Kawano, Egwuagu, Caspi, Maturi, Brakebusch, C. See Bigda, Beletsky, Brakebusch, Vartblomeev, Engel¬ Berzofsky, and Gery. mann, Bigda, Holtmann, and Wallach. Bhakdi, S. See Walmrath, Ghofrani, Rosseau, Schiitte, Cramer, Kaddus, B rakenhofF, J. P.J. Seede Hon, Ehlers, Rose-John, Ebeling, Bos. Aarden, Grimminger, Bhakdi, and Seeger. and Brakenhotf. Biagiotti, R. See Maij;!, Giudizi, Biagiotti, Annunziato, Manetti, Piccinni, Brang, D. See Romani, Gruner, Brang, Kampgen, Lenz, Trockenbacher, Parronchi, Sampognaro, Giannanni, Zuccati, and Romagnani. Konwalinka, Fritseh. Steinman, and Schuler. — See Manetti, Annunziato, Biagiotti, Giudizi, Piccinni, Giannanni, Bravo, R. See Lira, Zalamea, Heinrich. Fuentes, Carrasco, Lewin, Barton, Sampognaro, Parronchi, Vinante, Pizzolo. Maggi, and Romagnani. Durham, and Bravo. Biddison, W.E. See Gueguen, Biddison, and Long. Brennan, B. See Lazaar, Albelda, Pilewski, Brennan, Purc\ and Panettieri. Bigda, J., Beletsky, I., Brakebusch, C., Varfolomeev, Y., Engel- Brennan, J., Mager, D., Jefferies, W., and Takei, F. Expression of matin, H., Bigda, J., Holtmann, H., and Wallach, D. Dual different members of the Ly-49 gene family defines distinct natural role of the p75 tumor necrosis factor (TNF) receptor in TNF cyto¬ killer cell subsets and cell adhesion properties. 2287. toxicity. 445. Brennan, P.J. See Pessolani, Smith, Rivoire, McConnick, Hefta, Cole, — .See Bigda, Beletsky. Brakebusch, Vartblomeev, Engelmann, Bigda, and Brennan. Holtmann. and Wallach. Brenner, M.B. See Rajagopalan and Brenner. Bijlmakers, M.-j.E., Benaroch, P., and Ploegh, H.L. Mapping func¬ — See Sugita and Brenner. tional regions m the lumenal domain of the class Il-ass(Kiated in- Brian, A.A. See Torigoe. Millan, Chan, Tachman, Brian, and Reed. vanant chain. 623. Brichard, V. See Coulie. Brichard, Van Pel, Wolfel, Schneider, Traver- Bissonnette, R.P., McGahon, A., Mahoubi, A., and Green, D.R. sari, Mattel, De Plaen, Lurquin, Szikora, Renauld, and Boon. Functional Myc-Max heterodiiner is required for activation-induced Bridgett, M.M. SeeSerreze, Prochazka, Reifsnyder, Bridgett, and Leiter. apoptosis in T cell liybridomas. 2413. Briles, D.E. See Langennann, Palaszynski, Burlein. Koenig, Hanson, Biswas, P. See Franzose>, Biswas, Poll, Cbrlson, Brown. Tomita-Yamaguchi, Briles, and Stover. Fauci, and Siebenlist. Brocke, S. See Kami, Mitchell. Brocke, Ling, and Steinman. 2426 The Journal ot Experimental Medieine Brockhaus, M. Sff Dcllabona, Padovan, Casorati, Brockhaus, and Cappelletti, M. See Fattori, Cappelletti, Costa, Sellitto, Cantoni, Carclli, Lanzavccchia. Faggioni, Fantuzzi, Ghezzi, and Poli. Brojer, E. Sec Gruel. Brqjer, Nugent, and Kunicki. Capra, J.D. See Pascual, Liu, Magalski, de Bouteiller, Banchcreau, and Brosnan, C.F. See Lee, Dickson, Brosnan, and Casadevall. Capra. Brouckaert, P. See Libert, Brouckaert, and Piers. Caput, D. See Jacobsen, Okkenhaug, Veiby, Caput, Ferrara, and Brown, K.D. See Franzoso, Biswas, Poli, Carlson, Brown, Toniita- Minty. Yaniaguchi, Fauci, and Siebenlist. Carelli, M. See Fattori, Cappelletti, Costa, Sellitto, Cantoni, Carclli, Brown, L.F. Sec Detniar, Brown, ClafFey, Yeo, Kocher, Jackman, Berse, Faîoni, Fantuzzi, Ghezzi, and Poli. and Dvorak. Carlino,J.A. See Grzegorzewski, Ruscetti, Usui, Damia, Longo, Carlino. — See Fava, Olsen, Spencer-Green, Yeo, Yeo, Berse, Jackman, Senger, Keller, and Wiltrout. Dvorak, and Brown. Carlson, L.M. See Franzoso, Biswas, Poli, Carlson, Brown, Tomita- Browning, P.J., Roberts, D.D., Zabrenetzky, V., Bryant, J., Kaplan, Yamaguchi, Fauci, and Siebenlist. M., Washington, R.H., Panet, A., Gallo, R.C., and Vogel, T. Carpenter, A. See Evans, Moyes. Carpenter, Martin, Loetschcr, Lcsslauer, Apolipoprotein E (ApoE), a novel heparin-binding protein inhibits and Cohen. the development of Kaposi’s sacroma-like lesions in BALB/c nu/nu Carracedo, J. See Ramirez, Canacedo, Zamzami, Castedo, and Kroemer. mice. 1949. Carrasco, D. See Lira, Zalamea, Heinrich, Fuentes, Carrasco, Lewin, Bruyns, E. See Schraven, Ratnofsky, Gaumont, Lindegger, Kirchgessner, Barton. Durham, and Bravo. Bruyns, Moebius, and Meuer. Carson, W.E., Giri, J.G., Lindemann, M.J., Linett, M.L., Ahdieh, Bryant, J. See Browning, Roberts, Zabrenetzky, Bryant, Kaplan, Wash¬ M., Paxton, R., Anderson, D., Eisenmann, J., Grabstein, K., ington, Panet, Gallo, and Vogel. and Caligiuri, M.A. Interleukin (IL) 15 is a novel cytokine that Buck, D. See Godfrey, Fagnoni, Harara, Buck, and Engleman. activates human natural killer cells via components of the lL-2 receptor. Bucy, R.P., Panoskaltsis-Mortari, A., (iuang, G.-q., Li, J., Karr, 1395. L., Ross, M., Russell, J.H., Murphy, K.M., and Weaver, C.T. Carter, L. See Croft, Carter, Swam, and Dutton. Heterogeneity of single cell cytokine gene expression in clonal T Casadevall, A. See Lee, Dickson, Brosnan, and Casadevall. cell populations. 1251. Casali, P. See Ichiyoshi and Casali. Bugawan, T. See Kim, Namchuk, Bugawan, Fu, Jatfe, Shi, Aanstoot, Casorati, G. See Dellabona, Padovan, Casorati, Brockhaus, and Turck, Erlich, Lennon, and Baekkeskov. Lanzavecchia. Bull, M.J. See Gonzalez-Gay, Nabozny, Bull, Zanelli, Douhan, Gntfiths, Caspar, P. See Denkers, Caspar, and Sher. Glimcher, Luthra. and David. Caspi, R.R. See Kozhich, Kawano, Egwuagu, Caspi, Matun, Berzofskv, — See Nabozny, Bull, Hanson, GnlTiths, Luthra, and David. and Gery. Burakoff, S.J. See Sen, Shinkai, Alt, Sen, and Burakoff. Cassell, D.J., and Schwartz, R.H. .A quantitative analysis of antigen- Burkhardt, H. See Michaiilsson, Malmstrom, Reis, Engstrom, Burkhardt, presenting cell function: activated B cells stimulate naive CD4 T and Holmdahl. cells but are inferior to dendritic cells in providing cosrimulation. 1829. Burkly, L. See Yeung, Pennmger, Kiindig, Law, Yamamoto, Kamikawaji, Castedo, M. See Ramirez, Carracedo, Zamzami. Castedo, and Kroemer. Burkly, Sasazuki, Flavell, Ohashi, and Mak. Catipovic, B., Talluri, G., Oh, J., Wei, T., Su, X.-M., Johansen, Burlein, J.E. See Langeniiann, Palaszynski, Burlein, Koenig, Hanson, T.E., Edidin, M., and Schneck, J.P. Analysis of the structure Briles, and Stover. of empty and peptide-loaded major histocompatibility complex mole¬ Burrows, S.R. See Argaet, Schmidt, Burrows, Silins, Kunlla. Doolan, cules at the cell surface. 1753. Suhrbier, Moss, Kietf, Sculley, and Misko. Caux, C., Massacrier, C., Vanbervliet, B., Dubois, B., Van Kooten, Bussolino, F. See Montrucchio, Lupia, Battaglia, Passenni, Bussolino. C., Durand, L, and Banchereau, J. Activation of human den¬ Emanuelli, and Camussi. dritic cells through CD40 cross-linking. 1263. Butcher, E.C. See Bargatze, Kurk, Butcher, and Jutila. —, Vanbervliet, B., Massacrier, C., Azuma, M., Okumura, K., — See Hemmench, Butcher, and Rosen. Lanier, L.L., and Banchereau, J. B7()/B7-2 is identical to CD86 and is the major functional ligand for CD28 expressed on human dendntic cells. 1841. Cavaillon, J.M. See Perdomo, Cavaillon, Huerre, Ohayon, Gounon, C and Sansonetti. Caver, T.E. See Lowrance, O'Sullivan, Caver, Waegell. and Gresham. Cabaniols, J.-P. See Cibotti, Cabaniols, Pannetier, Delarbre, Vergnon, Cazenave, P.-A. See Lafon. Scott-Algara, Marche, Cazenave. and Kanellopoulos, and Kourilsky. Jouvin-Marche. Cahen-Kramer, Y., Martensson, I.-L., and Melchers, F. The struc¬ Celia, M., Longo, A., Ferrara, G.B., Strominger, J.L., and Colonna, ture of an alternate fonii of complement C3 that displays costimula¬ M. NK3-specific natural killer cells are selectively inhibited by Bw4- tory growth factor activity for B lymphocytes. 2079. positive HLA alleles with isoleucine 80. 1235. Calderon H., C., Huang, Z.-H., Gage, D.A., Sotomayor, E.M., Cellier, M., Govoni, G., Vidal, S., Kwan, T., Groulx, N., Liu, and Lopez, D.M. Isolation of a nitric oxide inhibitor from mam- J., Sanchez, F., Skamene, E., Schurr, E., and Gros, P. Human mar\' tumor cells and its characterization as phosphatidyl serine. 945. natural resistance-associated macrophage protein; cDNA cloning, Caligiuri, M.A. See Carson, Giri, Lindemann, Linett, Ahdieh, Paxton, chromosomal mapping, genomic oiganization. and tissue-specific Anderson, Eisenmann, Grabstein, and Caligiun. expression. 1741. Calzavara, P. See Manca, Piacentini, Gelnii, Calzavara, Manganoni, Cerami, C. See Sinnis, Clavijo, Fenyo. Chait, Cerami, and Nussenzweig. Glukhov, Gargiulo, De Francesco, Pirali, De Panfilis, and Turano. Chait, B.T. See Sinnis, Clavijo, Fenyo, Chait, Cerami, and Nussenzweig. Campbell, K.A. See Renshaw, Fanslow, Amiitage, Campbell, Liggitt, Chan, K.W.H. See Tongoe, Millan, Chan, Tachman, Brian, and Reed. Wright, Davison, and Maliszewski. Chang, C.-H., Fontes, J.D., Peterlin, M., and Flavell, R.A. Class Camussi, G. See Montrucchio, Lupia, Battaglia, Passerini, Bussolino, II transactivator (ClITA) is sufficient for the inducible expression Emanuelli, and Camussi. of major histocompatibility complex class II genes. 1367. Cannella, B. See Racke. Bonomo, Scott, C'annella, Levine, Raine, Shevach, Chen, C., Martin, T.M., Stevens, S., and Rittenberg, M.B. Defec¬ and Rocken. tive secretion of an immunoglobulin caused by mutations in the Cantoni, L. See Fatton, Cappelletti, Costa, Sellitto, Cantoni, Carclli, heavy chain complenientanry determining region 2. 577. Faggioni. Fantuzzi, Ghezzi, and Poli. Chen, H.Y. See Woods. Chen, Trumbauer, Sirotina, Cummings, and Cantrell, D. See Izquierdo, Bowden, and Cantrell. Zaller. Cantrell, D.A. See Nunes, Collette, Truneh, Olive, and Cantrell. Chen, S.-H. See Zhu. Zhang. Rawlings. Vihinen, Hagemann, Saffran. Cao, Z.A. See Yang, Tisch, Singer, Cao, Liblau, Schreiber, and McDevitt. Kwan, Nilsson, Smith, Witte, Chen, and Ochs. Cappabianca, L. See de Grazia, Felli, Vacca, Farina, Marodcr, Cappa- Chen, S.-J. See Lu, Zhou, Chen, Moomian, .Moms, Finkelman, Linsley, bianca, Meco, Farina. Screpanti, Frati, and Gulino. Urban, and Cause. 2427 Author Index • Volume 180, 1994 Chen, W., Khilko, S., Fecondo, J., Matches, D.H., and McCluskey, Cranage, M. See Heeney, van Els, de Vries, ten Haaft, Otting, Koornstra, J. Dctcniiinant selection of major histoconipatibility complex class Boes, Dubbes, Niphuis, Dings, Cranage, Norley, jonker, Bontrop, l-restricted antigenic peptides is explained by class 1-peptide affinity and Osterhaus. and is strongly influenced by nondommant anchor residues. 1471. Crevon, M.-C. See Devergne, Marfaing-Koka, Schall, Leger-Ravet, Cheung, A.L. Sec Ren, Bannan, Rancholi, Cheung, Robbins, Fischetti, Sadick, Reuchmaur, Crevon, Kim, Galanaud, and Emilie. and Zabriskie. Croft, J.T. SccTaurog, Richardson, Croft, Simmons, Zhou, Fernandez- Chi, E.Y. See Yong, Chi, and Henderson. Sueiro, Balish, and Hammer. Chicz, R.M. See Urban, Cliicz, and Strommger. Croft, M., Carter, L., Swain, S.L., and Dutton, R.W. Generation Chien, Y.-h. See Deckhut, Chien, Blackman, and Woodland. of polarized antigen-specific CD8 effector populations: reciprocal Chisari, F.V. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, action of interleukin (IL)-4 and IL-12 in promoting type 2 versus Renna, Giuberti, Fiaccadon, and Ferrari. type 1 cytokine profiles. 1715. Chitnis, C.E., and Miller, L.H. Identification of the erythrocyte bind¬ Cucchiarini, M. See Lefebvre, Giordanengo, Limouse, Doglio, Cuc- ing domains of Plasmodium rirax and Plasmodium kiiou’lesi proteins chiarini, Monpoux, Mariani, and Reyron. involved m erythrocyte invasion. 497. Culmann-Penciolelli, B. See Couillin, Culmann-Renciolelli, Gomard, Chizzonite, R.A. See Ozmen, Rericin, Hakimi, Chizzonite, Wysocka, Choppin, Levy, Guillet, and Saragosti. Trinchieri, Gately, and Garotta. Cumano, A. See Regnault, Cumano, Vassalli, Guy-Grand, and Kounlsky. Choppin,J. iicc Couillin, Culmann-Renciolelli, Gomard, Choppin, Levy, Cummings, R. See Woods, Chen, Trumbauer, Sirotina, Cummings, Guillet, and Saragosti. and Zaller. Chowers, Y., Holtmeier, W., Harwood, J., Morzycka-Wroblewska, E., and KagnoiT, M.F. The V6l T cell receptor repertoire in human small intestine and colon. 183. D Christianson, S.W. Sec Smithson, Beamer, Shultz, Chnstianson, Shultz, and Kincade. Damia, G. See Grzegorzewski, Ruscetti, Usui, Damia, Longo, Carlino, Ciardelli, T.L. See Nakarai, Robertson, Streuli, Wu, Ciardelli, Smith, Keller, and Wiltrout. and Ritz. Daniels, B.F., Karlhofer, F.M., Seamen, W.E., and Yokoyama, Cibotti, R., Cabaniols,J.-P., Pannetier, C., Delarbre, C., Vergnon, W.M. A natural killer cell receptor specific for a major histocom¬ I. , Kanellopoulos, J.M., and Kourilsky, P. Rublic and private patibility complex class 1 molecule. 687. V/3 T cell receptor repertoires against hen egg white lysozyme (HEL) Das, B., Mondragon, M.O.H., Sadeghian, M., Hatcher, V.B., and in nontransgemc versus HEL transgenic mice. 861. Norin, A.J. A novel ligand in lymphocyte-mediated cytotoxicity: Ciccone, E. See Moretta, Vitale, Sivon, Bottino, Morelli, Augugliaro, expression of the 0 subunit of H* transporting ATR synthase on the Barbaresi, Rende, Ciccone, Lopez-Botet, and Moretta. surface of tumor cell lines. 273. Cifone, M.G., De Maria, R., Roncaioli, P., Rippo, M.R., Azuma, David, C.S. See Gonzalez-Gay, Nabozny, Bull, Zanelli, Douhan, Griffiths, M., Lanier, L.L., Santoni, A., and Testi, R. Apoptotic signaling Glimcher, Luthra, and David. through CD95 (Fas/Apo-1) activates an acidic sphingomyelinase. — See Nabozny, Bull, Hanson, Griffiths, Luthra, and David. L547. Davison, B.L. See Reschon, Morrissey, Grabstein, Ramsdell, Maraskovsky, — See De Maria, Cifone, Trotta, Rippo, Festuccia, Santoni, and Testi. Gliniak, Rark, Ziegler, Williams, Ware, Meyer, and Davison. Claassen, E. See Foy, Laman, Ledbetter, Aruffb, Claassen, and Noelle. — See Renshaw, Fanslow, Annitage, Campbell, Liggitt, Wright, Davison, ClafFey, K.P. Si •e Detmar, Brown, ClafFey, Yeo, Kocher, Jackman, Berse, and Maliszewski. and Dvorak. Davodeau, F., Peyrat, M.A., Gaschet, J., Hallet, M.M., Ttiebel, Claus, S. See Ishibashi, Claus, and Reiman. F., Vie, H., Kabelitz, D., and Bonneville, M. Surface expres¬ Clavijo, P. See Sinnis, Clavijo, Fenyo, Chait, Cerami, and Nussenzweig. sion of functional T cell receptor chains formed by interlocus re¬ Clement, M.-V., and Stamenkovic, I. Fas and tumor necrosis factor combination on human T lymphocytes. 1685. receptor-mediated cell death: similarities and distinctions. 557. de Bouteiller, O. See Rascual, Liu, Magalski, de Bouteiller, Banchereau, Cohen, J. See Evans, Moyes, Carpenter, Martin, Loetscher, Lesslauer, and Capra. and Cohen. Deckhut, A.M., Chien, Y.-h., Blackman, M.A., and Woodland, Cole, S.T. See Ressolani, Smith, Rivoire, McConnick, Hefta, Cole, and D.L. Evidence for a functional interaction between the 0 chain of Brennan. major histocompatibility complex class II and the T cell receptor Coles, M.C., and Raulet, D.H. Class 1 dependence of the develop¬ a chain during recognition of a bacterial superantigen. 1931. ment of CD4*CD8 NKl.l* thymocytes. 395. Decuyper, J. See Florquin, Amraoui, Dubois, Decuyper, and Goldman. Coligan,J,E. See Rotem-Yehudar, Winograd, Sela, Coligan, and Ehrlich. De Francesco, M. See Manca, Riacentini, Gelnii, Calzavara, Manganoni, Collette, Y. See Nunes, Collette, Truneh, Olive, and Cantrell. Glukhov, Gargiulo, De Francesco, Rirali, De Ranfilis, and Turano. Colombo, E. See Banki, Colombo, Sia, Halladay, Mattson, Tatum, Massa, de Grazia, U., Felli, M.P., Vacca, A., Farina, A.R., Maroder, M., Rhillips, and Rerl. Cappabianca, L., Meco, D,, Farina, M., Screpanti, I., Frati, Colonna, M, See Celia, Longo, Ferrara, Strominger, and Colonna. L., and Gulino, A. Positive and negative regulation of the com¬ Correale, J. See Ciilmore, Correale, and Weiner. posite tx'tamer motif of the interleukin-2 enhancer by AR-1, OCT-2, Costa, P. See Fatton, Cappelletti, C2osta, Sellitto, Cantoni, Carelli, Faj^tioni, and retinoic acid receptor. 1485. Fantuzzi, Cihezzi, and Roli. de Hon, F.D., Ehlers, M., Rose-John, S., Ebeling, S.B., Bos, H.K., Costanzo, A. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, Aarden, L.A., and Brakenhoff, J.P.J. Development of an inter¬ Renna, Giuberti, Fiaccadori, and Ferrari. leukin (IL) 6 receptor antagonist that inhibits IL-6—dependent growth Cotran, R.S. See Xu, Gonzalo, St. Rierre, Williams, Kupper, Cotran, of human myeloma cells. 2395. Springer, and Gutierrez-Ramos. Delarbre, C. See Cibotti, Cabaniols, Rannetier, Delarbre, Vergnon, Couillin, I., Culmann-Penciolelli, B., Gomard, E., Choppin, J., Kanellopoulos, and Kourilsky. Levy,J.-P., Guillet, J.-G., and Saragosti, S. Impaired cytotoxic Delespesse, G. See Amiant, Ishihara, Rubio, Delespesse, and Sarfati. T lymphtKyte recognition due to genetic variations in the main Dellabona, P., Padovan, E., Casorati, G., Brockhaus, M., and immunogenic region of the human immunodeficiency virus 1. Lanzavecchia, A. An invariant VQ!24-JaQ/V/3ll T cell receptor 1129. is expressed in all individuals by clonally expanded CD4‘8- T cells. Coulie, P.G., Brichard, V., Van Pel, A., Wolfel, T., Schneider, 1171. J. , Traversari, C., Mattei, S., De Plaen, E., Lurquin, C., De Maria, R., Cifone, M.G., Trotta, R., Rippo, M.R., Festuccia, Szikora, J.-P., Renauld, J.-C., and Boon, T. A new gene coding C., Santoni, A., and Testi, R. Triggering of human monocyte tor a differentiation antigen recognized by autologous cytolytic T activation through CD69, a member of the natural killer cell gene lymphtxytes on HLA-A2 melanomas. 35. complex family of signal transducing receptors. 1999. Cramer, A. See Walmrath, Ghofrani, Rosseau, Schiitte, Cramer, Kaddus, — See Cifone, De Maria, Roncaioli, Rippo, Azuma, Lanier, Santoni, and Grimminger, Bhakdi, and Seeger. Testi. 2428 The journal of Experimental Medicine Denham, A. See Albert, Strutz, Shelton, Haverty, Sun, Li, Denham, Dwek, R. A. See Haumm, Arsequell, Lellouch, Wong, ITwek, McMichael, Maki, and Neilson. . and Elliott. Denkers, E.Y., Caspar, P., and Sher, A. Toxoplasma ^ôndit possesses Dy, M. See Vicari, Do Carmo Leite de Moraes, Gombert, Dy, Penit, a superantigen activity that selectively expands murine T cell recep¬ Papiemik, and Herbelin. tor V/35-bearing CD8* lymphocytes. 985. De Panhlis, G. See Manca, Piacentini, Gelmi, Calzavara, Manganoni, Glukhov, Gaigiulo, De Francesco, Pirali, De Panfilis, and Turano. De Plaen, E. Sec Coulie, Brichard, Van Pel, Wolfel, Schneider, Traversari, E Mattel, De Plaen, Lurquin, Szikora, Renauld, and Boon. De Sousa-Hitzler, J. See Fung-Leung, Kiindig, Ngo, Panakos, De Sousa- Ebeling, S.B. See de Hon, Ehlers, Rose-John, Ebeling, Bos, Aarden, Hitzler, Wang, Ohashi, Mak, and Lau. and Brakenhoff. Detmar, M., Brown, L.F., ClaiTey, K.P., Yeo, K.-T., Kocher, O., Ebert, E.C. See Gross, Schwartz, Stevens, Ebert, Blumberg, and Balk. Jackman, R.W., Berse, B., and Dvorak, H.F. Overexpression Edidin, M. See Catipovic, Talluri, Oh, Wei, Su, Johansen, Edidin, and of vascular permeability factor/vascular endothelial growth factor Schneck. and its receptors in psoriasis. 1141. Egwuagu, C.E. See Kozhich, Kawano, Egwuagu, Caspi, Maturi, Deveiê, O., Marfaing-Koka, A., Schall, T.J., Leger-Ravet, M.-B., Berzofsky, and Gery. Sadick, M., Peuchmaur, M., Crevon, M.-C., Kim, K.J., Gal- Ehleiter, D. See Haimovitz-Friedman, Kan, Ehleiter, Persaud, McLough- anaud, P., and Emilie, D. Production of the RANTES chemo- lin, Fuks, and Kolesnick. kine in delayed-type hypersensitivity reactions: involvement of macro¬ Ehlers, M. See de Hon, Ehlers, Rose-John, Ebeling, Bos, Aarden, and phages and endothelial cells: Correction. 775. Brakenhoff de Villiers, W.J.S., Fraser, I.P., Hughes, D.A., Doyle, A.G., and Ehrlich, R. See Rotem-Yehudar, Winograd, Sela, Coligan, and Ehrlich. Gordon, S. Macrophage-colony-stimulating factor selectively en¬ Eilfert, H. See Ritter. Kiihl, Semrau, Eiifert, Kratzin, and Thomssen. hances macrophage scavenger receptor expression and function. Eisen, H.N. See Tsomides, Aldovini, Johnson, Walker, Young, and 705. Eisen. de Vries, J.E. SccBarcena Galy, Punnonen, Muench, Schols, Roncarolo, Eisenmann, J. See Carson, Giri, Lindemann, Linett, Ahdieh, Paxton, de Vries, and Spits. Anderson, Eisenmann, Grabstein, and Caligiuri. de Vries, P. See Heeney, van Els, de Vries, ten Haaft, Otting, Koomstra, Eklund, K.K., Ghildyal, N., Austen, K.F., Friend, D.S., Schiller, Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, V., and Stevens, R.L. Mouse bone marrow-derived mast cells and Osterhaus. (niBMMC) obtained in vitro from mice that are mast cell-deficient Diamond, B. See Katz, Limpanasithikul, and Diamond. in vivo express the same panel of granule proteases as mBMMC Dickson, D.W. See Lee, Dickson, Brosnan, and Casadevall. and serosal mast cells from their normal littermates. 67. Dings, M. See Heeney, van Els, de Vries, ten Haaft, Otting, Koomstra, Eliyahu, S. See Kawakami, Eliyahu, Sakaguchi, Robbins, Rivoltini, Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Yannelli, Appella, and Rosenberg. and Osterhaus. Elliott, T. See Haumm, Arsequell, Lellouch, Wong, Dwek, McMichael. Docampo, R. See Moreno, Silva, Vercesi, and Docampo. and Elliott. Do Carmo Leite de Moraes, M. See Vicari, Do Camio Leite de Monies, Emanuelli, G. See Montmcchio, Lupia, Battaglia, Passerini, Bussolino, Gombert, Dy, Penit, Papiemik, and Herbelin. Emanuelli, and Camussi. Dockter, J. See von Herrath, Dockter, Nerenberg, Gairin, and Oldstone. Emilie, D. See Devergne, Marfaing-Koka, Schall, Leger-Ravet, Sadick, Doglio, A. See Lefebvre, Giordanengo, Limouse, Doglio, Cucchiarini, Peuchmaur, Crevon, Kim, Galanaud, and Emilie. Monpoux, Mariani, and Peyron. Engelmann, H. See Bigda. Beletsky, Brakebusch, Varfolomeev, Engel- Dolovich, J. See Takanaski, Nonaka, .Xing, O’Byme, Dolovich, and niann, Bigda, Holtmann, and Wallach. Jordana. Engleman, E.G. See Godfrey, Fagnoni, Harara, Buck, and Engleman. Domenighini, M. See Pizza, Fontana, Giuliani, Domenighini, Magagnoli, Engstrom, A. See Michaelsson, Malmstrom, Reis, Engstrom, Burkhardt. Giannelli, Nucci, Hoi, Manetti, and Rappuoli. and Holmdahl. Doolan, D.L. See Argaet, Schmidt, Burrows, Silins, Kurilla, Doolan, Erlich, H. See Kim, Namchuk, Bugawan, Fu, Jaffe, Shi, Aanstoot, Turck, Suhrbier, Moss, Kieff, Sculley, and Misko. Erlich, Lennon, and Baekkeskov. Douhan, J., Ill See Gonzalez-Gay, Nabozny, Bull, Zanelli, Douhan, Esaki, Y. See Yamamoto, Fukui, Esaki. Inamitsu, Sudo, Yamane, Griffiths, Glimcher, Luthra, and David. Kamikawaji, Kimura, and Sasazuki. Doyle, A.G. See de Villiers, Fraser, Hughes, Doyle, and Gordon. Estoppey, S. See Life, Gauchat, Schnuriger, Estoppey, Mazzei, Durandy, Doyle, C. See Kinch, Sanfridson, and Doyle. Fischer, and Bonnefoy. Dragowska, W. See Krystal, Lam, Dragowska, Takahashi, Appel, Gontier, Evans, T.J., Moyes, D., Carpenter, A., Martin, R., Loetscher, H., Jenkins, Lam, Quon, and Lansdorp. Lesslauer, W., and Cohen, J. Protective effect of 55- but not Driscoll, J. See Gabathuler, Reid, Kolaitis, Driscoll, and Jefferies. 75-kD soluble tumor necrosis factor receptor-immunoglobulin Du, B. See Ho, Zhu, He, Du, and Rothman. G fusion proteins in an animal model of gram-negative sepsis. Dubbes, R. See Heeney, van Els, de Vries, ten Haaft, Otting, Koomstra, 2173. Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Evavold, B.D. See Sloan-Lancaster, Evavold, and Allen. and Osterhaus. Dubois, B. See Caux, Massacrier, Vanbervliet, Dubois, Van Kooten, Durand, and Banchcrcau. Dubois, C. See Florquin, Amraoui, Dubois, Decuyper, and Goldman. F Dullforce, P. See Gray, Dullforce, and Jainandunsing. Dunn, B.M. See Johansson, Malone, Swietnicki, Dunn, and Williams. Faggioni, R. See Fattori, Cappelletti, Costa, Sellitto, Cantoni, Carelli, Durand, I. See Caux, Massacrier, Vanbervliet, Dubois, Van Kooten, Faggioni, Fantuzzi, Ghezzi, and Poli. Durand, and Banchereau. Fagnoni, F.F. See Godfrey, Fagnoni, Harara, Buck, and Engleman. Durandy, A. See Life, Gauchat, Schnuriger, Estoppey, Mazzei, Durandy, Falkow, S. See Jones, Ghori, and Falkow. Fischer, and Bonnefoy. Fanslow, W.C., III See Renshaw, Fanslow, Amiitage, Campbell, Liîtt, Durham, S. See Lira, Zalamea, Heinrich, Fuentes, Carrasco, Lewin, Wright, Davison, and Maliszewski. Barton, Durham, and Bravo. Fantuzzi, G. See Fattori, Cappelletti, Costa, Sellitto, Cantoni, Carelli, Dutton, R.W. See Croft, Carter, Swain, and Dutton. Faggioni, Fantuzzi, Ghezzi, and Poli. Dvorak, H.F. See Detmar, Brown, Clalfcy, Yeo, Kocher, Jackman, Berse, Farina, A.R. See de Grazia, Felli, Vacca, Farina, Maroder, Cappabianca, and Dvorak. Meco, Farina, Screpanti, Frati, and Gulino. — See Fava, Olsen, Spencer-Green, Yeo, Yeo, Berse, Jackman, Senger, Farina, M. See de Grazia, Felli, Vacca, Farina, Maroder, Cappabianca, Dvorak, and Brown. Meco, Farina, Screpanti, Frati, and Gulino. 2429 Author Index • Volume 180, 1994 Fattori, E., Cappelletti, M., Costa, P., Sellitto, C., Cantoni, L., Fuentes, M.E. See Lira, Zalamea, Heinrich, Fuentes. Carrasco. Lewin, Carelli, M., Faggioni, R., Fantuzzi, G., Ghezzi, P., and Poll, Barton, Durham, and Bravo. V. Defective inflammatory- response in interleukin 6-deficient mice. Fujimoto, M. See Kimata and Fujimoto. 1243. Fuks, Z. See Haimovitz-Friedman, Kan, Ehleiter, Persaud, McLoughlin, Fauci, A.S. See Franzoso. Bis-was, Poli, Carlson, Brown, Toniita- Fuks, and Kolesnick. Yamaguchi, Fauci, and Siebenlist. Fukui, Y. See Yamamoto, Fukui, Esaki, Inamitsu, Sudo, Yamane, Fava, R.A., Olsen, N.J., Spencer-Green, G., Yeo, K.-T., Yeo, T.-K., Kamikawaji, Kimura, and Sasazuki. Berse, B., Jackman, R.W., Senger, D.R., Dvorak, H.F., and Fung-Leung, W.-P., Kiindig, T.M., Ngo, K., Panakos, J., De Sousa- Brown, L.F. Vascular permeability- factor/endotheial growth factor Hitzler, J., Wang, E., Ohashi, P.S., Mak, T.W., and Lau, C.Y. (VPF/VEGF): accumulation and expression in human synovial fluids Reduced thymic maturation but normal effector function of CD8* and rheumatoid sy-novial tissue. 341. T cells in CDH/3 gene-targeted mice. 959. Fecondo, J. See Chen, Khilko, Fecondo, Margulies, and McCluskey. Felli, M.P. See de Grazia, Felli, Vacca, Farina, Maroder, Cappabianca, Meco, Fanna, Screpanti, Frati, and Gulino. Fenyo, D. See Sinnis, Clavijo, Feny-o, Chait, Cerami, and Nussenzweig. G Femandez-Sueiro,J.L. SecTaurog, Richardson, Croft, Simmons, Zhou, Femandez-Sueiro, Bahsh, and Hammer. Gabathuler, R., Reid, G., Kolaitis, G., Driscoll, J., and Jefferies, Ferrara, G.B. See Celia. Longo, Ferrara, Strominger, and Colonna. W.A. Comparison of cell lines deficient in antigen presentation re¬ Ferrara, P. Sec Jacobsen, Okkenhaug, Veiby, Caput, Ferrara, and Minty-. veals a functional role for TAP-1 alone in antigen processing. 1415. — See Musso, Varesio, Zhang. Rowe, Ferrara, Ortaldo, O’Shea, and Gage, D.A. See Calderon H., Huang, Gage, Sotomayor, and Lopez. McVicar. Gairin, J.E. See von Herrath, Dockter, Nerenberg, Gairin, and Oldstone. Ferrari, C. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, Penna, Galanaud, P. See Devergne, Marfaing-Koka, Schall, Leger-Ravet, Sadick. Giuberti, Fiaccadori, and Ferran. Peuchmaur, Crevon, Kim, Galanaud. and Emilie. Festuccia, C. See De Mana, Cifone, Trotta, Rippo, Festuccia, Santoni, Gallazzi, F. See Hammer, Bono, Gallazzi, Belunis. Nagy-, and Sinigaglia. and Testi. Galli, S.J. See Gordon and Galli. Fiaccadori, F. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, Gallo, R.C. See Browning, Roberts, Zabrenetzky, Bry-ant, Kaplan, Wash¬ Penna, Giuberti, Fiaccadori, and Ferran. ington, Panet, Gallo, and Vogel. Fields, B.N. See .Morin, Warner, and Fields. Galy, A.H.M. See Barcena, Galy, Punnonen, Muench, Schols. Roncarolo, Fiers, W. See Libert, Brouckaert, and Fiers. de Vries, and Spits. Finkelman, F. See Strassmann. Patil-Koota, Fmkelman, Fong, and Gao, J.-L., Becker, E.L., Freer, R.J., Muthukumaraswamy, N., Kambayashi. and Murphy, P.M. A high potency- nonformylated peptide agonist Finkelman, F.D. See Lu, Zhou, Chen, Moorman, Morris, Finkelman, for the phagocyte .V-fomiylpeptide chemotactic receptor. 2191. Linsley, Urban, and Cause. Gargiulo, F. See Manca, Piacentini, Gelmi, Calzavara, Manganoni, Fiore, S., Maddox, J.F., Perez, H.D., and Serhan, C.N. Identifica¬ Glukhov. Gargiulo, De Francesco. Pirali, De Panfilis, and Turano. tion of a human cDNA encoding a functional high aflTmiry- lipoxin Garotta, G. See Ozmen, Pencin, Hakimi. Chizzonite, Wy-socka, A4 receptor. 253. Trinchieri, Gately, and Garotta. Fischer, A. See Life, Gauchat. Schnunger, Estoppey, Mazzei, Durandy, Gaschet,J. St-e Davodeau, Peyrat, Gaschet, Hallet, Triebel. VicL Kabelitz, Fischer, and Bonnefoy. and Bonneville. Fischetti, V.A. See Ren, Bannan, Pancholi. Cheung. Robbins, Fischetti, Gately, M. See Ozmen, Pericin, Hakimi, Chizzonite, Wysocka, Tnnchieri, and Zabnskie. Gately, and Garotta. Flavell, R. See Yeung, Pcnnmger, Kiindig, Law, Yamamoto. Kamikawaji, Gauchat, J.-F. See Life, Gauchat, Schnuriger, Estoppey, Mazzei, Durandy, Burkly, Sasazuki, Flavell, Ohashi, and .Mak. Fischer, and Bonnefoy. Flavell, R.A. See Chang, Fontes, Peterlin, and Flavell. Gaumont, Y. See Schiaven, Ratnotsky, Gaumont, Lindegger, Kirchgessner, Florquin, S., Amraoui, Z., Dubois, C., Decuyper, J., and Gold¬ Bruyns, Moebius. and Meuer. man, M. The protective role of endogenously- synthesized nitnc Gause, W.C. See Lu, Zhou. Chen, Moorman, Moms. Finkelman, Linsley, oxide m staphvloccxcal enterotoxin B-induced shock in mice. Lfrban, and Gause. 1153. Gazzinelli, R.T., Giese, N.A., and Morse, H.C., III. I n v-ivo treat¬ Fong, M. Si’c Strassmann, Patil-Koota, Finkelman. Fong, and Kambayashi. ment with interleukin 12 protects mice from immune abnonnalities Fontana, M.R. See Pizza, Fontana, Giuliani, Domenighmi, Magagnoli, observed during murine acquired immunodeficiency syndrome Ciiaimelli. Nucci, Hoi, Manetti. and Rappuoli. (MAIDS). 2199." Fontes, J.D. See Chang. Fontes, Peterlin, and Flavell. Geha, R.S. See Loh. jabara, and Geha. Foster, J.L. See Higgins, Foster, and Postlethwaite. — See Wang. Scholl, and Cieha. Fox, C.H. See Smith, Fox, Masur, Winter, and Ailing. Gehrmann, J. See Kojima, Berger, Lassmann, Hinze-Selch. Zhang, Foy, T.M., Laman, J.D., Ledbetter, J.A., Aruffo, A., Claassen, Gehrmann, Reske, Wckerle. and Linington. E., and Noelle, R.J. gp3y-CD40 interactions are essential for ger¬ Gelmi, M. See Manca, Piacentini, Gelmi, Calzavara, .Manganoni, Glukhov, minal center formation and the development of B cell memory-. L57. Gargiulo. De Francesco. Pirali. De Panfilis, and Turano. Franzoso, G., Biswas, P., Poli, G., Carlson, L.M., Brown, K.D., Geng, Y.-J. See Hansson. Geng, Holm. Hardhammar. Wennmalni. and Tomita-Yamaguchi, M., Fauci, A.S., and Siebenlist, U.K. A jennische. taniily of senne proteases expressed exclusively in myelo-monocytic Germain, R.N. See Romagnoli and Ciermain. cells specifically processes the nuclear factor-xB subunit pb5 in vitro Gery, I. See Kozhich, Kawano. Egwuagu, Caspi, Maturi, Berzofsky-, and and mav impair human immunodeficiency virus replication in these Gery-. cells. 1445. Ghezzi, P. See Fatton, Cappelletti, Costa, Sellitto. Cantoni, Carelli, Fraser, I.P. .SVc de Villiers. Fraser. Hughes, Doyle, and Gordon. Faggioni. Fantuzzi. Cihezzi, and Pesli. Frati, L. Scede (Jrazia. Felli, Vacca, Fanna, Maroder. Cappabianca, .Meco. Ghildyal, N. See Eklund, Ghildyal. Austen. Fnend, Schiller, and Stevens. Fanna. Screpanti, Frati, and Ciulino. Ghofrani, H.A. See Walmrath, Cjhofrani. Rosseau. Schiitte, Cramer, Freeman, G.J. See Boussiotis. Freeman. Cintfin, Gray, Cinbbeii. and Kaddus. Gnmminger. Bhakdi, and Seeger. Nadler. Ghori, N. See Jones. Ghori. and Falkow. Freer, R.J. Sir (jao. Becker. Freer. .Muthukumaraswamy-. and Murphy. Giannarini, L. See Maggi, Ciiudizi. Biagiotti. Annunziato. .Manetti. Pic- Friend, D.S. Sec Eklund. Cihildyal. Austen, Friend. Schiller, and Stevens. cinni, Parronchi, Sampognaro, Giannarini, Zuccati. and Romagnani. Fritsch, P.O. See Romani, Gruner, Brang. Kampgen. Lenz. Trocken- — See Manetti. Annunziato. Biagiotti, Giudizi, Piccinni, Giannarini, bacher. Konwalinka. Fritsch. Steinman. and Schuler. Sampognaro. Parronchi. Vinante, Pizzolo, Maggi, and Romagnani. Fu, Q. .St-(- Kim. Namchuk. Bugawan. Fu. Jafle, Shi, Aanstoot, Turck. Giannelli, V. See Pizza. Fontana. Giuliani. Domenighini, Magagnoli, Erlich. Lennon, and Baekkeskov. Giannelli, Nucci, Hoi, .Manetti, and Rappuoli. 2430 The Journal of Experimental Medicine Giese, N.A. See Gazzinelli, Giese, and Morse. Gray, J.D., Hirokawa, M., and Horwitz, D.A. The role of transform¬ Gilleaudeau, P. See Vallat, Gilleaudeau, Battat, Wolfe, Nabeya, Hefder, ing growth factor 0 in the generation of suppression: an interaction Hodak, Gottlieb, and Krueger. between CD8* T and NK cells. 1937. Gilmore, W., Correale, J., and Weiner, L.P. Coronavirus induction Green, D.R. See Bissonnette, McGahon, Mahoubi, and Green. of class I major histocompatibility complex expression in murine Green, S.J. See Seguin. Klotz, Schneider, Weir, Goodbary, Slayter, Raney. astrocytes is virus strain specific. 1013. Aniagolu, and Green. Giordanengo, V. See Lefebvre, Giordanengo, Limouse, Doglio, Greene, J. See Peach, Bajorath, Brady, Lestze, Greene, Naemura, and Cucchiarini, Monpoux, Mariani, and PeyTon. Linsley. Giri, J.G. See Carson, Giri, Lindemann, Linen, Ahdieh, Paxton, Anderson, Gresham, H.D. See LowTance, O’Sullivan, Caver, Waegell, and Gresham. Eisenmann, Grabstein, and Caligiuri. Gribben, J.G. See Boussiotis, Freeman, Griffin, Gray, Gribben, and Giuberti, T. See Bertoletti, Costanzo, Chisari, Levrero, Artini, Sette, Nadler. Penna, Giuberti, Fiaccadori, and Ferrari. Griffin, J.D. See Boussiotis, Freeman, Griffin, Gray, Gnbben, and Nadler. Giudizi, M.G. See Maggi, Giudizi, Biagiotti, Annunziato, Manetti, Pic- Griffiths, M.M. See Gonzalez-Gay, Nabozny, Bull, Zanelli, Douhan, cinni, Parronchi, Sampognaro, Giannarini, Zuccati, and Romagnani. Gnffiths, Glimcher. Luthra. and David. — Sec Manetti, Annunziato, Biagiotti, Giudizi, Piccinni, Giannarini, — See Nabozny, Bull, Hanson, Gnffiths, Luthra, and David. Sampognaro, Parronchi, Vinante, Pizzolo, Maî, and Romagnani. Grimminger, F. See Walmrath. Ghofrani, Rosseau, Schiitte, Cranier, Giuliani, M.M. See Pizza, Fontana, Giuliani, Domenighini, Magagnoli, Kaddus. Grimminger, Bhakdi, and Seeger. Giannelli, Nucci, Hoi, Manetti, and Rappuoli. Gromme, M. See Roelse. Gromme, Momburg, Hammerling, and Neeles. Glimcher, L.H. See Gonzalez-Gay, Nabozny, Bull, Zanelli, Douhan, Gros, P. See Cellier, Govoni, Vidal. Kwan, GrouLx, Liu, Sanchez, Skamene, Griffiths, Glimcher, Luthra, and David. Schurr. and Gros. Gliniak, B.C. See Peschon, Morrissey, Grabstein, Ramsdell, Maraskovsky, Gross, G.G., Schwartz, V.L., Stevens, C., Ebert, E.C., Blumbei^, Gliniak, Park, Ziegler, Williams, Ware, Meyer, and Davison. R.S., and Balk, S.P. Distnbution of dominant T cell receptor 0 Glukhov, A. See Manca, Piacentini, Gelmi, Calzavara, Manganoni, chains in human intestinal mucosa. 1337. Glukhov, Gargiulo, De Francesco, Pirali, De Panfilis, and Turano. Groulx, N. See Cellier, Govoni, Vidal, Kwan, Groulx. Liu, Sanchez, Godfrey, W.R., Fagnoni, F.F., Harara, M.A., Buck, D., and Engle- Skamene, Schurr, and Gros. man, E.G. Identification of a human OX-40 ligand, a costimulator Gruel, Y., Brojer, E., Nugent, D.J., and Kunicki, T.J. Funher char¬ of CDf'^ T cells with homology to tumor necrosis factor. 757. acterization of the thrombasthenia-related idiorype OG. Antiidio¬ Goldfeld, A.E., Tsai, E., Kincaid, R., Belshaw, P.J., Schrieber, type defines a novel epitope(s) shared by fibrinogen B/3 chain, vitro¬ S.L., Strominger, J.L., and Rao, A. Calcineurin mediates human nectin, and von Willebrand factor and required for binding to 0i. tumor necrosis factor a gene induction in stimulated T and B cells. 763. 2259. Goldman, M. See Florquin, Amraoui, Dubois, Decuspcr, and Goldman. Grundy, J. See Akbar, Savill. Gomben. Bofill, Borthwick, Whitelaw, Gomard, E. See Couillin, Culmann-Penciolelli, Gomard, Choppin, Levy, Grundy, Janossy, and Salmon. Guillet, and Saragosti. Gruner, S. See Romani, Gruner, Brang, Kampgen, Lenz, Trockenbacher, Gombert, J.-M. See Vicari, Do Camio Leite de Monies, Gombert, Dy, Konwalinka, Fritsch, Steinman, and Schuler. Penit, Papiemik, and Herbelin. Griinewald, K. See Weiss, Wemer-Felmayer, Werner, Griinewald, Gombert, W. See Akbar, Savill, Gombert, Bofill, Borthwick, Whitelaw, Wachter, and Hentze. Grundy, Janossy, and Salmon. Grzegorzewski, K., Ruscetti, F.W., Usui, N., Damia, G., Longo, Gontier, A. See Krystal, Lam, Dragowska, Takahashi, Appel, Gontier, D.L., Carlino, J.A., Keller, J.R., and Wiltrout, R.H. Recom¬ Jenkins, Lam, Quon, and Lansdorp. binant transforming growth factor 0\ and 02 protect mice from Gonzalez-Gay, M.A., Nabozny, G.H., Bull, M.J., Zanelli, E., acutely lethal doses of 5-fluorouracil and doxorubicin. 1047. Douhan, J., Ill, Griffiths, M.M., Glimcher, L.H., Luthra, H.S., Guaraaccia, J.R. See Newman, Balcewicz-Sablinska. Guamaccia. and David, C.S. Protective role of major histocompatibilitv’ com¬ Remold, and Silberstem. plex class II Eb'^ transgene on collagen-induced arthritis. 1559. Gueguen, M., Biddison, W.E., and Long, E.O. T cell recognition Gonzalo, J.A. See Xu, Gonzalo, St. Pierre, Williams, Kupper, Cotran, of an HLA-A2-restricted epitope derived from a cleaved signal Springer, and Gutierrez-Ramos. sequence. 1989. Goodbary, M. See Seguin, Klotz, Schneider, Weir, Goodbary, Slayter, Guillet, J.-G. See Couillin. Culmann-Penciolelli, Gomard. Choppin, Raney, Aniagolu, and Green. Levy, Guillet, and Saragosti. Gordon, J.R., and Galli, SJ. Promotion of mouse fibroblast collagen Gulino, A. See de Grazia, Felli, Vacca, Fanna, Maroder, Cappabianca. gene expression by mast cells stimulated via the FctRI. Role for mast .Meco, Fanna, Screpanti, Frati, and Gulino. cell-denved transforming growth factor 0 and tumor necrosis factor Gumperz, J. See Litwin, Gumperz, Parham. Phillips, and Lanier. cr. 2027. Gutierrez-Ramos, J.-C. See Xu, Gonzalo, St. Pierre, Williams, Kupper, Gordon, S. See de Villiers, Fraser, Hughes, Doyle, and Gordon. Cotran, Springer, and Gutierrez-Ramos. Goto, I. See Hara, Morita, Iwaki, Hatae, Itoyama, Kitamoto, Akizuki, Guy-Grand, D., Rocha, B., Mintz, P., Malassis-Seris, M., Selz, Goto, and Watanabe. F., Malissen, B., and Vassalli, P. Different use of T cell receptor Gotschlich, E.C. Genetic locus for the biosynthesis of the variable portion transducing modules in n.vo populations of gut intraepithelial lympho¬ of S'eisseria ôiwrr/ioetie lipooligosaccharide. 2181. cytes are related to distinct pathways of T cell differentiation. 673. Gottlieb, A.B. See Vallat. Gilleaudeau, Battat, Wolfe, Nabeya, Heftier. — See Regnault, Cumano, Vassalli, Guy-Grand, and Kounlsky. Hodak, Gottlieb, and Krueger. — See Rocha, Vassalli, and Guy-Grand. Gounon, P. See Perdomo, Cavaillon, Huerre. Ohayon, Gounon, and Sansonetti. Govoni, G. See Cellier, Govoni, Vidal, Kwan, Groulx, Liu, Sanchez. Skamenc, Schurr, and Gros. H Grabstein, K. See Carson, Giri, Lindemann, Linett. .Ahdieh, Paxton, Anderson, Eisenmann, Grabstein, and Caligiun. Haak-Frendscho, M. See Amin, Haak-Frendscho, Robbins. McKerrow, Grabstein, K.H. See Peschon, iMorrissey, Grabstein. Ramsdell, Maras¬ Stewart, and Jardieu. kovsky, Gliniak, Park, Ziegler, Williams, Ware, Meyer, and Davison. Haenen, L. See Snoeck. Van Bockstacle, Nys. Lenjou, Lardon, Haenen, Graham, M.B., Braciale, V.L., and Braciale, T.J. Influenza virus- Rodngus, Peetemians, and Bememan. specific CD4* T helper type 2 T lymphocytes do not promote re¬ Hagemann, T. SeeZhu, Zhang, Rawlings. Vihinen, Hagemann, Saffran, covery from expenmental virus infection. 1273. Kwan, Nilsson, Smith, Witte, Chen, and Ochs. Gray, D., Dullforce, P., and Jainandunsing, S. Memoiy B cell de¬ Haimovitz-Friedman, A., Kan, C.-C., Ehleiter, D., Persaud, R.S., velopment but not germinal center formation is impaired by m vivo McLoughlin, M., Fuks, Z., and Kolesnick, R.N. Ionizing radia¬ blockade of CD40^D4(I ligand interaction. 141. tion acts on cellular membranes to generate ceramide and initiate Gray, G.S. See Boussiotis, Freeman, Gnffin, Gray, Gribben, and Nadler. apoptosis. 525. 2431 Author Index • Volume 180, 1994 Hakimi,J. .Sff Ozmcn, Pcricin, Hakinii, Chizzonite, Wysocka, Trinchicri, Heftier, N. See Vallat, Gilleaudeau, Battat, Wolfe, Nabeya, Heftier, Hodak, Gatcly, and Garotta. Gottlieb, and Krueger. — See Ratnaswamy, Hakinii, and Bell. Heinrich, J.N. See Lira, Zalamea, Heinrich, Fuentes, Carrasco, Lewiii, Hall, L.R. See Urioste, Hall, Telford, and Titus. Barton, Durham, and Bravo. Hall, W.W. Human T cell lymphotropic virus type 1 and cutaneous T Held, W., Waanders, G.A., Acha-Orbea, H., and MacDonald, H.R. cell leukemia/lyniphonia. 1581. Reverse transcriptase-dependent and -independent phases of infec¬ Halladay, D. See Banki, Colombo, Sia, Halladay, Mattson, Tatum, Massa, tion with mouse mammary tumor vims: implications for supetantigen Phillips, and Perl. function. 2347. Hallet, M.M. See Davodeau, Peyrat, Gaschet, Hallet, Tnebel, Vie, Hemmerich, S., Butcher, E.C., and Rosen, S.D. Sulfation-dependent Kabelitz, and Bonneville. recognition of high endothelial venules (HEV)-ligands by L-selectin Hamad, A.R.A., Herman, A., Marrack, P., and Kappler, J.W. Mono¬ and MECA 79, an adhesion-blocking monoclonal antibody. 2219. clonal antibodies defining functional sites on the toxin superantigen Henderson, W.R., Jr. See Yong, Chi, and Henderson. staphylococcal enterotoxin B. 615. Hentze, M.W. See Weis.s, Wemer-Felmayer, Werner, Griinewald, Wachter, Hammer, J., Bono, £., Gallazzi, F., Belunis, C., Nagy, Z., and and Hentze. Sinigaglia, F. Precise prediction of major histocompatibility com¬ Herbelin, A. See Vican, Do Camio Leite de Moraes, Gombert, Dy, plex class 11-peptide interaction based on peptide side chain scanning. Penit, Papiernik, and Herbelin. 2353. Herman, A. See Hamad, Hcnnan, Marrack, and Kappler. Hammer, R.E. See Taurog, Richardson, Croft, Simmons, Zhou, Hiai, H. See Yamada, Shisa, Matsushiro, Kamoto, Kobayashi, Kawarai, Femandez-Suciro, Balish, and Hammer. and Hiai. Hammerling, G. See Roelse, Grommet Momburg, Hammerling, and Higgins, G.C., Foster, J.L., and Postlethwaite, A.E. Interleukin 1/3 Neetjes. propeptide is detected intracellularly and e.xtracellularly when human Hanke, T., Mitnacht, R., Boyd, R., and Hiinig, T. Induction of monocytes are stimulated with LPS in vitro. 607. interleukin 2 receptor 0 chain expression of self-recognition in the Hilarius, P.M. See Leusen, Bolscher, Hilarius, Weening, Kaulfersch, Seger, thymus. 1629. Roos, and Verhoeven. Hanson, J. See Nabozny, Bull, Hanson, GrilTiths, Luthra, and David. Hinze-Selch, D. See Kojinia, Berger, Lassmann, Hinze-Selch, Zhang, Hanson, M.S. See Langemiann, Palaszynski, Burlein, Koenig, Hanson, Gehmiann, Reske, Wekerle, and Linington. Briles, and Stover. Hirokawa, M. See Gray, Hirokawa, and Horwitz. Hansson, G.K., Geng, Y.-j., Holm, J., Hardhammar, P., Wenn- Hitoshi, Y. See Miyake, Yamashita, Hitoshi, Takatsu, and Kimoto. malm. A., and Jennische, E. Artenal smooth muscle cells express — See Sato, Katagiri, Takaki, Kikuchi, Hitoshi, Yonehara, Tsukada, nitric oxide synthase in response to endothelial injury. 733. Kitamura, Watanabe, Witte, and Takatsu. Hansson, J. See Matsuda, Salazar, Petersson, Masucci, Hansson, Pisa, Ho, J.L., Zhu, B., He, S., Du, B., and Rothman, R. Interleukin Zhang, Masucci, and Kiesshng. 4 receptor signaling in human monocytes and U937 cells involves Hara, H., Morita, M., Iwaki, T., Hatae, T., Itoyama, Y., Kita- the activation of a phosphatidylcholine-specific phospholipase C: moto, T., Akizuki, S.-i., Goto, I., and Watanabe, T. Detection a comparison with chemotactic peptide, FMLP, phospholipase D, of human T lymphotrophic virus type 1 (HTLV-1) proviral DNA and sphingomyelinase. 1457. and analysis of T cell receptor V/3 CDR3 sequences in spinal cord Hochman, P. See Semnani, Nutman, Hochman, Shaw, and van Seventer. lesions of HTLV-I-associated mvelopathv/tropical spastic paraparesis. Hodak, E. See Vallat, Gilleaudeau, Battat. Wolfe, Nabeya, Heftier, Hodak, 831. Gottlieb, and Krueger. Harada, A. SVe Wada, Tomosugi, Naito, Yokoyama, Kobayashi, Harada, Hodes, R.J. See Hathcock, Laszio, Pucillo, Linsley, and Hodes. Mukaida, and Matsushima. — See Inaba, Witmer-Pack, Inaba, Hathcock, Sakuta, Azuma, Yagita, Harara, M.A. See Godfrey, Fagnoni, Harara, Buck, and Engleman. Okumura, Linsley, Ikehara, Muramatsu, Hodes, and Steinman. Hardhammar, P. .SVc Hansson, Geng, Holm, Hardhammar, Wenn- Hoi, W. See Pizza, Fontana, Giuliani, Domenighini, Magagnoli, Giannelli, malm. and Jennische. Nucci, Hoi, Manetti, and Rappuoli. Hardy, R.R. See Kariv, Hardy, and Hayakawa. Holder, A.A. See Blackman, Scott-Finnigan, Shai, and Holder. Harwood, J. See Chovvers, Holtmeier, Harwood, Morzv'cka-Wroblewska, Holm, J. See Hansson, Geng, Holm, Hardhammar, Wennmalm, and and Kagnof}'. Jennische. Hatae, T. See Hara, Monta. Iwaki, Hatae, Itoyama, Kitamoto, Akizuki, Holmdahl, R. SeeMichaelsson, Malmstrom, Reis, Engstrdm, Burkhardt, Goto, and Watanabe. and Holmdahl. Hatcher, V.B. .See Das, Mondragon, Sadeghian, Hatcher, and Norm. Holtmann, H. See Bigda, Beletsky, Brakebusch, Varfolomeev, Engelmann, Hathcock, K.S., Laszio, G., Pucillo, C., Linsley, P., and Hodes, Bigda, Holtmann, and Wallach. R.J. Comparative analysis of B7-I and B7-2 costiniulatory ligands: Holtmeier, W. See Chowers, Holtmeier, Harwood, Morzyeka- expression and tunction. 631. Wroblewska, and Kagnoff. — See Inaba, Witmer-Pack, Inaba, Hathcock, Sakuta. Azuma, Yagita, Honjo, T. See Murakami, Tsubata, Shinkura, Nisitani, Okamoto, Yoshioka, tlkumura, Linsley. Ikehara, Muramatsu, Hodes, and Steinman. Usui Miyawaki, and Honjo. Haurum,J.S., Arsequell, G., Lellouch, A.C., Wong, S.Y.C., Dwek, Hori, O. .See Maeda, Matsumoto, Hon, Kuwabara, Ogawa, Yan, Ohtsuki, R.A., McMichael, A.J., and Elliott, T. Recognition of carbo¬ Kinoshita, Kamada, and Stern. hydrate by major histocompatibility complex class I-restricted, Horwitz, D.A. See Gray, Hirokawa, and Horwitz. glycopeptide-specific cytotoxic T lymphocytes. 739. Houghton, A.N. Cancer antigens: immune recognition of self and altered Haverty, T. See Albert, Strutz, Shelton, Haverry, Sun, Li, Denham, Maki, self 1. and Neilson. Howes, N. See Lesley, Howes, Perschl, and Hyman. Hayakawa, K. See Kariv, Hardy, and Hayakawa. Hrushesky, W.J.M., Langevin, T., Kim, Y.J., and Wood, P.A. Cir¬ He, S. See Ho, Zhu, He, Du. and Rothman. cadian dynamics of tumor necrosis factor-a (cachectin) lethality. Heath, W.R. See Sprent, Surh, Agus, Hurd, Sutton, and Heath. 1059. Hedrich, H.J. See Vaage, Naper, L0vik, Lambracht, Rehm, Hedrich, Hsieh, C.-S. See Murphy, Terres, Macatonia, Hsieh, Mattson, Lanier, Wonigeit, and Rolstad. Wysocka Trinchien, Murphy, and O’Garra. Heeney, J.L., van Els, C., de Vries, P., ten Haaft, P, Otting, N., Huang, G.-q. .See Bucy, Panoskaltsis-Mortari, Huang, Li, Karr, Ross, Koomstra, W., Boes, J., Dubbes, R., Niphuis, H., Dings, M., Russell, Murphy, and Weaver. Cranage, M., Norley, S., Jonker, M., Bontrop, R.E., and Huang, Z.-H. See Calderon H., Huang. Gage, Sotomayor, and Lopez. Osterhaus, A. .Major histocompatibility complex class 1-associated Huerre, M. See Perdomo, Cavaillon, Huerre, Ohayon, Gounon, and vaccine protection troin simian immunodeficiency virus—infected Sansonetti. peripheral blood cells. 769. Hughes, D.A. See de Villiers, Fraser. Hughes, Doyle, and Gordon. Hefta, S.A. See Pessolani, Smith. Rivoire, McCormick, Hefta, Cole, Hughes, J. See Schodel, Wirtz, Peterson, Hughes, Warren, SadofF, and and Brennan. Milich. 2432 The Journal of Experimental Medicine Hume, D.A. See Reddy, Yang, Yue, Barnett, Ross, Sweet, Hume, and Jansen, J. See van der Poll, Jansen, Levi, ten Cate, ten Cate, and van Ostrowski. Deventer. Hiinig, T. See Hanke, Mitnacht, Boyd, and Hunig. Jardieu, P. See Amiri, Haak-Frendscho, Robbins, McKerrow, Stewart, Huntoon, C. See McKean, Huntoon, and Bell. and Jardieu. Hurd, M. See Sprent, Surh, Agus, Hurd, Sutton, and Heath. Jefferies, W. See Brennan, Mager, Jefferies, and Takei. Huszar, D. See Prak, Trounstine, Huszar, and Weigert. Jefferies, W.A. See Gabathuler, Reid, Kolaitis, Driscoll, and Jefferies. — See Shlomchik, Madaio, Ni, Trounstein, and Huszar. Jenkins, A. See Krystal, Lam, Dragowska, Takahashi, Appel, Gontier, Hyman, R. See Lesley, Howes, Perschl, and Hyman. Jenkins, Lam, Quon, and Lansdorp. Jennische, E. See Hansson, Geng, Holm, Hirdhammar, Wennmalm, and Jennische. Jensen, J.P. See Rellahan, Jensen, and Weissman. I Jiang, D. See Zuniga-Pfiucker, Jiang, Schwartzbeig, and Lenardo. Johansen, T.E. See Catipovic, Talluri, Oh, Wei, Su, Johansen, Edidin, Ibraghimov, A.R., and Lynch, R.G. Heterogeneity and biased T cell and Schneck. receptor a//3 repertoire of mucosal CD8’' cells from murine large Johansson, P.J.H., Malone, C., Swietnicki, W., Dunn, B.M., intestine; implications for functional state. 433. Williams, R.C., Jr. Fv structure of monoclonal antibody 11-481 Ichida, S. See Matsuo, Ichida, Takizawa, Okada, Baranyi, Iguchi, Morgan, against herpes simplex virus Fcy-binding glycoprotein gE contains and Okada. immunodominant complementarity determining region epitopes Ichiyoshi, Y., and Casali, P. Analysis of the structural correlates for that react with human immunoglobulin M rheumatoid factors. lf^3. antibody polyreactivity by multiple reassortments of chimeric human Johnson, R.P. See Tsomides, Aldovmi, Johnson, Walker, Young, and Eisen. immunoglobulin heavy and light chain V segments. 885. Jones, B.D., Ghori, N., and Falkow, S. Salmonella typhimurium initi¬ Iguchi, A. See Matsuo, Ichida, Takizawa, Okada, Baranva, Iguchi, Morgan, ates murine infection by penetrating and destroying the specialized and Okada. epithelial M cells of the Peyer’s patches. 15. Ikagawa, S. See Matsushita, Takahashi, Motoki, Komoriya, Ikagawa, Jonker, M. See Heeney, van Els, de Vries, ten Haaft, Otting, Koomstra, and Nishimu.a. Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Ikehara, S. See Inaba, Witmer-Pack, Inaba, Hathcock, Sakuta, Azuma, and Osterhaus. Yagita, Okuniura, Linsley, Ikehara, Mutamatsu, Hodes, and Steinman. Jordana, M. See Takanaski, Nonaka, Xing, O’Byme, Dolovich, and Ikonomidis, G., Paterson, Y., Kos, F.J., and Portnoy, D.A. Deliv- Jordana. er\’ of a viral antigen to the class I processing and presentation path¬ Joseph, D. See Pretolani, Rutfie, Lapa e Silva, Joseph, Lobb, and Vaigaftig. way by Listeria nioiiivytoênes. 2209. Jouvin-Marche, E. See Lafon, Scott-Algara, Marche, Cazenave, and Imberti, O. See Reniuzzi, Noris, Benigni, Imberti, Sayegh, and Perico. Jouvin-Marche. Inaba, K., Witmer-Pack, M., Inaba, M., Hathcock, K.S., Sakuta, Julius, M. See Poussier and Julius. H., Azuma, M., Yagita, H., Okumura, K., Linsley, P.S., Jutila, M.A. See Bargatze, Kurk, Butcher, andjutila. Ikehara, S., Muramatsu, S., Hodes, R.J., and Steinman, R.M. The tissue distribution of the B7-2 costimulator in mice: abundant e.xpression on dendntic cells in situ and during maturation m vitro. 1849. K Inaba, M. See Inaba, Witmer-Pack, Inaba, Hathcock, Sakuta, Azuma, Yagita, Okumura, Linsley, Ikehara, Muramatsu, Hodes, and Steinman. Kabelitz, D. See Davodeau, PevTat, Gaschet, Hallet, Tnebel, Vie, Kabelitz, Inamitsu, T. See Yamamoto, Fukui, Esaki, Inamitsu, Sudo, Yamane, and Bonneville. Kamikawaji, Kimura, and Sasazuki. Kaddus, W. See Walmrath, Ghofrani, Rosseau, Schiitte, Cramer, Kaddus, Ishibashi, Y., Claus, S., and Reiman, D.A. Bordetella pertussis fila¬ Grimniinger, Bhakdi, and Seeger. mentous hemagglutinin interacts with a leukocyte signal transduction Kagnoff, M.F. See Chowers, Holtmeier, Harwood, Morzyeka- complex and stimulates bacterial adherence to monoevte CIO Wroblcwska, and Kagnoff. (CDllb/CD18). 1225. Kamada, T. See Maeda, Matsumoto, Hori, Kuwabara, Ogawa, Yan, Ishihara, H. See Annant, Ishihara, Rubio, Delespesse, and Sarfati. Ohtsuki, Kinoshita, Kamada. and Stem. Itoyama, Y. See Hara, Morita, Iwaki, Hatae, Itoyama, Kitamoto. Akizuki, Kambayashi, T. See Strassmann, Patil-Koota, Finkelman, Fon'». and Goto, and Watanabe. Kambayashi. Iwaki, T. See Hara, Morita, Iwaki, Hatae, Itoyama, Kitamoto, Akizuki, Kamikawaji, N. See Yamamoto, Fukui, Esaki, Inamitsu, Sudo, Yamane, Goto, and Watanabe. Kamikawaji, Kimura, and Sasazuki. Izquierdo, M., Bowden, S., and Cantrell, D. The role of Raf-1 in — See Yeung, Penninger, Kiindig, Law, Yamamoto. Kamikawaji, Burkly, the regulation of extracellular signal-regulated kinase 2 by the T cell Sasazuki, Flavell, Ohashi, and Mak. antigen receptor. 401. Kamoto, T. See Yamada, Shisa, Matsushiro, Kamoto, Kobayashi, Kawarai, and Hiai. Kamoun, M. See Kubin, Kamoun, and Trinchieri. Kampgen, E. See Romani, Gmner, Brang, Kampgen, Lenz, Trocken- J bacher, Konwalinka, Fritsch, Steinman, and Schuler. Kamradt, T. See Lengl-JanBen, Strauss, Steere, and Kamradt. Jabara, H.H. See Loh, Jabara, and Geha. Kan, C.-C. See Haimovitz-Friedman, Kan, Ehleiter, Persaud, McLoughlin, Jackman, R.W, See Detmar, Brown, Claffey, Yeo, Kocher, Jackman, Fuks, and Kolesnick. Berse, and Dvorak. Kan, O., Baldwin, S.A., and Whetton, A.D. Apoptosis is regulated — See Fava, Olsen, Spencer-Green, Yeo, Yeo, Berse, Jackman, Senger, by the rate of glucose transport in an interleukin 3-dependent cell Dvorak, and Brown. line. 917. Jacobsen, S.E.W., Okkenhaug, C., Veiby, O.P., Caput, D., Ferrara, Kane, J.P. See Wurfel, Kumtake, Lichenstein, Kane, and Wright. P., and Minty, A. Interleukin 13: novel role in direct regulation KanellopouIos,J.M. SeeCibotti, Cabaniols, Pannetier, Delarbre, Vergnon, of proliferation and differentiation of primitive hematopoietic pro¬ Kanellopoulos, and Kourilsky. genitor cells. 75. Kaplan, G. See Molloy, Laochumroonvorapong, and Kaplan. JafFe, M. See Kim, Namchuk, Bugawan, Fu, JafFe, Shi, Aanstoot, Turck, Kaplan, M. See Browning, Roberts, Zabrenetzky, Bryant, Kaplan, Wash¬ Erlich, Lennon, and Baekkeskov. ington, Panet, Gallo, and Vogel. Jainandunsing, S. See Gray, Dullforcc, and Jainandunsing. Kappler, J.W. See Hamad, Hemran, Marrack, and Kappler. Jakob, S. See Kirbetg, Baron, Jakob, Rolink, Kaijalainen, and von Boehmer. Karapetian, O., Shakhov, A.N., Kraehenbuhl, J.-P., and Acha- Janossy, G. See Akbar, Savill, Gombert, Bofill, Borthwick, Whitelaw, Orbea, H. Retroviral infection of neonatal Peyer’s patch lympho¬ Grundy, Janossy, and Salmon. cytes: the mouse mammary tumor virus model. 1511. 2433 Author Index • Volume 180, 1994 Karin, N., Mitchell, D.J., Brocke, S., Ling, N., and Steinman, Kirchgessner, H. See Schraven, Ratnofsky, Gaumont, Lindegger, L. Reversal of experimental autoimmune encephalomyelitis by a Kirchgessner, Bruyns, Moebius, and Meuer. soluble peptide variant of a myelin basic protein epitope: T cell re¬ Kister, A. See Arulanandam, Kister, McGregor, Wyss, Wagner, and ceptor antagonism and reduction of interferon 7 and tumor necrosis Reinherz. factor q: production. 2227. Kitamoto, T. See Hara, Morita, Iwaki, Hatae, Itoyama, Kitamoto, Akizuki, Kariv, L, Hardy, R.R., and Hayakawa, K. Altered major histocom¬ Goto, and Watanabe. patibility complex restriction in the NKl.l^Ly-bC*” autoreactive Kitamura, D. See Sato, Katagiri, Takaki, Kikuchi, Hitoshi, Yonehara, CD4* T cell subset from class II—deficient mice. 2419. Tsukada, Kitamura, Watanabe, Witte, and Takatsu. Kaijalainen, K. See Kirberg, Baron, Jakob, Rolink, Kaijalainen, and von Klein, U., Ktippers, R., and Rajewsky, K. Variable region gene analy¬ Boehmer. sis of B cell subsets derived from a 4-year-old child: somatically mu¬ Karlhofer, F.M. See Daniels, Karlhofer, Seamen, and Yokoyama. tated memory B cells accumulate in the peripheral blood already Kamitz, L.M. See Bonnema, Kamitz, Schoon, Abraham, and Leibson. at young age. 1383. Karr, L. See Bucy, Panoskaltsis-Mortari, Huang, Li, Karr, Ross, Russell, Klotz, F.W. Seguin, Klotz, Schneider, Weir, Goodbary, Slayter, Raney, Murphy, and Weaver. Aniagolu, and Green. Katagiri, T. See Sato, Katagiri, Takaki, Kikuchi, Hitoshi, Yonehara, Kobayashi, K.-i. See Wada, Tomosugi, Naito, Yokoyama, Kobayashi, Tsukada, Kitamura, Watanabc, Witte, and Takatsu. Harada, Mukaida, and Matsushima. Katz, J.B., Limpanasithikul, W., and Diamond, B. Mutational analy¬ Kobayashi, Y. See Arase, Arase, Kobayashi, Nishimura, Yonehara, and sis of an autoantibody: differential binding and pathogenicity. 925. Onoc. Kaufmann, D.L. See Tian, Lehmann, and Kaufman. — See Yamada, Shisa, Matsushiro, Kamoto, Kobayashi, Kawarai, and Hiai. Kaulfersch, W. See Leusen, Bolscher, Hilarius, Weening, Kaulfersch, Kocher, O. See Detmar, Brown, Claffey, Yeo, Kocher, Jackman, Berse, Seger, Roos, and Verhoeven. and Dvorak. Kawakami, Y., Eliyahu, S., Sakaguchi, K., Robbins, P.F., Rivoltini, Koenig, S. See Langemiann, Palaszynski, Burlein, Koenig, Hanson, Briles, L., Yannelli, J.R., Appella, E., and Rosenberg, S.A. Identifica¬ and Stover. tion of the immunodominant peptides of the MART-1 human Kojima, K., Berger, T., Lassmann, H., Hinze-Selch, D., Zhang, Y., melanoma antigen recognized by the majority of HLA-A2—restricted Gehrmann, J., Reske, K., Wekerle, H., and Linington, C. Ex¬ tumor infiltrating lymphocytes. 347. perimental autoimmune panencephalitis and uveoretinitis transferred Kawano, Y.-I. See Kozhich, Kawano, Egwuagu, Caspi, Maturi, Berzofsky, to the Lewis rat by T lymphocytes specific for the S10()/8 molecule, and Gery. a calcium binding protein of astroglia. 817. Kawarai, A. See Yamada, Shisa, Matsushiro, Kamoto, Kobayashi, Kawarai, Kolaitis, G. See Gabathuler, Reid, Kolaitis, Driscoll, and Jefferies. and Hiai. Kolesnick, R.N. See Haimovitz-Friedman, Kan, Ehleiter, Persaud, Kearse, K.P. See Punt, Roberts, Kearse, and Singer. McLoughlin, Fuks, and Kolesnick. — See Wiest, Kearse, Shores, and Singer. Komoriya, K. See Matsushita, Takahashi, Motoki, Komoriya, Ikagawa, Keller, J.R. See Grzegorzewski, Ruscetti, Usui, Damia, Longo, Carlino, and Nishimura. Keller, and Wiltrout. Konwalinka, G. See Romani, Gruner, Brang, Kampgen, Lenz, Trocken- Kelly, C.J. See Weiss, Madaio, Tomaszewski, and Kelly. bacher, Konwalinka, Fritsch, Steinman, and Schuler. Kelsoe, G. B cell diversification and differentiation in the periphery. 5. Koorastra, W. See Heeney, van Els, de Vries, ten Haaft, Otting, Koomstra. Kelvin, D.J. See Badolato, Wang, Murphy, Lloyd, Michiel, Baussemian, Boes, Dubbes, Niphuis, Dings, Cranage, Norley, Jonker, Bontrop, Kelvin, and Oppenheim. and Osterhaus. Khilko, S. See Chen, Khilko, Fecondo, Margulies, and McCluskey. Koretzky, G.A. See Motto, Musci, and Koretzky. KiefT, E. See Argaet, Schmidt, Bunows, Silins, Kurilla, Doolan, Suhrbicr, Kos, FJ. See Ikonoinidis, Paterson, Kos, and Portnoy. Moss, Kicff, Sculley, and Misko. Koup, R.A. Virus escape from CTL recognition. 779. Kiessling, R. See Matsuda, Salazar, Petersson, Masucci, Hansson, Pisa, Kourilsky, P. See Cibotti, Cabaniols, Pannetier, Delarbre, Vergnon, Zhang, Masucci, and Kiessling. Kanellopoulos, and Kourilsky. Kikuchi, Y. See Sato, Katagiri, Takaki, Kikuchi, Hitoshi, Yonehara, — See Regnault, Cumano, Vassalli, Guy-Grand, and Kourilsky. Tsukada, Kitamura, Watanabe, Witte, and Takatsu. Kozhich, A.T., Kawano, Y.-L, Egwuagu, C.E., Caspi, R.R., Maturi, Kim, J., Namchuk, M., Bugawan, T., Fu, Q., Jaffe, M., Shi, Y., R.K., Berzofsky, J.A., and Gery, 1. A pathogenic autoimmune Aanstoot, H.-J., Turck, C.W., Erlich, H., Lennon, V., and process targeted at a surrogate epitope. 133. Baekkeskov, S. Higher autoantibody levels and recognition of a Kracht, M., Truong, O., Totty, N.F., Shiroo, M., and Saklatvala, linear NHi-tenninal epitope in the autoantigen GAD(,5, distinguish J. Interleukin 1 a activates two forms of p54a mitogen-activated Stiff-Man syndrome from insulin-dependent diabetes niellitus. 595. protein kinase in rabbit liver. 2017. Kim, KJ. See Devergne, Marfaing-Koka, Schall, Leger-Ravet, Sadick, Kraehenbuhl, J.-P. See Karapetian, Shakhov, Kraehenbuhl, and Acha- Pcuchmaur, Crevon, Kim, Galanaud, and Eniilic. Orbea. Kim, Y.J. See Hrushesky, Langevin, Kim, and Wood. Kratzin, H.D. See Ritter, Kiihl, Semrau, Eiffert, Kratzin, and Thomssen. Kimata, H., and Fujimoto, M. Growth homionc and insulin-like Krishna, S. See Song, Krishna, Thanos, Stroininger, and Ono. growth factor I induced immunoglobulin (lg)E and IgG4 produc¬ Kroemer, G. See Ramirez, Carracedo, Zamzaini, Castedo, and Kroeiner. tion by human B cells. 727. Krueger, J.G. See Vallat, Gilleaudeau, Battat, Wolfe, Nabeya, Heftier, Kimoto, M. See Miyake, Yamashita, Hitoshi, Takatsu, and Kimoto. Hodak, Gottlieb, and Krueger. Kimura, A. See Yamamoto, Fukui, Esaki, Inamitsu, Sudo, Yamane, Krystal, G., Lam, V., Dragowska, W., Takahashi, C., Appel, J., Kamikawaji, Kimura, and Sasazuki. Gontier, A., Jenkins, A., Lam, H., Quon, L., and Lansdorp, Kincade, P.W. See Smithson, Beamer, Shultz, Christianson, Shultz, and P. Transforming growth factor /31 is an inducer of erythroid differen¬ Kincade. tiation. 851. Kincaid, R. See Goldfeld, Tsai, Kincaid, Bclshaw, Schrieber, Stroininger, Kubin, M., Kamoun, M., and Trinchieri, G. Interleukin 12 syner- and Rao. gizes with B7/CD28 interaction in inducing efficient proliferation Kinch, M.S., Sanfridson, A., and Doyle, C. The protein tyrosine and cytokine production of human T cells. 211. kinase p.Sb'sls regulates cell adhesion mediated by CD4 and major Kiihl, R.-J. See Ritter, Kiihl, Semrau, Eiffert, Kratzin, and Thomssen. histtx'oinpatibility complex class II proteins. 1729. Kiindig, T.M. See Fung-Leung, Kiindig, Ngo, Panakos, De Sousa-Hitzler, Kinder, D.H. See Wnght, Wei, Zhong, Zheng, Kinder, and Larrick. Wang, Ohashi. Mak, and Laii. Kinoshita, T. See Maeda, Matsuinoto, Hori, Kuwabara, Ogawa, Yan, — See Yeung, Penninger, Kiindig. Law, Yamamoto, Kamikawaji, Burkly, Ohtsuki, Kinoshita, Kaniada, and Stern. Sasazuki, Flavell, Ohashi, and Mak. Kirberg, J., Baron, A., Jakob, S., Rolink, A., Karjalainen, K., and Kunicki, TJ. See Gruel, Brojer, Nugent, and Kiinicki. von Boehmer, H. Thymic selection of CD8* single positive cells Kunitake, S.T. See Wurfel, Kunitake, Lichenstein, Kane, and Wright. with a class 11 major hisux'ompatibility complex-restricted receptor. Kupper, T.S. See Xu, Gonzalo, St. Pierre, Williams, Kupper, Cotran, 25. Springer, and Gutierrez-Ramos. 2434 The Journal of Experimental Medicine