AUTHOR INDEX VOLUME 184 A Appella, E. See Katz, Stebbins, Appella, and Sant. — See Loftus, Castelli, Clay, Squarcina, Marincola, Nishimura, Parmi- Abbas, A.K. See Lederer, Perez, DesKoches, Kim, Abbas, and Lichtman. ani, Appella, and Rivoltini. Abe, R. See Tai, Yashiro, Abe, Toyooka, Wood, Morris, Long, Ono, — See Wang, Appella, Kawakami, Kang, and Rosenberg. Kobayashi, Hamaoka, Neben, and Fujiwara. Arenberg, D.A., Kunkel, S.L., Polverini, P.J., Morris, S.B., Abo, T. See Watanabe, Miyaji, Seki, and Abo. Burdick, M.D., Glass, M.C., Taub, D.T., lannettoni, M.D., Abrams, J.S. See Klimpel, Langley, Wypych, Abrams, Chopra, and Whyte, R.I., and Stricter, R.M. Interferon-'y-inducible pro¬ Niesel. tein 10 (IP-IO) is an angiostatic factor that inhibits human non- —See Roth, Corry, Locksley, Abrams, Litton, and Fisher. small cell lung cancer (NSCLC) tumorigenesis and spontaneous Accame, L. See Pende, liiassoni, Cantoni, Verdiani, Falco, l)i Do¬ metastases. 981. nato, Accame, liottino, Moretta, and Moretta. Argaet, V.P. See Silins, Cross, Elliott, Pye, Burrows, Burrows, Moss, Acuto, O. SeeTuosto, Michel, and Acuto. Argaet, and Misko. Adam, D. See Machleidt, Kramer, Adam, Neumann, Schiitze, Wieg- Arizpe, H. See Catalina, Carroll, Arizpe, Takashima, Estess, and mann, and Kronke. Siegelman. Aderem, A. See Allen and Aderem. Amelle, D.R. See Anstey, Weinberg, Hassanali, Mwaikambo, Many¬ Ahlin, A. See Leusen, de Klein, Hilarius, Ahlin, Palmblad, Smith, enga, Misukonis, Amelle, Hollis, McDonald, and Granger. Diekmann, Hall, Verhoeven, and Roos. Araet, B. See Pajkrt, Doran, Koster, Lerch, Amet, van der Poll, ten Aiello, F.B. See Screpanti, Musiani, Bellavia, Cappelletti, Aiello, Cate, and van Deventer. Maroder, Frati, Modesti, Gulino, and Poli. Arrecubieta, C., Lopez, R., and Garcia, E. Type 3-specific syn¬ Aiuti, A. See Bleul, Fuhlbrigge, Casasnovas, Aiuti, and Springer. thase of Streptococcus pneumoniae (Cap3B) directs type 3 polysaccha¬ Alavi, M. See Menozzi, Rouse, Alavi, Laude-Sharp, Muller, Bischoff, ride biosynthesis in Escherichia coli and in pneumococcal strains of Brennan, and Locht. different serotypes. 449. Albelda, S.M. See Wakelin, Sanz, Dewar, Albelda, Larkin, Boughton- Amfib, A. See Biancone, Bowen, Lim, Aruffo, Andres, and Stamenkovic. Smith, Williams, and Nourshargh. — See Guo, Wu, Shinde, Sy, Amffo, and Liu. Alber, G. See Celia, Scheidegger, Palmer-Lehmann, Lane, Lanzavec- — See Liles, Kiener, Ledbetter, Aruffo, and Klebanoff. chia, and Alber. Asano, M., Toda, M., Sakaguchi, N., and Sakaguchi, S. Auto¬ Alberola-Ha, J., Hogquist, K.A., Swan, K.A., Bevan, M.J., and immune disease as a consequence of developmental abnonnality of Perlmutter, R.M. Positive and negative selection invoke distinct a T cell subpopulation. 387. signaling pathways. 9. Ashikari, S. See Tanaka, Kimata, Wake, Mine, .Morinioto, Yama- Albert, R.K. See Henderson, Lewis, Albert, Zhang, Lamm, Chiang, kawa, Habuchi, Asl.ikari, Yamamoto, Sakurai, Yoshida, Suzuki, Jones, Eriksen, Tien, Jonas, and Chi. and Eto. Alderson, A. See McKeever, Khandekar, Newcomb, Naylor, Gregory, Askenase, P.W. See Szczepanik, Anderson, Ushio, Ptak, Owen, Hay- Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, day, and Askenase. and Jones. Austen, K.F. See Ghildyal, Friend, Stevens, Austen, Huang, Penrose, Alexander-Miller, M.A., Leggatt, G.R., Sarin, A., and Berzof- Sali, and Gurish. sky, J.A. Role of antigen, CD8, and cytoto.xic T lymphocyte Avila, E.M. See Hara, Toyoda, Yaar, Bhawan, Avila, Penner, and (CTL) avidity in high dose antigen induction of apoptosis of effec¬ Gilchrest. tor CTL. 485. Azzoni, L. See Bennett, Zatsepina, Zamai, Azzoni, Mikheeva, and Alexopoulou, L. See Pasparakis, Alexopoulou, Episkopou, and Kollias. Perussia. Allen, H. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, Emoto, Pandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, and Kufe. B Allen, L.-A.H., and Aderem, A. Molecular definition of distinct cytoskeletal structures involved in complement- and Fc receptor- Bacon, K.B., Szabo, M.C., Yssel, H., Bolen, J.B., and Schall, mediated phagocytosis in macrophages. 627. T.J. RANTES induces tyrosine kinase activity of stably com- Allen, P.M. Kersh and Allen. plexed pl25^''*‘ and ZAP-7() in human T cells. 873. — See Sloan-Lancaster, Steinberg, and Allen. — Sec Hwang, Singer, Giblin, Yednock, Bacon, Simon, and Rosen. Allison, J. See Kurts, Heath, Carbone, Allison, Miller, and Kosaka. — See Taylor, Bacon, Smith, Jahn, Kadlecek, Uribe, Kohn, Gelfand, Alnemri, E. See Song, Burrows, Smith, Lees-Miller, Kumar, Chan, Weiss, and Weinberg. Trapani, Alnemri, Litwack, Lu, Moss, Jackson, and Lavin. Baggiolini, M. See Granelli-Pipemo, Moser, Pope, Chen, Wei, Isdell, Anand, S. See Batista, Anand, Presani, Efremov, and Burrone. O’Doherty, Paxton, Koup, Mojsov, Bhardwaj, Clark-Lewis, Bag¬ Anderson, G.D. See Portanova, Zhang, Anderson, Hauser, Masferrer, giolini, and Steinman. Seibert, Gregory, and Isakson. — See Loetscher, Gerber, Loetscher, Jones, Piali, Clark-Lewis, Baggio¬ Anderson, L.R. See Szczepanik, Anderson, Ushio, Ptak, Owen, Hay- lini, and Moser. day, and Askenase. — See Loetscher, Seitz, Baggiolini, and Moser. Anderson, S.K. See Mason, Anderson, Yokoyama, Smith, Winkler- Bailish, E. See Broxmeyer, Cooper, Cacalano, Hague, Bailish, and Pickett, and Ortaldo. Moore. Andres, G. See Biancone, Bowen, Lim, Aruffo, Andres, and Stamen- Baisch, J. See Kong, Lomo, Motte, Giraldo, Baisch, Strauss, Hammer- kovic. ling, and David. Annels, N.E. See Steven, Leese, Annels, Lee, and Rickinson. Bakhiet, M. See Zhang, Xiao, Bakhiet, van der Meide, Wigzell, Link, Anstey, N.M., Weinberg, J.B., Hassanali, M.Y., Mwaikambo, and Olsson. E.D., Manyenga, D., Misukonis, M.A., Amelle, D.R., Bakker, C.Y. See Walunas, Bakker, and Bluestone. Hollis, D., McDonald, M.I., and Granger, D.L. Nitric oxide Balasingam, V. See D’Souza, Bonetti, Balasingam, Cashman, Barker, in Tanzanian children with malaria: inverse relationship between Troutt, Raine, and Antel. malana severity and nitric oxide production/nitric oxide synthase Banchereau, J. See Caux, Vanbervliet, Massacrier, Dezutter-Dam- type 2 expression. 557. buyant, de Saint-Vis, Jacquet, Yoneda, Imamura, Schmitt, and Antel, J.P. See D’Souza, Bonetti, Balasingam, Cashman, Barker, Banchereau. Troutt, Raine, and Antel. — See Liu and Banchereau. 2451 Author Index • Volume 184, 1996 Baneiji, J. Sec McKeever, Khandekar, Newcomb, Naylor, Gregory, Blake, J., Johnston, J.V., Hellstrom, K.E., Marquardt, H., and Hrauer, Jcssoti, Bettencourt, Burke, Alderson, Banerji, Haskins, Chen, L. Use of combinatorial peptide libraries to construct func¬ and Jones. tional mimics of tumor epitopes recognized by MHC class I— Barber, D.L. See Boussiotis, Barber, Lee, Gribben, Freeman, and Nadler. restricted cytolytic T lymphocytes. 121. Barber, L.D., Percival, L., Valiante, N.M., Chen, L., Lee, C., Blaser, K. See Crameri, Faith, Hemmann, Jaussi, Ismail, Menz, and Gumperz, J.E., Phillips, J.H., Lanier, L.L., Bigge, J.C., Blaser. Parekh, R.B., and Parham, P. The inter-locus recombinant — See Roth, Natick, Yousefi, Tamm, Blaser, Ferruchoud, and Simon. HLA-B*46()1 has high selectivity in peptide binding and functions BleuI, C.C., Fuhlbrigge, R.C., Casasnovas, J.M., Aiuti, A., and characteristic ofHLA-C. 735. Springer, T.A. A highly efficacious lymphocyte chemoattrac¬ Barbieri, S. Sec Denkers, Scharton-Kersten, Barbieri, Caspar, and tant, stromal cell-derived factor 1 (SDF-1). 1101. Slier. Bluestone, J.A. See Guehler, Bluestone, and Barrett. Barker, P.A. Sec D’Souza, Bonetti, Balasingam, Cashman, Barker, — See Karandikar, Vanderlugt, Walunas, Miller, and Bluestone. Troutt, Kaine, and Antel. — See Walunas, Bakker, and Bluestone. Barrett, T.A. Sec Guehler, Bluestone, and Barrett. Boezkowski, D., Nair, S.K., Snyder, D., and Gilboa, E. Den¬ Batista, F.D., Anand, S., Presani, G., Efremov, D.G., and Bur- dritic cells pulsed with RNA are potent antigen-presenting cells in rone, O.R. The two membrane isofonns of human IgE assemble vitro and in vivo. 465. into functionally distinct B cell antigen receptors. 2197. Boesteanu, A. See Joyce, Negishi, Boesteanu, DeSilva, Sharma, Bax, A. See I’laksin, Chacko, McPhie, Bax, Padlan, and Margulies. Chorney, Loh, and Van Kaer. Beaudet, A.L. Sec Mizgerd, Meek, Kutkoski, Bullard, Beaudet, and Bohle, B. See Geissler, Ohler, Fbdinger, Virgolini, Leimer, Kabrna, Doerschuk. Kollars, Skoupy, Bohle, Rogy, and Lechner. Beeson, C., Rabinowitz, J., Tate, K., Giitgemann, I., Chien, Bolen, J.B. See Bacon, Szabo, Yssel, Bolen, and Schall. Y.-h., Jones, P.P., Davis, M.M., and McConnell, H.M. Bonetti, B. See D’Souza, Bonetti, Balasingam, Cashman, Barker, Early biochemical signals arise from low affinity TCR-ligand re¬ Troutt, Raine, and Antel. Bonnefoy, J.-Y. See Chvatchko, Kosco-Vilbois, Herren, Lefort, and actions at the cell—cell interface. 777. Beitz, L.O. See Ota, Beitz, Scharenberg, Donovan, Kinet, and Samel- Bonnefoy. — See Martinez-Fomares, Kosco-Vilbois, Darley, Tree, Herren, Bon¬ son. nefoy, and Gordon. Bell, J.I. Sec Reid, McAdam, Smith, Klenerman, O’Callaghan, Harlos, Bonneville, M. See Scotet, David-Ameline, Feyrat, Moreau-Aubry, jakobsen, McMichael, Bell, Stuart, and Jones. Finezon, Lim, Even, Semana, Berthelot, Breathnach, Bonneville, Bellavia, D. Sec Screpanti, Musiani, Bellavia, Cappelletti, Aiello, Mar- and Houssaint. oder, Frati, Modesti, Gulino, and Foli. Borkowski, T.A., Letterio, J.J., Farr, A.G., and Udey, M.C. A Bendelac, A., Hunziker, R.D., and Lantz, O. Increased interleu¬ role for endogenous transfomiing growth factor pi in Langerhans kin 4 and immunoglobulin E production in transgenic mice over¬ cell biology: the skin of transfomiing growth factor pi null mice is expressing NKl T cells. 1285. devoid of epidennal Langerhans cells. 2417. Bennett, I.M., Zatsepina, O., Zamai, L., Azzoni, L., Mikhe¬ Borras, F.E. See Celada, Borras, Soler, Lloberas, Klemsz, van Beveren, eva, T., and Perussia, B. Definition of a natural killer NKR- McKercher, and Maki. I’lA''^/CD56“/CD16“ functionally immature human NK cell Borsellino, G. Sec Mandelboim, Reyburn, Vales-Gomez, Fazmany, subset that differentiates in vitro in the presence of interleukin 12. Colonna, Borsellino, and Strominger. 1845. Borst, J. See Gravestein, van Ewijk, Ossendorp, and Borst. Bennett, J.E. See Salas, Bennett, Kwon-Chung, Ferfect, and William¬ Bottino, C. See Fende, Biassoni, Cantoni, Verdiani, Falco, Di Do¬ son. nato, Accame, Bottino, Moretta, and Moretta. Berenstein, E.H. Sec Zhang, Berenstein, Evans, and Siraganian. Boughton-Smith, N. See Wakelin, Sanz, Dewar, Albelda, Larkin, Berg, DJ. Sec Davidson, Leach, Fort, Thompson-Snipes, Kiihn, Boughton-Smith, Williams, and Nourshargh. Muller, Berg, and Rennick. Bourne, N. See Yoshikawa, Hill, Stanberry, Bourne, Kurawadwala, Bergemann, A.D. See Lorenz, Bergemann, Steinberg, Flanagan, Li, and Krause. Galli, and Neel. Boussiotis, V.A., Barber, D.L., Lee, B.J., Gribben, J.G., Free¬ Beras, A. See Jacobs, lacomini, van de Ven, Tonegawa, and Berns. man, G.J., and Nadler, L.M. Differential association of protein Berthelot, J.-M. See Scotet, David-Ameline, Feyrat, Moreau-Aubry, tyrosine kinases with the T cell receptor is linked to the induction Finezon, Lim, Even, Semana, Berthelot, Brtithnach, Bonneville, of anergy and its prevention by B7 family-mediated costimulation. and Houssaint. 365. Berzofsky, J.A. See Alexander-Miller, Leggatt, Sarin, and Berzofsky. Bowen, M.A. See Biancone, Bowen, Lim, Aruffo, Andres, and Sta¬ Bettencourt, B. See McKeever, Khandekar, Newcomb, Naylor, Gre¬ menkovic. gory, Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Brady, H.R. See Gilligan, Bredy, Brady, Hebert, Slayter, Xu, Rauch, Haskins, and Jones. Shia, Koh, and Levine. Bevan, M.J. See Alberola-Ila, Hogquist, Swan, Bevan, and Ferlniutter. Brandtzaeg, P., Osnes, L., Ovstebo, R., Joo, G.B., Westvik, Bhan, A.K. See Mizoguchi, Mizoguchi, Chiba, and Bhan. A.-B., and Kierulf, P. Net inflammatory capacity of human BhardwaJ, N. See Granelli-Fipemo, Moser, Fope, Chen, Wei, Isdell, septic shock plasma evaluated by a monocyte-based target cell as¬ O’Doherty, Fa.xton, Koup, Mojsov, BhardwaJ, Clark-Lewis, say: identification of interleukin-10 as a major functional deactiva¬ Ba^olini, and Steinman. tor of human monocytes. 51. Correction. 2075 Bhawan, J. See Hara, Toyoda, Yaar, Bhawan, Avila, Fenner, and Brasel, K. See Maraskovsky, Brasel, Teepe, Roux, Lyman, Shortman, Gilchrest. and McKenna. Biancone, L., Bowen, M.A., Lim, A., Aruffo, A., Andres, G., Brauer, P. See McKeever, Khandekar, Newcomb, Naylor, Gregory, and Stamenkovic, 1. Identification of a novel inducible cell- Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, surface ligand of CD5 on activated lymphocytes. 811. and Jones. Biassoni, R. See Fende, Biassoni, Cantoni, Verdiani, Falco, Di Do¬ Bravo, R. See Snapper, Rosas, Zelazowski, Moomian, Kehry, Bravo, nato, Accame, Bottino, Moretta, and Moretta. and Weih. Bigge, J.C. See Barber, Fercival, Valiante, Chen, Lee, Gumperz, Fhil- Breathnach, R. See Scotet, David-Ameline, Feyrat, Moreau-Aubry, lips, Lanier, Bigge, Farekh, and Farhani. Finezon, Lim, Even, Semana, Berthelot, Breathnach, Bonneville, Bigler, M. See Groux, Bigler, de Vries, and Roncarolo. and Houssaint. Biro, J. See Falk, Biro, Kohler, and Eichmann. Bredt, D.S. See Chao, Gorospe, Brenman, Rafael, Feters, Froehner, BischofT, R. See Menozzi, Rouse, Alavi, Laude-Sharp, Muller, Hoffman, Chamberlain, and Bredt. Bischoff, Brennan, and Locht. Bredy, B. Sec Gilligan, Bredy, Brady, Hebert, Slayter, Xu, Rauch, Bjorck, L. See Herwald, Collin, Muller-Esterl, and Bjorck. Shia, Koh, and Levine. 2452 The Journal of Experimental Medicine Brenman, J.E. See Chao, Gorospe, Brennian, Rafael, Peters, Froeh- Cai, T.-Q., and Wright, S.D. Human leukocyte elastase is an endog¬ ner, Hoffman, Chamberlain, and Bredt. enous ligand for the integrin CR3 (CDl lb/CD18, Mac-1, a^P-,) Brennan, J., Lemieux, S., Freeman, J.D., Mager, D.L., and and modulates polymorphonuclear leukocyte adhesion. 1213. Takei, F. Heterogeneity among Ly-49C natural killer (NK) cells: Cai, Z. See Kishimoto, Cai, Brunmark, Jackson, Peterson, and Sprent. characterization of highly related receptors with differing functions Campbell, K.S., Dessing, M., Lopez-Botet, M., Celia, M., and and expression patterns. 2085. Colonna, M. Tyrosine phosphorylation of a human killer inhibi¬ Brennan, M.J. See Menozzi, Rouse, Alavi, Laude-Sharp, Muller, tory receptor recruits protein tyrosine phosphatase 1C. 93. Bischoff, Brennan, and Locht. Candeias, S., Mucgge, K., and Durum, S.K. Junctional diversity Briones, M.R.S. See Sinnis, Willnow, Briones, Herz, and Nussenz- in signal joints from T cell receptor beta and delta loci via terminal weig. deoxynucleotidyl transferase and e.xonucleolytic activity. 1919. Broker, I. See van Ham, Gnineberg, Malcherek, Broker, Melms, and Cantoni, C. See Pende, Biassoni, Cantoni, Verdiani, Falco, Di Do¬ Trowsdale. nato, Accame, Bottino, Moretta, and Moretta. Brombacher, F. See Kopf, Brombacher, Kohler, Kienzle, Widmann, Cappelletti, M. See Screpanti, Musiani, Bellavia, Cappelletti. Aiello, Lefrang, Huinborg, Ledermann, and Solbach. Maroder, Frati, Modesti, Gulino, and Poli. Brooks, J.W. See Cardin, Brooks, Sarawar, and Doherty. Carbone, F.R. See Kurts, Heath, C'arbone, Allison, Miller, and Kosaka. Brown, D.R., Fowell, D.J., Corry, D.B., Wynn, T.A., Mosk- Cardin, R.D., Brooks, J.W., Sarawar, S.R., and Doherty, P.C. owitz, N.H., Cheever, A.W., Locksley, R.M., and Reiner, Progressive loss of CDS'*' T cell—mediated control of a y-herpesvi- S.L. p2-microglobulin-dependent NKl.l"^ T cells are not essen¬ rus in the absence of CD4'^ T cells. 863. tial for T helper cell 2 immune responses. 1295. Carroll, M.C. See Catalina, Carroll, Arizpe, Takashima, Estess, and —, Green, J.M., Moskowitz, N.H., Davis, M., Thompson, Siegelinan. C.B., and Reiner, S.L. Limited role of CD28-mediated signals — See Sylvestre, Clynes, Ma, Warren, Carroll, and Ravetch. in T helper subset differentiation. 803. Carson, D.A. See Corr, Lee, Carson, and Tighe. Browning, J.L. See Rennert, Browning, Mebius, Mackay, and Hoch- Casasnovas, J.M. See Bleul, Fuhlbrigge, Casasnovas, Aiuti, and man. Springer. Broxmeyer, H.E., Cooper, S., Cacalano, G., Hague, N.L., Cashman, N.R. See D’Souza, Bonetti, Balasingam, Cashman, Barker, Bailish, E., and Moore, M.W. Involvement of interleukin (IL) Troutt, Raine, and Antel. 8 receptor in negative regulation of myeloid progenitor cells in Casiano, C.A., Martin, S.J., Green, D.R., and Tan, E.M. Selec¬ vivo: evidence from mice lacking the murine lL-8 receptor ho- tive cleavage of nuclear autoantigens during CD95 (Fas/APO-1)- mologue. 1825. mediated T cell apoptosis. 765. Bruch-Gerharz, D., Fehsel, K., Suschek, C., Michel, G., Ruz- Caspar, P. See Denkers, Scharton-Kersten, Barbieri, Caspar, and Sher. icka, T., and Kolb-Bachofen, V. A proinflainmatory activity Castedo, M. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Macho, of interleukin 8 in human skin: e.xpression of the inducible nitric Haeffner, Hirsch, Geuskens, and Kroemer. oxide synthase in psoriatic lesions and cultured keratinocytes. — See Susin, Zamzami, Castedo, Hirsch, Marchetti, Macho, Daugas, 2007. Geuskens, and Kroemer. Brunmark, A. See Kishinioto, Cai, Brunmark, Jackson, Peterson, and Castelli, C. See Loftus, Castelli, Clay, Squarcina, Marincola, Nish- Sprent. imura, Paimiani, Appella, and Rivoltini. — See Lang, Jackson, Teyton, Brunmark, Kane, and Nemazee. Castellino, F. See Zhong, Castellino, Romagnoli, and Germain. Buck, J. See O’Connell, Chua, Hoyos, Buck, Chen, Derguini, and Castleman, W.L. See Welbom, Van Zee, Edwards, Pruitt, Kaibara, Hammerling. Vauthey, Rogy, Castleman, Lowry, Kenney, Stuber, Ettlin, Wipf, Budd, R.C. See Vincent, Roessner, Lynch, Wilson, Cooper, Loetscher, Copeland, Lesslauer, and Moldawer. Tschopp, Sigal, and Budd. Catalina, M.D., Carroll, M.C., Arizpe, H., Takashima, A., Bullard, D.C. See Mizgerd, Meek, Kutkoski, Bullard, Beaudet, and Estess, P., and Siegelman, M.H. The route of antigen entry Doerschuk. determines the requirement for L-selectin during immune re¬ Bullock, T.N.J., and Eisenlohr, L.C. Ribosomal scanning past the sponses. 2341. primary initiation codon as a mechanism for e.xpression of CTL Catino, JJ- See Zheng, Ojcius, Garaud, Roth, Maxwell, Li, Rong, epitopes encoded in alternative reading frames. 1319. Chen, Wang, Catino, and King. Burdick, M.D. See Arenberg, Kunkel, Polverini, Morris, Burdick, Caux, C., Vanbervliet, B., Massacrier, C., Dezutter-Dambuy- Glass, Taub, lannettoni, Whyte, and Strieter. ant, C., de Saint-Vis, B., Jacquet, C., Yoneda, K., Ima- Burgeon, E. See Luo, Burgeon, and Rao. mura, S., Schmitt, D., and Banchereau, J. CD34''‘ hemato¬ Burke, E. See McKeever, Khandekar, Newcomb, Naylor, Gregory, poietic progenitors from human cord blood differentiate along Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, two independent dendritic cell pathways in response to GM- and Jones. eSF+TNFa. 695. Burmester, G.R. See Feist, Domer, Kuckelkom, Schmidtke, Celada, A., Borras, F.E., Soler, C., Lloberas, J., Klemsz, M., Micheel, Hiepe, Burmester, and Kloetzel. van Beveren, C., McKercher, S., and Maki, R.A. The tran¬ Burrone, O.R. See Batista, Anand, Presani, Efremov, and Burrone. scription factor PU.l is involved in macrophage proliferation. 61. Burrows, J.M. See Silins, Cross, Elliott, Pye, Burrows, Burrows, Celia, M., Scheidegger, D., Palmer-Lehmann, K., Lane, P., Moss, Argaet, and Misko. Lanzavecchia, A., and Alber, G. Ligation of CD4() on den¬ Burrows, S.R. See Silins, Cross, Elliott, Pye, Burrows, Burrows, dritic cells triggers production of high levels of interleukin-12 and Moss, Argaet, and Misko. enhances T cell stimulatory capacity: T-T help via APC activa¬ — See Song, Burrows, Smith, Lees-Miller, Kumar, Chan, Trapani, tion. 747. Alnemri, Litwack, Lu, Moss, Jackson, and Lavin. — See Campbell, Dessing, Lopez-Botet, Celia, and Colonna. BuBfeld, D. See Sprenger, Meyer, Kaufmann, BuBfeld, Rischkowsky, Chacko, S. See Plaksin, Chacko, MePhie, Bax, Padlan, and Margulies. and Gemsa. Chamberlain, J.S. See Chao, Gorospe, Brennian, Rafael, Peters, Buus, S. See Larsen, Pedersen, Buus, and Stryhn. Froehner, Hoffman, Chamberlain, and Bredt. Chan, D.W. Sec Song, Burrows, Smith, Lees-Miller, Kumar, Chan, Trapani, Alnemri, Litwack, Lu, Moss, Jackson, and Lavin. C Chang, C. See D’Andrea, Chang, Phillips, and Lanier. Chao, D.S., Gorospe, J.R.M., Brenman, J.E., Rafael, J.A., Cacalano, G. See Broxmeyer, Cooper, Cacalano, Hague, Bailish, and Peters, M.F., Froehner, S.C., Hofiman, E.P., Chamber- Moore. lain, J.S., and Bredt, D.S. Selective loss of sarcolenimal nitric Cado, D. See Held, Cado, and Raulet. oxide synthase in Becker muscular dystrophy. 609. Cafibrio, P. See Silvestris, Nagata, Cafforio, Silvestris, and Dam- Chapman, H.D. See Serreze, Chapman, Vamum, Hanson, Reifsny- macco. der, Richard, Fleming, Leiter, and Shultz. 2453 Author Index • Volume 184, 1996 Chappel, M.S., Hough, M.R., Mittel, A., Takei, F., Kay, R., Cooke, K.S. Sec Hege, Cooke, Finer, Zsebo, and Roberts. and Humphries, R.K. Cross-linking the murine heat-stable an¬ Cooper, S. See Broxmeyer, Cooper, Cacalano, Hague, Bailish, and tigen induces apoptosis in B cell precursors and suppresses the Moore. anti-CI)4()-induced proliferation of mature resting B lympho¬ Cooper, S.M. See Vincent, Roessner, Lynch, Wilson, Cooper, cytes. 1639. Tschopp, Sigal, and Budd. Chatila, T. See Ho, Gullberg, and Chatila. Copeland, E.M., III. See Welbom, Van Zee, Edwards, Pruitt, Chaudhuri, A. See Chitnis, Chaudhuri, Honik, Pogo, and Miller. Kaibara, Vauthey, Rogy, Castleman, Lowry, Kenney, Stiiber, Cheever, A.W. See Brown, Fowell, Corry, Wynn, Moskowitz, Ettlin, Wipf, Loetscher, Copeland, Lesslauer, and Moldawer. Cheever, Locksley, and Reiner. Corey, E.J. See Gonzalez, Ramalho-Pinto, Frevert, Ghiso, Tomlin¬ Chen, D. See Granelli-Pipemo, Moser, Pope, Chen, Wei, Isdell, son, Scharfstein, Corey, and Nussenzweig. O’Doherty, Paxton, Koup, Mojsov, Bhardwaj, Clark-Lewis, Bag- Corinti, S. See Sallusto, Nicolo, De Maria, Corinti, and Testi. giolini, and Steinman. Corr, M., Lee, D.J., Carson, D.A., and Tighe, H. Gene vaccination Chen, H.-M. See Su, Ip, Cobb, Lu, Chen, and Simon. with naked plasmid DNA: mechanism of CTL priming. 1555. Chen, J. See Zheng, Ojeius, Garaud, Roth, Maxwell, Li, Rong, Chen, Corry, D.B. See Brown, Fowell, Corry, Wynn, Moskowitz, Cheever, Wang, Catino, and King. Locksley, and Reiner. Chen, L. See Barber, Percival, Valiante, Chen, Lee, Gumperz, Phillips, — See Roth, Corry, Locksley, Abrams, Litton, and Fisher. Lanier, Bigge, Parekh, and Parham. Craft, J. See Peng, Robert, Hayday, and Craft. — See Blake, Johnston, Hellstrom, Marquardt, and Chen. — See Wen, Pao, Wong, Peng, Craft, Zheng, Kelsoe, Dianda, Owen, Chen, Y. See O’Connell, Chua, Hoyos, Buck, Chen, Derguini, and and Hayday. Hammerling. Crameri, R., Faith, A., Hemmann, S., Jaussi, R., Ismail, C., Chesler, L. See Vodovotz, Lucia, Flanders, Chesler, Xie, Smith, Menz, G., and Blaser, K. Humoral and cell-mediated autoim¬ Weidner, Mumford, Webber, Nathan, Roberts, Lippa, and Spom. munity in allergy to Asperj^illus fumifiatus. 265. Chi, E.Y. See Henderson, Lewis, Albert, Zhang, Lamm, Chiang, Cresswell, P. See Denzin, Hammond, and Cresswell. Jones, Eriksen, Tien, Jonas, and Chi. Crisa, L., Cirulli, V., Ellisman, M.H., Ishii, J.K., Elices, M.J., Chiang, G.K.S. See Henderson, Lewis, Albert, Zhang, Lamm, and Salomon, D.R. Cell adhesion and migration are regulated Chiang, Jones, Eriksen, Tien, Jonas, and Chi. at distinct stages of thymic T cell development: the roles of fi- Chiba, C. See Mizoguchi, Mizoguchi, Chiba, and Bhan. bronectin, VLA4, and VLA5. 215. Chien, Y.-h. See Beeson, Rabinowitz, Tate, Giitgemann, Chien, — See Todd, Lipps, Crisa, Salomon, and Tsoukas. Jones, Davis, and McConnell. Crispe, LN. See Livak, Welsh, Guidos, Crispe, Danska, and Schatz. Chitnis, C.E., Chaudhuri, A., Horuk, R., Pogo, A.O., and Cross, S.M. See Silins, Cross, Elliott, Pye, Burrows, Burrows, Moss, Miller, L.H. The domain on the Duffy blood group antigen for Argaet, and Misko. binding Plasmodium vivax and P. ktiowlesi malarial parasites to Csemok, E. See Grimminger, Hattar, Papavassilis, Temmesfeld, Cser- erythrocytes. 1531. nok. Gross, Seeger, and Sibelius. Chopra, A.K. See Klimpel, Langley, Wypych, Abrams, Chopra, and Niesel. D Chomey, M.J. See Joyce, Negishi, Boesteanu, DeSilva, Shanna, Chomey, Loh, and Van Kaer. Dammacco, F. See Silvestris, Nagata, Cafforio, Silvestris, and Dam- Chua, R. See O’Connell, Chua, Hoyos, Buck, Chen, Derguini, and macco. Hammerling. D’Andrea, A., Chang, C., Phillips, J.H., and Lanier, L.L. Reg¬ Chvatchko, Y., Kosco-Vilbois, M.H., Herren, S., Lefort, J., ulation of T cell lymphokine production by killer cell inhibitory and Bonnefoy, J.-Y. Germinal center formation and local im¬ receptor recognition of self HLA class I alleles. 789. munoglobulin E (IgE) production in the lung after an airway anti¬ Danska, J.S. See Livak, Welsh, Guidos, Crispe, Danska, and Schatz. genic challenge. 2353. Darley, E. Sec Martinez-Pomares, Kosco-Vilbois, Darley, Tree, Her¬ Cirulli, V. See Crisa, Cimlli, Ellisman, Ishii, Elices, and Salomon. ren, Bonnefoy, and Gordon. Ciurli, C. See Liao, Marinescu, Molano, Ciurli, Sekaly, Fraser, Datta, R. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, Popowicz, and Posnett. Emoto, Pandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, — See Sutkowski, Palkama, Ciurli, Sekaly, Thorley-Lawson, and Huber. and Kufe. Clark-Lewis, I. See Granelli-Pipemo, Moser, Pope, Chen, Wei, Daugas, E. See Susin, Zamzami, Castedo, Hirsch, Marchetti, Macho, Isdell, O’Doherty, Pa.xton, Koup, Mojsov, Bhardwaj, Clark- Daugas, Geuskens, and Kroemer. Lewis, Baggiolini, and Steinman. David, C.S. See Kong, Lomo, Motte, Giraldo, Baisch, Strauss, Ham¬ — See Loetscher, Gerber, Loetscher, Jones, Piali, Clark-Lewis, Baggio¬ merling, and David. lini, and Moser. David-Ameline, J. See Scotet, David-Ameline, Peyrat, Moreau- Clay, T.M. See Loftus, Castelli, Clay, Squarcina, Marincola, Nish- Aubry, Pinezon, Lim, Even, Semana, Berthelot, Breathnach, Bon¬ imura, Parmiani, Appella, and Rivoltini. neville, and Houssaint. Clemens. D.L., and Horwitz, M.A. The Mycobacterium tuberculosis Davidson, E.A. See Marshall, Hasegawa, Davidson, Nussenzweig, and phagosome interacts with early endosomes and is accessible to ex¬ Whitlow. ogenously administered transferrin. 1349. Davidson, N.J., Leach, M.W., Fort, M.M., Thompson-Snipes, Clevers, H. See Santos, Schilham, Rademakers, Marx, de Sousa, and L., Kiihn, R., Muller, W., Berg, D.J., and Rennick, D.M. Clevers. T helper cell 1-type CD4''‘ T cells, but not B cells, mediate colitis Clynes, R. See Sylvestre, Clynes, Ma, Warren, Carroll, and Ravetch. in interleukin 10—deficient mice. 241. Cobb, B.S. See Su, Ip, Cobb, Lu, Chen, and Simon. Davis, K.A. See Somasse, Larenas, Davis, de Vries, and Yssel. Coffman, R.L. See Morawetz, Gabriele, Rizzo, Noben-Trauth, Davis, M. See Brown, Green, Moskowitz, Davis, Thompson, and Kiihn, Rajewsky, Muller, Doherty, Finkelman, Coffhian, and Reiner. Morse. Davis, M.M. See Beeson, Rabinowitz, Tate, Giitgemann, Chien, Colgan, S.P., Dzus, A.L., and Parkos, C.A. Epithelial exposure to Jones, Davis, and McConnell. hypoxia modulates neutrophil transepithelial migration. 1003. Debacker, V. See Leclercq, Debacker, De Smedt, and Plum. Collin, M. See Herwald, Collin, Miiller-Esterl, and Bjorck. De Baetselier, P. See De Smedt, Pajak, Muraille, Lespagnard, Hei- Collins, J.K. See O’Connell, O’Sullivan, Collins, and Shanahan. nen, De Baetselier, Urbain, Leo, and Moser. Colonna, M. See Campbell, Dessing, Lopez-Botet, Celia, and Col- Decker, L.L., Shankar, P., Khan, G., Freeman, R.B., Dezube, onna. B.J., Lieberman, J., and Thorley-Lawson, D.A. The kaposi — See Mandelboim, Reyburn, Vales-Gomez, Pazmany, Colonna, sarcoma-associated herpesvirus (KSHV) is present as an intact la¬ Borsellino, and Strominger. tent genome in KS tissue but replicates in the peripheral blood Cook, S. See Dowling, Shang, Raval, Menonna, Cook, and Husar. mononuclear cells of KS patients. 283. 2454 The Journal of Experimental Medicine de Klein, A. See Leusen, de Klein, Hilarius, Ahlin, Palniblad, Smith, Duncan, G.S., Mittriicker, H.-W., Kagi, D., Matsuyama, T., Diekmann, Hall, Verhoeven, and Rods. and Mak, T.W. The transcription factor interferon regulatory de la Hera, A. See Ghia, ten Boekel, Sanz, de la Hera, Relink, and factor-1 is essential for natural killer cell function in vivo. 2043. Melchers. Dunn, A. See Saunders, Lucas, Ismaili, Wu, Maraskovsky, Dunn, and De Maria, R. See Sallusto, Nicolo, De Maria, Corinti, and Testi. Shortman. Dempsey-Collier, M. See Harrison, Dempsey-Collier, Kramer, and Durum, S.K. See Candeias, Muegge, and Durum. Takahashi. Dyall, R., Fremont, D.H., Jameson, S.C., and Nikolic-Zugic, Denkers, E.Y., Scharton-Kersten, T., Barbieri, S., Caspar, P., J. T cell receptor (TCR) recognition of MHC class I variants: in- and Sher, A. A role for CD4'''NK1.D T lymphocytes as major termolecular second-site reversion provides evidence for peptide/ histocompatihility complex class II independent helper cells in the MHC confonnational variation. 253. generation of CDS’*' effector function against intracellular infec¬ Dzus, A.L. See Colgan, Dzus, and Parkos. tion. 131. Denzin, L.K., Hammond, C., and Cresswell, P. HLA-DM inter¬ actions with intennediates in HLA-DR maturation and a role for HLA-DM in stabilizing empty HLA-DR molecules. 2153. E Derguini, F. See O’Connell, Chua, Hoyos, Buck, Chen, Derguini, and Hiimmerling. Ebihara, Y. See Tajima, Tsuji, Ebihara, Sui, Tanaka, Muraoka, de Saint-Vis, B. See Caux, Vanbervliet, Massacrier, Dezutter-Dam- Yoshida, Yaniada, Yasukawa, Taga, Kishimoto, and Nakahata. buyant, de Saint-Vis, Jacquet, Yoneda, Imamura, Schmitt, and Edwards, P.D. See Welbom, Van Zee, Edwards, Pruitt, Kaibara, Banchereau. Vauthey, Rogy, Castleman, Lowry, Kenney, Stiiber, Ettlin, Wipf, DeSilva, A.D. See Joyce, Negishi, Boesteanu, DeSilva, Shamia, Loetscher, Copeland, Lesslauer, and Moldawer. Chorney, Loh, and Van Kaer. Efremov, D.G. See Batista, Anand, Presani, Efremov, and Burrone. De Smedt, M. See Leclercq, Debacker, De Smedt, and Plum. Eichmann, K. See Falk, Biro, Kohler, and Eichmann. De Smedt, T., Pajak, B., Muraille, E., Lespagnard, L., Heinen, Eisenlohr, L.C. See Bullock and Eisenlohr. E., De Baetselier, P., Urbain, J., Leo, O., and Moser, M. Elices, M.J. See Crisa, Cirulli, Ellisman, Ishii, Elices, and Salomon. Elliott, S.L. See Silins, Cross, Elliott, Pye, Burrows, Burrows, Moss, Regulation of dendritic cell numbers and maturation by lipo- Argaet, and Misko. polysaccharide in vivo. 1413. Ellisman, M.H. See Crisa, Cirulli, Ellisman, Ishii, Elices, and de Sousa, M. See Santos, Schilham, Rademakers, Marx, de Sousa, and Salomon. Clevers. Emoto, Y. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, DesRoches, L. See Lederer, Perez, DesRoches, Kim, Abbas, and Emoto, Pandey, Datta, Huang, Kharbanda, Allen, Kanien, Wong, Lichtman. and Kufe. Dessing, M. See Campbell, Dessing, Lopez-Botet, Celia, and Col- Episkopou, V. See Pasparakis, Alexopoulou, Episkopou, and Kollias. onna. Eriksen, P. See Henderson, Lewis, Albert, Zhang, Lamm, Chiang, de Vries, J.E. See Groux, Bigler, de Vries, and Roncarolo. Jones, Eriksen, Tien, Jonas, and Chi. — See Somasse, Larenas, Davis, de Vries, and Yssel. Erwin, A.L., Haynes, P.A., Rice, P.A., and Gotschlich, E.C. Dewar, A. See Wakelin, Sanz, Dewar, Albelda, Larkin, Boughton- Conservation of the lipooligosaccharide synthesis locus /^/ among Sniith, Williams, and Nourshargh. strains of Neisseria i^otiorrlioeae: requirement for Ij^lE in synthesis of Dezube, BJ. See Decker, Shankar, Khan, Freeman, Dezube, Lieber- the 2C7 epitope and of the P chain of strain 15253. 1233. man, and Thorley-Lawson. Estess, P. See Catalina, Carroll, Arizpe, Takashima, Estess, and Siegel- Dezutter-Dambuyant, C. See Caux, Vanbervliet, Massacrier, Dezut- man. ter-Dambuyant, de Saint-Vis, jacquet, Yoneda, Imamura, Eto, S. See Tanaka, Kimata, Wake, Mine, Morimoto, Yamakawa, Schmitt, and Banchereau. Habuchi, Ashikari, Yamamoto, Sakurai, Yoshida, Suzuki, and Dianda, L. See Wen, Pao, Wong, Peng, Craft, Zheng, Kelsoe, Eto. Dianda, Owen, and Hayday. Ettlin, U. See Welbom, Van Zee, Edwards, Pruitt, Kaibara, Vauthey, Di Donato, C. See Pende, Biassoni, Cantoni, Verdiani, Falco, Di Rogy, Castleman, Lowry, Kenney, Stiiber, Ettlin, Wipf, Loet¬ Donato, Accame, Bottino, Moretta, and Moretta. scher, Copeland, Lesslauer, and Moldawer. Diekmann, D. See Leusen, de Klein, Hilarius, Ahlin, Palmblad, Evans, C.F., Horwitz, M.S., Hobbs, M.V., and Oldstone, Smith, Diekmann, Hall, Verhoeven, and Roos. M.B.A. Viral infection of transgenic mice expressing a viral pro¬ Dittel, B.N. See Wolf, Dittel, Hardardottir, and Janeway. tein in oligodendrocytes leads to chronic central nervous system Doerschuk, C.M. See Mizgerd, Meek, Kutkoski, Bullard, Beaudet, autoimmune disease. 2371. and Doerschuk. Evans, R.L. See Zhang, Berenstein, Evans, and Siraganian. Doherty, P.C. See Cardin, Brooks, Sarawar, and Doherty. Even, J. See Scotet, David-Ameline, Peyrat, Moreau-Aubry, Pinezon, Doherty, T.M. See Morawetz, Gabriele, Rizzo, Noben-Trauth, Lim, Even, Semana, Berthelot, Breathnach, Bonneville, and Kiihn, Rajewsky, Muller, Doherty, Finkelman, Coffman, and Houssaint. Morse. Donovan, J.A. See Ota, Beitz, Scharenberg, Donovan, Kinet, and Samelson. Doran, J.E. See Pajkrt, Doran, Koster, Lerch, Amet, van der Poll, ten F Cate, and van Deventer. Domer, T. See Feist, Domer, Kuckelkom, Schmidtke, Micheel, Faith, A. See Crameri, Faith, Hemmann, Jaassi, Ismail, Menz, and Blaser. Hiepe, Bumiester, and Kloetzel. Falco, M. See Pende, Biassoni, Cantoni, Verdiani, Falco, Di Donato, Dowling, P., Shang, G., Raval, S., Menonna, J., Cook, S., and Accame, Bottino, Moretta, and Moretta. Husar, W. Involvement of the CD95 (APO-l/Fas) receptor/ Falk, I., Biro, J., Kohler, H., and Eichmann, K. Proliferation ki¬ ligand system in multiple sclerosis brain. 1513. netics associated with T cell receptor-P chain selection of fetal D’Souza, S.D., Bonetti, B., Balasingam, V., Cashman, N.R., murine thymocytes. 2327. Barker, P.A., Troutt, A.B., Raine, C.S., and Antel, J.P. Falkenburg, J.H.F. See Goselink, van Damme, Hiemstra, Wuyts, Multiple sclerosis: fas signaling in oligodendrocyte cell death. 2361. Stolk, Fibbe, Willemze, and Falkenburg. Dubois, P.M. See Pihlgren, Dubois, Tomkowiak, Sjogren, and Marvel. Fanslow, W.C. See Kamiann, Min, Fanslow, and Pober. Dudley, M.E., and Roopenian, D.C. Loss of a unique tumor anti¬ Farr, A.G. See Borkowski, Letterio, Farr, and Udey. gen by cytotoxic T lymphocyte immunoselection from a 3-meth- Fathman, C.G. See Krieger, Yin, and Fathman. ylcholanthrene-induced mouse sarcoma reveals secondary unique Fehsel, K. See Bruch-Gerharz, Fehsel, Suschek, Michel, Ruzicka, and and shared antigens. 441. Kolb-Bachofen. 2455 Author Index • Volume 184, 1996 Feist, E., Domer, T., Kuckelkorn, U., Schmidtke, G., Micheel, Fuhlbrigge, R.C. See Bleul, Fuhlbrijg;;e, Casasnovas, Aiuti, and Springer. B., Hiepe, F., Burmester, G.R., and Kloetzel, P.-M. Pro- Fujimoto, M. See Kimata, Fujimoto, Ishioka, and Yoshida. teasome a-type subunit C9 is a primary target of autoantibodies in Fujimoto, S. See Hattori, Kawamoto, Fujimoto, Kuno, and Katsura. sera of patients with myositis and systemic lupus erythematosus. Fujiwara, H. See Tai, Yashiro, Abe, Toyooka, Wood, Morris, Long, 1313. Ono, Kobayashi, Hamaoka, Neben, and Fujiwara. Feraandez, J.M. See Lacerda, Ladanyi, Louie, Fernandez, Papadopou- los, and O’Reilly. Fibbe, W.E. See Goselink, van Damme, Hiemstra, Wuyts, Stolk, G Fibbe, Willemze, and Falkenburg. Field, M. See Mclnnes, Leung, Field, Wei, Huang, Sturrock, Kinnin- Gabriele, L. See Morawetz, Gabriele, Rizzo, Noben-Trauth, Kiihn, month, Weidner, Mumford, and Liew. Rajewsky, Muller, Doherty, Finkelman, Coffman, and Morse. Finer, M.H. See Hege, Cooke, Finer, Zsebo, and Roberts. Gagliardini, V. See Friedlander, Gagliardini, Rotello, and Yuan. Finkelman, F. See Morawetz, Gabriele, Rizzo, Noben-Trauth, Kiihn, Galli, S.J. See Lorenz, Bergemann, Steinberg, Flanagan, Li, Galli, and Rajewsky, Muller, Doherty, Finkelman, Coffman, and Morse. Neel. Fischer, K.-D. See Pani, Fischer, Mlinaric-Rascan, and Simino- Gallichan, W.S., and Rosenthal, K.L. Long-lived cytotoxic T lym¬ vitch. phocyte memory in mucosal tissues after mucosal but not systemic Fisher, S.J. See Roth, Corry, Locksley, Abrams, Litton, and Fisher. immunization. 1879. Fitts, M.G. See Pospisil, Fitts, and Mage. Garaud, F. See Zheng, Ojeius, Garaud, Roth, Maxwell, Li, Rong, Flamand, V., Shores, E.W., Tran, T., Huang, K., Lee, E., Chen, Wang, Catino, and King. Grinberg, A., Kinet, J.-P., and Love, P.E. Delayed matura¬ Garcia, E. See Arrecubieta, Lopez, and Garcia. tion of CD4~CD8“ FC7RII/IID T and natural killer cell precur¬ Garcia-Sanz, J.A., and Lenig, D. Translational control of interleukin sors in FceRl7 transgenic mice. 1725. 2 messenger RNA as a molecular mechanism of T cell anergy. 159. Flanagan, J.G. See Lorenz, Uergemann, Steinberg, Flanagan, Li, Galli, Geissler, K., Ohler, L., Fodinger, M., Virgolini, L, Leimer, M., and Neel. Kabma, E., Kollars, M., Skoupy, S., Bohle, B., Rogy, M., Flanders, K.C. See Vodovotz, Lucia, Flanders, Chesler, Xie, Smith, and Lechner, K. Interleukin 10 inhibits growth and granulo¬ Weidner, Mumford, Webber, Nathan, Roberts, Lippa, and Spom. cyte/ macrophage colony-stimulating factor production in chronic Flavell, R.A. See Grewal, Grewal, Wong, Picarella, Janeway, and myelomonocytic leukemia cells. 1377. Fla veil. Gelfand, E.W. See Taylor, Bacon, Smith, Jahn, Kadlecek, Uribe, Fleming, S.A. See Serreze, Chapman, Varnum, Hanson, Reifsnyder, Kohn, Gelfand, Weiss, and Weinberg. Richard, Fleming, Leiter, and Shultz. Gemsa, D. See Sprenger, Meyer, Kaufmann, BuBfeld, Rischkowsky, Fodinger, M. See Geissler, Ohler, Fodinger, Virgolini, Leimer, and Gemsa. Kabnia, Kollars, Skoupy, Bohle, Rogy, and Lechner. Gerber, B. See Loetscher, Gerber, Loetscher, Jones, Piali, Clark- Ford, A.L., Foulcher, E., Lemckert, F.A., and Sedgwick, J.D. Lewis, Baggiolini, and Moser. Microglia induce CD4 T lymphocyte final effector function and Germain, R.N. See Reis e Sousa, Levine, and Gemiain. death. 1737. — See Zhong, Castellino, Romagnoli, and Gennain. Fort, M.M. See Davidson, Leach, Fort, Thompson-Snipes, Kiihn, Geuskens, M. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Muller, Berg, and Rennick. Macho, Haeffner, Hirsch, Geuskens, and Kroemer. Foulcher, E. See Ford, Foulcher, Lemckert, and Sedgwick. — See Susin, Zamzami, Castedo, Hirsch, Marchetti, Macho, Daugas, Fowell, D. See Saoudi, Seddon, Fowell, and Mason. Geuskens, and Kroemer. Fowell, D.J. See Brown, Fowell, Corry, Wynn, Moskowitz, Cheever, Ghayur, T., Hugunin, M., Talanian, R.V., Ratnofsky, S., Locksley, and Reiner. Quinlan, C., Emoto, Y., Pandey, P., Datta, R., Huang, Fraser, J.D. See Liao, Marinescu, Molano, Ciurli, Sekaly, Fraser, Y., Kharbanda, S., Allen, H., Kamen, R., Wong, W., and Popowicz, and Posnett. Kufe, D. Proteolytic activation of protein kinase C 8 by an ICE/ Frati, L. See Screpanti, Musiani, Bellavia, Cappelletti, Aiello, Maroder, CED 3-like protease induces characteristics of apoptosis. 2399. Frati, Modesti, Gulino, and Poli. Ghia, P., ten Boekel, E., Sanz, E., de la Hera, A., Rolink, A., and Melchers, F. Ordering of human bone marrow B lympho¬ Freed, J.H. See Wagner, Hagman, Linsley, Hodsdon, Freed, and cyte precursors by single-cell polymerase chain reaction analyses of Newell. the rearrangement status of the immunoglobulin H and L chain Freeman, G.J. See Boussiotis, Barber, Lee, Gribben, Freeman, and gene loci. 2217. Nadler. Ghildyal, N., Friend, D.S., Stevens, R.L., Austen, K.F., Freeman, J.D. See Brennan, Lemieux, Freeman, Mager, and Takei. Huang, C., Penrose, J.F., Sali, A., and Gurish, M.F. Fate of Freeman, R.B. See Decker, Shankar, Khan, Freeman, Dezube, Lie- two mast cell tryptases in V3 mastocytosis and normal BALB/c bennan, and Thorley-Lawson. mice undergoing passive systemic anaphylaxis: prolonged reten¬ Fremont, D.H. See Dyall, Fremont, Jameson, and Nikolic-Zugic. tion of e.xocytosed mMCP-6 in connective tissues, and rapid ac¬ Frevert, U. See Gonzalez, Ramalho-Pinto, Frevert, Ghiso, Tomlin¬ cumulation of enzymatically active mMCP-7 in the blood. 1061. son, Scharfstein, Corey, and Nussenzweig. Ghiso, J. See Gonzalez, Ramalho-Pinto, Frevert, Ghiso, Tomlinson, — See Shakibaei and Frevert. Scharfstein, Corey, and Nussenzweig. Frey, A., Giannasca, K.T., Weltzin, R., Giannasca, P.J., Reggio, Giannasca, K.T. Sec Frey, Giannasca, Weltzin, Giannasca, Reggio, H., Lencer, W.I., and Neutra, M.R. Role of the glycocalyx in Lencer, and Neutra. regulating access of microparticles to apical plasma membranes of Giannasca, PJ- See Frey, Giannasca, Weltzin, Giannasca, Reggio, intestinal epithelial cells; implications for microbial attachment and Lencer, and Neutra. oral vaccine targeting. 1045. Giblin, P.A. See Hwang, Singer, Giblin, Yednock, Bacon, Simon, and Friedlander, R.M., Gagliardini, V., Rotello, R.J., and Yuan, J. Rosen. Functional role of interleukin 1 (3 (lL-1 P) in IL-ip-converting en¬ Gilboa, E. See Boezkowski, Nair, Snyder, and Gilboa. zyme-mediated apoptosis. 717. Correction. 1593. Gilchrest, B.A. See Hara, Toyoda, Yaar, Bhawan, Avila, Penner, and Friend, D.S. See Ghildyal, Friend, Stevens, Austen, Huang, Penrose, Gilchrest. Sali, and Gurish. Gilkeson, G.S. See St. Clair, Wilkinson, Lang, Sanders, Misukonis, Froehner, S.C. See Chao, Gorospe, Brenman, Rafael, Peters, Froeh- Gilkeson, Pisetsky, Granger, and Weinberg. ner, Hoffman, Chamberlain, and Bredt. Gilligan, H.M., Bredy, B., Brady, H.R., Hebert, M.-J., Slayter, Fry, A.M., Lanier, L.L., and Weiss, A. Phosphotyrosines in the H.S., Xu, Y., Rauch, J., Shia, M.A., Koh, J.S., and Le¬ killer cell inhibitory receptor motif of NKBl are required for neg¬ vine, J.S. Antineutrophil cytoplasmic autoantibodies interact ative signaling and for association with protein tyrosine phos¬ with primary granule constituents on the surface of apoptotic neu¬ phatase 1C. 295. trophils in the absence of neutrophil priming. 2231. 2456 The Journal of Experimental Medicine Giraldo, A.A. Sec Kong, Lomo, Motte, Giraldo, Baisch, Strauss, Gullberg, M. See Ho, Gullberg, and Chatila. Hamnierling, and David. Gumperz, J.E. See Barber, Percival, Valiante, Chen, Lee, Gumperz, Glass, M.C. Sec Arenberg, Kunkel, Bolverini, Morris, Burdick, Glass, Phillips, Lanier, Bigge, Parekh, and Parham. Taub, lannettoni, Whyte, and Stricter. Guo, Y., Wu, Y., Shinde, S., Sy, M.-S., ArufFo, A., and Liu, Gong, S., Sanchez, M., and Nussenzweig, M.C. Counterselec¬ Y. Identification of a costimulatory molecule rapidly induced by tion against Djjl is mediated through immunoglobulin (lg)a-lgP. CD4()L as CD44H. 955. 2079. Gurish, M.F. See Ghildyal, Friend, Stevens, Austen, Huang, Penrose, Gonzalez, J., Ramalho-Pinto, F.J., Frevert, U., Ghiso, J., Sali, and Gurish. Tomlinson, S., Scharfstein, J., Corey, E.J., and Nussenz¬ Giitgemann, I. See Beeson, Rabinowitz, Tate, Giitgemann, Chien, weig, V. Proteasome activity is required for the stage-specific Jones, Davis, and McConnell. transformation of a protozoan parasite. 1909. Gutierrez-Ramos, J.C. See Jia, Gonzalo, Lloyd, Kremer, Lu, Gonzalo, J.A. See Jia, Gonzalo, Lloyd, Kremer, Lu, Martinez-A, Martinez-A, Wershil, and Gutierrez-Ramos. Wershil, and Gutierrez-Ramos. Gordon, S. See Marti'nez-Pomares, Kosco-Vilbois, Darley, Tree, Her- ren, Bonnefoy, and Gordon. H Gordon, T.P. See Reynolds, Gordon, Purcell, Jackson, and McCluskey. Gorospe, J.R.M. See Chao, Gorospe, Brenman, Rafael, Peters, Haberman, A.M. Sec Hannuni, Ni, Habemian, Weigert, and Shlomchik. Froehner, Hoffman, Chamberlain, and Bredt. Habuchi, H. See Tanaka, Kiniata, Wake, Mine, Morimoto, Ya- Goselink, H.M., van Damme, J., Hiemstra, P.S., Wuyts, A., makawa, Habuchi, Ashikari, Yamamoto, Sakurai, Yoshida, Su¬ Stolk, J., Fibbe, W.E., Willemze, R., and Falkenburg, zuki, and Eto. J.H.F. Colony growth of human hematopoietic progenitor cells Haeflfner, A. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Ma¬ in the absence of serum is supported by a proteinase inhibitor cho, Haeffner, Hirsch, Geuskens, and Kroemer. identified as antileukoproteinase. 1305. Hagman, J. See Wagner, Hagman, Linsley, Hodsdon, Freed, and Gotschlich, E.C. See Erwin, Haynes, Rice, and Gotschlich. Newell. Granelli-Pipemo, A., Moser, B., Pope, M., Chen, D., Wei, Y., Hague, N.L. Sec Broxmeyer, Cooper, Cacalano, Hague, Bailish, and Isdell, F., O’Doherty, U., Paxton, W., Koup, R., Mojsov, Moore. S., Bhardwaj, N., Clark-Lewis, I., Baggiolini, M., and Hall, A. See Leusen, de Klein, Hilarius, Ahlin, Palmblad Smith, Diek- Steinman, R.M. Efficient interaction of HlV-1 with purified mann. Hall, Verhoeven, and Roos. dendritic cells via multiple chemokine coreceptors. 2433. Hall, C.F. See Kusner, Hall, and Schlesinger. Granger, D.L. See Anstey, Weinberg, Hassanali, Mwaikambo, Many- Hamann, J., Vogel, B., van Schijndel, G.M.W., and van Lier, enga, Misukonis, Amelle, Hollis, McDonald, and Granger. R.A.W. The seven-span transmembrane receptor CD97 has a — Sec St. Clair, Wilkinson, Lang, Sanders, Misukonis, Gilkeson, cellular ligand {CD55, DAF). 1185. Pisetsky, Granger, and Weinberg. Hamaoka, T. StrTai, Yashiro, Abe, Toyooka, Wood, Morris, Long, Granger, L.G. See Punt, Suzuki, Granger, Sharrow, and Singer. Ono, Kobayashi, Hamaoka, Neben, and Fujiwara. Gravestein, L.A., van Ewijk, W., Ossendorp, F., and Borst, J. Hammerling, G.J. See Kong, Lomo, Motte, Giraldo, Baisch, Strauss, CD27 cooperates with the pre-T cell receptor in the regulation of Hamnierling, and David. murine T cell development. 675. Hammerling, U. See O’Connell, Chua, Hoyos, Buck, Chen, Der- Green, D.R. Sec Casiano, Martin, Green, and Tan. guini, and Hammerling. Green, J.M. See Brown, Green, Moskowitz, Davis, Thompson, and Hammond, C. Sec Denzin, Hammond, and Cresswell. Reiner. Han, S. See Zheng, Han, and Kelsoe. Greene, W.C. See Shapiro, Mollenauer, Greene, and Weiss. Hannum, L.G., Ni, D., Haberman, A.M., Weigert, M.G., and Gregory, P. See McKeever, Khandekar, Newcomb, Naylor, Gregory, Sblomcbik, M.J. A disease-related rheumatoid factor autoanti¬ Brauer, Jesson, Bettencourt, Burke, Alderson, Banerji, Haskins, body is not tolerized in a nonnal mouse: implications for the ori¬ and Jones. gins of autoantibodies in autoimmune disease. 1269. Gregory, S.A. See Portanova, Zhang, Anderson, Hauser, Masferrer, Hansmann, C. See Prager, Sunder-Plassniann, Hansmann, Koch, Seibert, Gregory, and Isakson. Holter, Knapp, and Stockinger. Grewal, I.S., Grewal, K.D., Wong, F.S., Picarella, D.E., Jane¬ Hansmann, M.-L. See Kanzler, Kiippers, Hansmann, and Rajewsky. way, C.A., Jr., and Flavell, R.A. Local expression of transgene Hanson, M.S. See Serreze, Chapman, Vamum, Hanson, Reifsnyder, encoded TNFa in islets prevents autoimmune diabetes in non- Richard, Fleming, Leiter, and Shultz. obese diabetic (NOD) mice by preventing the development of Hara, M., Toyoda, M., Yaar, M., Bbawan, J., Avila, E.M., auto-reactive islet-specific T cells. 1963. Penner, I.R., and Gilebrest, B.A. Innervation of melanocytes Grewal, K.D. See Grewal, Grewal, Wong, Picarella, Janeway, and Flavell. in human skin. 1385. Gribben, J.G. See Boussiotis, Barber, Lee, Gribben, Freeman, and Nadler. Hardardottir, F. See Wolf, Dittel, Hardardottir, and Janeway. Grimminger, F., Hattar, K., Papavassilis, C., Temmesfeld, B., Harley, P.H. See Wu, Harley, Punt, Sharrow, and Kearse. Csemok, E., Gross, W.L., Seeger, W., and Sibelius, U. Harlos, K. See Reid, McAdam, Smith, Klenerman, O’Callaghan, Har- Neutrophil activation by anti-proteinase 3 antibodies in Wege¬ los, Jakobsen, McMichael, Bell, Stuart, and Jones. ner’s granulomatosis: role of e.xogenous arachidonic acid and leu- Harrison, L.C., Dempsey-CoUier, M., Kramer, D.R., and kotriene B4 generation. 1567. Takabasbi, K. Aerosol insulin induces regulatory CD8 yb T cells Grinberg, A. See Flamand, Shores, Tran, Huang, Lee, Grinberg, that prevent murine insulin-dependent diabetes. 2167. Kinet, and Love. Hartley, J.W. See Sechler, Lawler, Hartley, Morse, McCarty, Swof- Gross, W.L. See Grimminger, Hattar, Papavassilis, Temmesfeld, Cser- ford, and Rosenberg. nok. Gross, Seeger, and Sibelius. Hasegawa, A. See Marshall, Hasegawa, Davidson, Nussenzweig, and Groux, H., Bigler, M., de Vries, J.E., and Roncarolo, M.-G. Whitlow. Interleukin-10 induces a long-term antigen-specific anergic state Hasegawa, K. See Mizuno, Katagiri, Hasegawa, Ogimoto, and in human CD4''' T cells. 19. Yakura. Griineberg, U. See van Ham, Griineberg, Malcherek, Broker, Melms, Hasegawa-Nisbiwaki, H. See Tsujimura, Takahashi, Morita, Hase- and Trowsdale. gawa-Nishiwaki, Iwase, and Obata. Guehler, S.R., Bluestone, J.A., and Barrett, T.A. Immune devia¬ Hasbinioto, K., Sobn, S.J., Levin, S.D., Tada, T., Perlmutter, tion of 2C transgenic intraepithelial lymphocytes in antigen-bear¬ R.M., and Nakayama, T. Requirement for p56'^‘' tyrosine ki¬ ing hosts. 493. nase activation in T cell receptor—mediated thymic selection. 931. Guidos, C.J. See Livak, Welsh, Guidos, Crispe, Danska, and Schatz. Haskins, K. See McKeever, Khandekar, Newcomb, Naylor, Gregory, Gulino, A. See Screpanti, Musiani, Bellavia, Cappelletti, Aiello, Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, Maroder, Frati, Modesti, Gulino, and Poli. and Jones. 2457 Author Index • Volum.'* 184, 1996 Hassanali, M.Y. See Anstey, Weinberg, Hassanali, Mwaikambo, Hobbs, M.V. See Evans, Horwitz, Hobbs, and Oldstone. Manyenga, Misukonis, Amelle, Hollis, McDonald, and Granger. Hochman, P.S. See Rennert, Browning, Mebius, Mackay, and Hattar, K. See Grininiinger, Hattar, Papavassilis, Temmesfeld, Cser- Hochman. nok. Gross, Seeger, and Sibelius. Hodgkin, P.D., Lee, J.-H., and Lyons, A.B. B cell differentiation Hattori, N., Kawamoto, H., Fujimoto, S., Kuno, K., and Kat- and isotype switching is related to division cycle number. 277. sura, Y. Involvement of transcription factors TCF-1 and GATA- Hodsdon, W. See Wagner, Hagman, Linsley, Hodsdon, Freed, and 3 in the initiation of the earliest step of T cell development in the Newell. thymus. 1137. Hoffman, E.P. See Chao, Gorospe, Brenman, Rafael, Peters, Froeh- —, Kawamoto, H., and Katsura, Y. Isolation of the most imma¬ ner, Hoffman, Chamberlain, and Bredt. ture population of murine fetal thymocytes that includes progeni¬ Hogquist, K.A. See Alberola-Ila, Hogquist, Swan, Bevan, and Perl- tors capable of generating T, B, and myeloid cells. 1901. mutter. Hauser, S.D. See Portanova, Zhang, Anderson, Hauser, Masferrer, Hollis, D. See Anstey, Weinberg, Hassanali, Mwaikambo, Manyenga, Seibert, Gregory, and Isakson. Misukonis, Arnelle, Hollis, McDonald, and Granger. Hayday, A.C. See Peng, Robert, Hayday, and Craft. Holt, P.G. See McWilliam, Napoli, Marsh, Pemper, Nelson, Pimm, — See Szczepanik, Anderson, Ushio, Ptak, Owen, Hayday, and Askenase. Stumbles, Wells, and Holt. — Sec Wen, Pao, Wong, Peng, Craft, Zheng, Kelsoe, Dianda, Owen, Holter, W. See Prager, Sunder-Plassmann, Hansmann, Koch, Holter, and Hayday. Knapp, and Stockinger. Haynes, L. See Linton, Haynes, Klinman, and Swain. Holzmann, B. See Neumann, Luz, Pfeffer, and Holzmann. Haynes, P.A. See Erwin, Haynes, Rice, and Gotschlich. Horuk, R. See Chitnis, Chaudhuri, Horuk, Pogo, and Miller. He, Y.-W., and Malek, T.R. Interleukin-7 receptor a is essential for Horwitz, M.A. See Clemens and Horwitz. the development of T cells, but not natural killer cells. 289. Horwitz, M.S. See Evans, Horwitz, Hobbs, and Oldstone. Heath, W.R. See Kurts, Heath, Carbone, Allison, Miller, and Kosaka. Hough, M.R. See Chappel, Hough, Mittel, Takei, Kay, and Hebert, M.-J. See Gilligan, Bredy, Brady, Hebert, Slayter, Xu, Humphries. Rauch, Shia, Koh, and Levine. Houssaint, E. See Scotet, David-Aineline, Peyrat, Moreau-Aubry, Hege, K.M., Cooke, K.S., Finer, M.H., Zsebo, K.M., and Pinezon, Lini, Even, Semana, Berthelot, Breathnach, Bonneville, Roberts, M.R. Systemic T cell-independent tumor immunity and Houssaint. after transplantation of universal receptor-modified bone marrow Howard, M.C. See Solvason, Wu, Kabra, Wu, Lees, and Howard. into sell) mice. 2261. Hoyos, B. See O’Connell, Chua, Hoyos, Buck, Chen, Derguini, and Heinen, E. See De Smedt, Pajak, Muraille, Lespagnard, Heinen, De Hammerling. Baetselier, Urbain, Leo, and Moser. Huang, C. See Ghildyal, Friend, Stevens, Austen, Huang, Penrose, Held, W., Cado, D., and Raulet, D.H. Transgenic expression of Sali, and Gurish. the Ly49A natural killer cell receptor confers class I major histo¬ Huang, F.-P. See Meinnes, Leung, Field, Wei, Huang, Sturrock, compatibility complex (MHC)-specific inhibition and prevents Kinninmonth, Weidner, Mumford, and Liew. bone marrow allograft rejection. 2037. Huang, K. See Flamand, Shores, Tran, Huang, Lee, Grinberg, Kinet, Hellstrom, K.E. See Blake, Johnston, Hellstrom, Marquardt, and Chen. and Love. Hemmann, S. See Crameri, Faith, Hemmann, Jaussi, Ismail, Menz, Huang, Y. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, and Blaser. Emoto, Pandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, Henderson, W.R., Jr., Lewis, D.B., Albert, R.K., Zhang, Y., and Kufe. Lamm, W.J.E., Chiang, G.K.S., Jones, F., Eriksen, P., Huber, B.T. See Sutkowski, Palkama, Ciurli, Sekaly, Thorley-Law- son, and Huber. Tien, Y.-t., Jonas, M., and Chi, E.Y. The importance ofleu- Hugunin, M. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, kotrienes in airway inflammation in a mouse model of asthma. Emoto, Pandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, 1483. and Kufe. Hendricks, R.L. See Tang and Hendricks. Humborg, C. See Kopf, Brombacher, Kohler, Kienzle, Widmann, Hengartner, H. See van den Broek, Kagi, Ossendorp, Toes, Vamva- Lefrang, Humborg, Ledemiann, and Solbach. kas. Lutz, Melief, Zinkemagel, and Hengartner. Humphries, R.K. See Chappel, Hough, Mittel, Takei, Kay, and Henkart, P.A. See Sarin, Wu, and Henkart. Humphries. Herren, S. See Chvatchko, Kosco-Vilboir., Herren, Lefort, and Bon- Hunziker, R.D. See Bendelac, Hunziker, and Lantz. nefoy. Husar, W. See Dowling, Shang, Raval, Menonna, Cook, and Husar. — See Martinez-Pomares, Kosco-Vilbois, Parley, Tree, Herren, Bon- Hwang, S.T., Singer, M.S., Giblin, P.A., Yednock, T.A., nefoy, and Gordon. Bacon, K.B., Simon, S.I., and Rosen, S.D. GlyCAM-1, a Herwald, H., Collin, M., Miiller-Esterl, W., and Bjorck, L. physiologic ligand for L-selectin, activates P2 integrins on naive Streptococcal cysteine proteinase releases kinins: a novel virulence peripheral lymphocytes. 1343. mechanism. 665. Herz, J. See Sinnis, Willnow, Briones, Herz, and Nussenzweig. Heufler, C. See Koch, Stanzl, Jennewein, Janke, Heufler, Kampgen, Romani, and Schuler. I Hiemstra, P.S. See Goselink, van Damme, Hiemstra, Wuyts, Stolk, Fibbe, Willemze, and Falkenburg. lacomini, J. See Jacobs, lacomini, van de Ven, Tonegawa, and Bems. Hiepe, F. See Feist, Dorner, Kuckelkom, Schmidtke, Micheel, Hiepe, lannettoni, M.D. See Arenberg, Kunkel, Polverini, Morris, Burdick, Bumiester, and Kloetzel. Glass, Taub, lannettoni, Whyte, and Strieter. Hilarius, P.M. See Leusen, de Klein, Hilarius, Ahlin, Palmblad, Ikuta, K. See Kanamori, Ishimaru, Nanno, Maki, Ikuta, Nariuchi, and Smith, Diekmann, Hall, Verhoeven, and Roos. Ishikawa. Hill, J.M. See Yoshikawa, Hill, Stanberry, Bourne, Kurawadwala, and — See Maki, Sunaga, and Ikuta. Krause. Imamura, S. See Caux, Vanbervliet, Massacrier, Dezutter-Dambuy- Hirsch, F. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Macho, ant, de Saint-Vis, Jacquet, Yoneda, Imamura, Schmitt, and Haeffner, Hirsch, Geuskens, and Kroemer. Banchereau. Hirsch, T. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Macho, Ip, H.S. See Su, Ip, Cobb, Lu, Chen, and Simon. Haeffner, Hirsch, Geuskens, and Kroemer. Isakson, P.C. See Portanova, Zhang, Anderson, Hauser, Masferrer, — See Susin, Zamzami, Castedo, Hirsch, Marchetti, Macho, Daugas, Seibert, Gregory, and Isakson. Geuskens, and Kroemer. Isdell, F. See Granelli-Piperno, Moser, Pope, Chen, Wei, Isdell, Ho, N., Gullberg, M., and Chatila, T. Activation protein 1— O’Doherty, Paxton, Koup, Mojsov, Bhardwaj, Clark-Lewis, Bag- dependent transcriptional activation of interleukin 2 Gene by giolini, and Steinman. Ca“'''/calmodulin kinase type IV/Gr. 101. Ishii, J.K. Sec Crisa, Cirulli, Ellisman, Ishii, Elices, and Salomon. 2458 The Journal of Experimental Medicine Ishikawa, H. St’e Kanainori, Ishiniaru, Nanno, Maki, Ikiita, Nariuchi, K and Ishikawa. Ishimaru, K. See Kananiori, Ishiniaru, Nanno, Maki, Ikuta, Nariuchi, Kabra, N. See Solvason, V.’u, Kabra, Wu, Lees, and Howard. and Ishikawa. Kabma, E. See Geissler, Ohler, Fodinger, Virgolini, Leimer, Kabnia, Ishioka, C. See Kimata, Fujinioto, Ishioka, and Yoshida. Kollars, Skoupy, Bohle, Rogy, and Lechner. Ismail, C. Sec Cranieri, Faith, Hemniann, Jaus.si, Ismail, Menz, and Blascr. Kadlecek, T.A. &-e Taylor, Bacon, Smith, Jahn, Kadlecek, Uribe, Ismaili, J. See Saunders, Lucas, Ismaili, Wu, Maraskovsky, Dunn, and Kohn, Gelfand, Weiss, and Weinberg. Shortnian. Kagara, S. See Tsunawaki, Kagara, Yoshikawa, Yoshida, Kuratsuji, Iwase, S. See Tsujiniura, Takahashi, Morita, Hasegawa-Nishiwaki, and Namiki. Iwase, and Obata. Kagi, D. See Duncan, Mittriicker, Kagi, Matsuyama, and Mak. Iwata, S. See Minegishi, Tachibana, Sato, Iwata, Nojinia, and Morimoto. — See Sad, Kagi, and Mosmann. — See van den Broek, Kagi, Ossendorp, Toes, Vamvakas, Lutz, Melief, Zinkemagel, and Hengartner. Kaibara, A. See Welbom, Van Zee, Edwards, Pruitt, Kaibara, Vau- J they, Rogy, Castleman, Lowry, Kenney, Stiiber, Ettlin, Wipf, Loetscher, Copeland, Lesslauer, and Moldawer. Jackson, D.C. See Reynolds, Ciordon, Furcell, Jackson, and McCluskey. Kalberer, C.P. See Reininger, Winkler, Kalberer, Jourdan, Melchers, Jackson, M. See Lang, Jackson, Teyton, Urunniark, Kane, and Nemazee. and Rolink. Jackson, M.R. See Kishinioto, Cai, Brunniark, Jackson, Peterson, and Kamen, R. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, Sprent. Enioto, Pandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, Jackson, S. See Song, Burrows, Smith, Lees-Miller, Kumar, Chan, and Kufe. Trapani, Alnemri, Litwack, Lu, Moss, Jackson, and Lavin. Kampgen, E. See Koch, Stanzl, Jennewein, Janke, Heufler, Kampgen, Jacobs, H., lacomini, J., van de Ven, M., Tonegawa, S., and Romani, and Schuler. Bems, A. Domains of the TCRP-chain required for early thy¬ Kanakaraj, P. See Trotta, Kanakaraj, and Perus.sia. mocyte development. 1833. Kanamori, Y., Ishimaru, K., Nanno, M., Maki, K., Ikuta, K., Jacquet, C. See Caux, Vanbervliet, Massacrier, Dezutter-Dambuyant, Nariuchi, H., and Ishikawa, H. Identification of novel lym¬ de Saint-Vis, Jacquet, Yoneda, Imamura, Schmitt, and phoid tissues in murine intestinal mucosa where clusters of c-kif'’ Banchereau. IL-7R‘'’ Thyl'*' lympho-hemopoietic progenitors develop. 1449. Jahn, T. See Taylor, Bacon, Smith, Jahn, Kadlecek, Uribe, Kohn, Gel- Kane, K. See Lang, Jackson, Teyton, Brunniark, Kane, and Nemazee. Kane, K.P. See Shen, Potter, and Kane. fand, Weiss, and Weinberg. Kaneko, Y. See Yamashita, Miyake, Miura, Kaneko, Yagita, Suda, Jakobsen, B.K. See Reid, McAdam, Smith, Klenennan, O’Callaghan, Nagata, Nomura, Sakaguchi, and Kimoto. Harlos, Jakobsen, McMichael, Bell, Stuart, and Jones. Kang, X. See Wang, Appella, Kawakami, Kang, and Rosenberg. Jameson, S.C. See Dyall, Fremont, Jameson, and Nikolic-Zugic. Kanzler, H., Ktippers, R., Hansmann, M.-L., and Rajewsky, Janeway, C.A., Jr. See Grewal, Grewal, Wong, Picarella, Janeway, K. Hodgkin and Reed-Stemberg cells in Hodgkin’s disease repre¬ and Flavell. sent the outgrowth of a dominant tumor clone derived from (crip¬ — See Wolf, Dittel, Hardardottir, and Janeway. pled) germinal center B cells. 1495. Janke, K. See Koch, Stanzl, Jennewein, Janke, Heufler, Kampgen, Kapp, J.A. See Ke and Kapp. Romani, and Schuler. Kappler, J.W. See Liu, Kappler, and Marrack. Jankovic, M. See Fapavasiliou, Jankovic, and Nussenzweig. Karandikar, N.J., Vanderlugt, C.L., Walunas, T.L., Miller, Jaussi, R. See Crameri, Faith, Hemmann, Jaussi, Ismail, Menz, and Blaser. S.D., and Bluestone, J.A. CTLA-4; a negative regulator of au¬ Jennewein, P. See Koch, Stanzl, Jennewein, Janke, Heufler, Kamp¬ toimmune disease. 783. gen, Romani, and Schuler. Karasek, M.A. See Vora, Romero, and Karasek. Jesson, M. See McKeever, Khandekar, Newcomb, Naylor, Gregory, Karmann, K., Min, W., Fanslow, W.C., and Pober, J.S. Activa¬ Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, tion and homologous desensitization of human endothelial cells by and Jones. CD40 ligand, tumor necrosis factor, and interleukin 1. 173. Jia, G.-Q., Gonzalo, J.A., Lloyd, C., Kremer, L., Lu, L., Mar- Katagiri, T. See Mizuno, Katagiri, Hasegawa, Ogimoto, and Yakura. tinez-A, C., Wershil, B.K., and Gutierrez-Ramos, J.C. Katsura, Y. See Hattori, Kawamoto, Fujinioto, Kuno, and Katsura. Distinct expression and function of the novel mouse chemokine — See Hattori, Kawamoto, and Katsura. monocyte chemotactic protein-5 in lung allergic inflammation. Katz, J.F., Stebbins, C., Appella, E., and Sant, A.J. Invariant 1939. chain and DM edit self-peptide presentation by major histocom¬ Johnston, J.V. See Blake, Johnston, Hellstrom, Marquardt, and Chen. patibility complex (MHC) class II molecules. 1747. Jonas, M. See Henderson, Lewis, Albert, Zhang, Lamm, Chiang, Kaufmann, A. See Sprenger, Meyer, Kaufmann, BuBfeld, Risch- Jones, Eriksen, Tien, Jonas, and Chi. kowsky, and Gemsa. Jones, B. See McKeever, Khandekar, Newcomb, Naylor, Gregory, Kawakami, Y. See Wang, Appella, Kawakami, Kang, and Rosenbei^. Brauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, Haskins, Kawamoto, H. See Hattori, Kawamoto, Fujinioto, Kuno, and Katsura. and Jones. — See Hattori, Kawamoto, and Katsura. Jones, E.Y. See Reid, McAdam, Smith, Klenerman, O’Callaghan, Kay, R. See Chappel, Hough, Mittel, Takei, Kay, and Humphries. Harlos. Jakobsen, McMichael, Bell, Stuart, and Jones. Ke, Y., and Kapp, J.A. Exogenous antigens gain access to the major Jones, F. See Henderson, Lewis, Albert, Zhang, Lamm, Chiang, Jones, histocompatibility complex class I processing pathway in B cells by Eriksen, Tien, Jonas, and Chi. receptor-mediated uptake. 1179. Jones, P.P. See Beeson, Rabinowitz, Tate, Giitgemann, Chien, Jones, Kearse, K.P. See Wu, Harley, Punt, Sharrow, and Kearse. Davis, and McConnell. Kehry, M.R. See Snapper, Rosas, Zelazowski, Moorman, Kehry, Jones, S.A. See Loetscher, Gerber, Loetscher, Jones, Piali, Clark- Bravo, and Weih. Lewis, Baggiolini, and Moser. Kelsoe, G. See Wen, Pao, Wong, Peng, Craft, Zheng, Kelsoe, Dianda, Jo0, G.B. See Brandtzaeg, Osnes, Ovstebo, Joo, Westvik, and Kierulf Owen, and Hayday. Jourdan, M. See Reininger, Winkler, Kalberer, Jourdan, Melchers, — See Zheng, Han, and Kelsoe. and Rolink. Kenney, J.S. See Welbom, Van Zee, Edwards, Pruitt, Kaibara, Vau- Joyce, S., Negisbi, I., Boesteanu, A., DeSdva, A.D., Sharma, they, Rogy, Castleman, Lowry, Kenney, Stiiber, Ettlin, Wipf, P., Chorney, M.J., Loh, D.Y., and Van Kaer, L. Expansion Loetscher, Copeland, Lesslauer, and Moldawer. of natural (NKl ■*■) T cells that express aP T cell receptors in trans¬ Kersh, G.J., and Allen, P.M. Structural basis for T cell recognition porters associated with antigen presentation-1 null and thymus of altered peptide ligands: a single T cell receptor can productively leukemia antigen positive mice. 1579. recognize a large continuum of related ligands. 1259. 2459 Author Index • Volume 184, 1996 Khan, G. See Decker, Shankar, Khan, Freeman, Dezube, Liebennan, Kong, Y.-c.M., Lomo, L.C., Motte, R.W., Giraldo, A.A., and Thorley-Lawson. Baisch, J., Strauss, G., Hammerling, G.J., and David, C.S. Khandekar, S. See McKeever, Khandekar, Newcomb, Naylor, Gre¬ HLA-DRBl polymorphism detennines susceptibility to autoim¬ gory, lirauer, Jesson, Bettencourt, Burke, Alderson, Baneiji, mune thyroiditis in transgenic mice: definitive association with Haskins, and Jones. HLA-DRBl*0301 (DR3) gene. 1167. Kharbanda, S. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, Kopf, M., Brombacher, F., Kohler, G., Kienzle, G., Widmann, Emoto, Fandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, K.-H., Lefrang, K., Humborg, C., Ledermann, B., and and Kufe. Solbach, W. lL-4-deficient Balb/c mice resist infection with Kiener, P.A. See Liles, Kiener, Ledbetter, Aruffb, and KlebanofT. Leishmaiiia major. 1127. Kienzle, G. See Kopf, Brombacher, Kohler, Kienzle, Widmann, Kopf, M.A. See Sabin, Kopf, and Fearce. Lefrang, Humborg, Ledennann, and Solbach. Kosaka, H. See Kurts, Heath, Carbone, Allison, Miller, and Kosaka. Kierulf, P. See Brandtzaeg, Osnes, Ovstebo, joo, Westvik, and Kierulf. Kosco-Vilbois, M. See Martinez-Fomares, Kosco-Vilbois, Darley, Kim, S.M. See Lederer, Ferez, DesRoches, Kim, Abbas, and Lichtman. Tree, Herren, Bonnefoy, and Gordon. Kimata, H., Fujimoto, M., Ishioka, C., and Yoshida, A. Hista¬ Kosco-Vilbois, M.H. See Chvatchko, Kosco-Vilbois, Herren, Lefort, mine selectively enhances human immunoglobulin E (IgE) and and Bonnefoy. lgCi4 production induced by anti-CD58 monoclonal antibody. 357. Kosek, J. See Liesenfeld, Kosek, Remington, and Suzuki. Kimata, K. See Tanaka, Kimata, Wake, Mine, Morimoto, Yamakawa, Koster, F. See Fajkrt, Doran, Koster, Lerch, Arnet, van der Foil, ten Habuchi, Ashikari, Yamamoto, Sakurai, Yoshida, Suzuki, and Eto. Cate, and van Deventer. Kimoto, M. See Yamashita, Miyake, Miura, Kaneko, Yagita, Suda, Koup, R. See Granelli-Fiperno, Moser, Fope, Chen, Wei, Isdell, Nagata, Nomura, Sakaguchi, and Kimoto. O’Doherty, Faxton, Koup, Mojsov, Bhardwaj, Clark-Lewis, Bag- Kinet, J.-P. See Flamand, Shores, Tran, Huang, Lee, Grinberg, Kinet, giolini, and Steinman. and Love. Koup, R.A. See Moore and Koup. — See Ota, Beitz, Scharenberg, Donovan, Kinet, and Samelson. Krahl, T. See Mueller, Krahl, and Sarvetnick. King, I. See Zheng, Ojeius, Garaud, Roth, Maxwell, Li, Rong, Chen, Kramer, B. See Machleidt, Kramer, Adam, Neumann, Schiitze, Wiegmann, and Kronke. Wang, Catino, and King. Kramer, D.R. See Harrison, Dempsey-Collier, Kramer, and Taka- Kinninmonth, A. See Mclnnes, Leung, Field, Wei, Huang, Sturrock hashi. Kinninmonth, Weidner, Mumford, and Liew. Krause, P.R. See Yoshikawa, Hill, Stanberry, Bourne, Kurawadwala, Kishimoto, H., Cai, Z., Brunmark, A., Jackson, M.R., Peter¬ and Krause. son, P.A., and Sprent, J. Differing roles for B7 and intercellular Kremer, L. See Jia, Gonzalo, Lloyd, Kremer, Lu, Martinez-A, Wer- adhesion molecule-1 in negative selection of thymocytes. 531. shil, and Gutierrez-Ramos. Kishimoto, T. See Tajima, Tsuji, Ebihara, Sui, Tanaka, Muraoka, Krieger, N.R., Yin, D., and Fathman, C.G. CD4^ but not CDS’" Yoshida, Yamada, Yasukawa, Taga, Kishimoto, and Nakahata. cells are essential for allorejection. 2013. KlebanofT, S.J. See Liles, Kiener, Ledbetter, Aruffo, and KlebanofT Kroemer, G. See Marchetti, Castedo, Susin, Zamzami, Hirsch, Ma¬ Klein, J.R. Whence the intestinal intraepithelial lymphocyte? 1203. cho, Haeffner, Hirsch, Geuskens, and Kroemer. Klemsz, M. See Celada, Borras, Soler, Lloberas, Klemsz, van Beveren, — See Susin, Zamzami, Castedo, Hirsch, Marchetti, Macho, Daugas, McKercher, and Maki. Geuskens, and Kroemer. Klenerman, P. See Reid, McAdam, Smith, Klenemian, O’Callaghan, Kronke, M. See Machleidt, Kramer, Adam, Neumann, Schiitze, Harlos, Jakobsen, McMichael, Bell, Stuart, and Jones. Wiegmann, and Kronke. Klimpel, G.R., Langley, K.E., Wypych, J., Abrams, J.S., Kuckelkorn, U. See Feist, Ddrner, Kuckelkorn, Schmidtke, Micheel, Chopra, A.K., and Niesel, D.W. A role for stem cell factor Hiepe, Bunnester, and Kloetzel. (SCF): c-kit interaction(s) in the intestinal tract response to Salmo- Kufe, D. See Ghayur, Hugunin, Talanian, Ratnofsky, Quinlan, tiella typhimiirium infection. 271. Emoto, Fandey, Datta, Huang, Kharbanda, Allen, Kamen, Wong, Klinman, N.R. See Linton, Haynes, Klinman, and Swain. and Kufe. Kloetzel, P.-M. See Feist, Donier, Kuckelkorn, Schmidtke, Micheel, Kiihn, R. See Davidson, Leach, Fort, Thompson-Snipes, Kiihn, Hiepe, Bunnester, and Kloetzel. Muller, Berg, and Rennick. Knapp, W. See Frager, Sunder-Flassmann, Hansmann, Koch, Holter, — See Morawetz, Gabriele, Rizzo, Noben-Trauth, Kiihn, Rajewsky, Knapp, and Stockinger. Muller, Doherty, Finkelman, Coffman, and Morse. — See Stockl, Majdic, Kohl, Fickl, Menzel, and Knapp. Kumar, S. See Song, Burrows, Smith, Lees-Miller, Kumar, Chan, Kobayashi, M. See Tai, Yashiro, Abe, Toyooka, Wood, Morris, Trapani, Alnemri, Litwack, Lu, Moss, Jackson, and Lavin. Long, Ono, Kobayashi, Hamaoka, Neben, and Fujiwara. Kumar, V., Stellrecht, K., and Sercarz, E. Inactivation ofT cell Koch, C. See Frager, Sunder-Flassmann, Hansmann, Koch, Holter, receptor peptide-specific CD4 regulatory T cells induces chronic Knapp, and Stockinger. experimental autoimmune encephalomy elitis (EAE). 1609. Koch, F., Stanzl, U., Jennewein, P., Janke, K., Heufler, C., Kunkel, S.L. See Arenberg, Kunkel, Folverini, Morris, Burdick, Glass, Kampgen, E., Romani, N., and Schuler, G. High level IL- Taub, lannettoni, Whyte, and Strieter. 12 production by murine dendritic cells: upregulation via MHC Kuno, K. See Hattori, Kawamoto, Fujimoto, Kuno, and Katsura. class II and CD40 molecules and downregulation by IL-4 and IL- Kiippers, R. See Kanzler, Kiippers, Hansmann, and Rajewsky. 10. 741. Correction. 1591. Kuratsuji, T. See Tsunawaki, Kagara, Yoshikawa, Yoshida, Kuratsuji, Kodama, H. Sec Takakura, Kodama, Nishikawa, and Nishikawa. and Namiki. Koh, J.S. See Gilligan, Bredy, Brady, Hebert, Slayter, Xu, Rauch, Kurawadwala, J.F. See Yoshikawa, Hill, Stanberry, Bourne, Shia, Koh, and Levine. Kurawadwala, and Krause. Kohl, P. See Stockl, Majdic, Kohl, Fickl, Menzel, and Knapp. Kurosaki, T. See Takata and Kurosaki. Kohler, G. See Kopf, Brombacher, Kohler, Kienzle, Widmann, Kurts, C., Heath, W.R., Carbone, F.R., Allison, J., Miller, Lefrang, Humborg, Ledermann, and Solbach. J.F.A.P., and Kosaka, H. Constitutive class I-restricted exoge¬ Kohler, H. See Falk, Biro, Kohler, and Eichmann. nous presentation of self antigens in vivo. 923. Kohn, D.B. See Taylor, Bacon, Smith, Jahn, Kadlecek, Uribe, Kohn, Kusner, D.J., Hall, C.F., and Schlesinger, L.S. Activation of Gelfand, Weiss, and Weinberg. phospholipase D is tightly coupled to the phagocytosis of Mycobac¬ Koizumi, T. See Wang, Koizumi, and Watanabe. ’ terium tuberculosis or opsonized zymosan by human macrophages. Kolb-Bachofen, V. See Bruch-Gerharz, Fehsel, Suschek, Michel, 585. Ruzicka, and Kolb-Bachofen. Kutkoski, GJ. See Mizgerd, Meek, Kutkoski, Bullard, Beaudet, and Kollars, M. See Geissler, Ohler, Fodinger, Virgolini, Leimer, Kabma, Doerschuk. Kollars, Skoupy, Bohle, Rogy, and Lechner. Kwon-Chung, KJ. See Salas, Bennett, Kwon-Chung, Ferfect, and KoUias, G. Sec Fasparakis, Alexopoulou, Episkopou, and Kollias. Williamson. 2460 The Journal of Experimental Medicine