Journal of Experimental Medicine 1998: Vol 188 Index

37 Pages·1998·10.2 MB·English

AUTHOR INDEX VOLUME 188
A Andersson, J. See Schaniel, Pardali, Sallusto, Speletas, Ruedl,
Shimizu, Seidl, Andersson, Melchers, Rolink, and Sideras.
Abe, A., Heczko, U., Hegele, R.G., and Finlay, B.B. Two en- Anichini, A. See Lupetti, Pisarra, Verrecchia, Farina, Nicolini, Anichini,
teropathogeiiic Escherichia coli type 111 secreted proteins, EspA and Bordignon, Sensi, Pamiiani, and Traversari.
Espli, are virulence factors. 1907. Annicchiarico-Petruzzelli, M. See De Laurenzi, Costanzo, Barcaroli,
Addicks, K. See Betz, Bloch, van den Broek, Yoshida, Taga, Kishi- Terrinoni, Falco, Annicchiarico-Petruzzelli, Levrero, and Melino.
nioto, Addicks, Rajewsky, and Muller. Appella, E. See Pike, Yao, Jones, Cheniey, Appella, Sakaguchi, Nakhasi,
Adler, K. See Lankar, llriken, Adler, Weiser, C.issard, Blank, Viguier, Teruya-Feldstein, Wirth, Gupta, and Tosato.
and Bonnerot. Arenzana-Seisdedos, F. See Bodaghi, Jones, Zipeto, Vita, Sun,
Aguilar, R.F. See Chen, Kvvon,Jin, Monard, Telfer, Jones, Lu, Aguilar, Laurent, Arenzana-Seisdedos, Virelizier, and Michelson.
Ho, and Marx. Aronica, M.A. See Youn, Chen, Goenka, Aronica, Mora, Correa,
Ahmad, M. See Zaniai, Ahmad, Bennett, Azzoni, Alnemri, and Berussia. Sheller, and Boothby.
Ahmed, R. See Sourdive, Murali-Krishna, Altman, Zajac, Whitmire, Astill, T.P. See Morris, Binley, Clas, Bonhoeffer, Astill, Kost, Hurley,
Pannetier, Kourilsky, Evavold, Sette, and Ahmed. Cao, Markowitz, Ho, and Moore.
— See Zajac, Blattman, Murali-Krishna, Sourdive, Suresh, Altman, and Attar, R.M. See Cheng, Ryseck, Attar, Dambach, and Bravo.
Ahmed. Autran, B. See Hadida, Vieillard, Autran, Clark-Lewis, Baggiolini,
Aikawa, M. See Fujioka, Emancipator, Aikavva, Huang, Blatnik, Karban, and Debre.
DeFife, and Mazanec. Autschbach, F. See Bruyns, Marie-Cardine, Kirchgessner, Sagolla,
Ait-Yahia, S. See Dieu, Vanbervliet, Vicari, Bridon, Oldham, Ait-Yahia, Shevchenko, Mann, Autschbach, Bensussan, Meuer, and Schraven.
Briere, Zlotnik, Lebecque, and Caux. Aversa, G. See Tangye, Liu, Aversa, Phillips, and de Vries.
Al-Abed, Y. See Ivanova, Botchkina, Al-Abed, Meistrell, Batliwalla, Axthelm, M.K. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner-
Dubinsky, ladecola, Wang, Cregersen, Eaton, and Tracey. Raez, Manola, Gelman, Etemad-Moghadam, Desjardins, Wyatt,
Alam, R. See Bazdrak, C^lszewska-Bazdrak, Stafford, Ciarofilo, and Alam. Gerard, Marcon, Margolin, Fanton, A.xthelm, Letv'in, and Sodroski.
Albar, J.P. See Clonzalo, Lloyd, Wen, Albar, Wells, Proudfoot, Ayres, T.M. See Kirschning, Wesche, Ayres, and Rothe.
Martinez-A, Dorf, Bjerke, Coyle, and (Jutierrez-Ramos. Azzam, H.S., Grinberg, A., Lui, K., Shen, H., Shores, E.W., and
_ See Trigueros, Ramiro, Carrasco, de Yebenes, Albar, and Toribio. Love, P.E. CD5 e.xpression is developmentally regulated by prt^T
Albert, M. See Inaba, Turley, Yamaide, lyoda, Mahnke, Inaba, Pack, cell receptor (TC'R) and TCR signals and by TCR avidity. 2301.
Subklewe, Sauter, Sheff, Albert, Bhardwaj, Mellman, and Steinman. Azzoni, L. See Zamai, Ahmad, Bennett, Azzoni, Alnemri, and Perus,sia.
Albert, M.L., Pearce, S.F.A., Francisco, L.M., Sauter, B., Roy,
P., Silverstein, R.L., and Bhardwaj, N. Immature dendritic
cells phagocytose apoptotic cells via and Cl)36, and cross¬ B
present antigens to cytotoxic T lymphocytes. 1359.
Alegre, M.-L. See Lin, Rathmell, Ciray, Thompson, Leiden, and Bach, J.-F. See Lehuen, Lantz, Beaudoin, Laloux, Camaud, Bendelac,
Alegre. Bach, and Monteiro.
Aleman-Hoey, D. See Russell, Morrissette, Weidner, Vyas, Aleman- Bachmann, M.F. See Kong, Fischer, Bachmann, Mariathasan,
Hoey, and Budd. Kozieradzki, Nghiem, Bouchard, Bernstein, Ohashi, and Penninger.
Alexander, J.J. See Quigg, He, Lim, Berthiaume, Ale.xander, Kraus, Bacon, K.B. See Chen, Bacon, Li, Garcia, Xia, Lo, Thompson, Siani,
and Holers. Yamamoto, Harrison, and Feng.
— See Schiller, He, Salant, Lim, Ale.xander, and Quigg. Baggiolini, M. See Hadida, Vieillard, Autran, Cdark-Lewis, Baj^tiolini.
Alexander-Miller, M.A., Derby, M.A., Sarin, A., Henkart, and Debre.
P.A., and Berzofsky, J.A. Supraoptimal peptide*—major histo¬ Baird, A.M. See Durum, Candeias, Nakajima, Leonard. Baird, Berg,
compatibility complex causes a decrease in Bcl-2 levels and allows and Muegge.
tumor necrosis factor a receptor 11-mediated apoptosis of cyto¬ Bakka, A. See Utgaard, Jahnsen, Bakka, Brandtzaeg, and Haraldsen.
toxic T lymphocytes. 1391. Balk, S. See Exley, Porcelli, Funnan, Garcia, and Balk.
Alexopoulou, L., Pasparakis, M., and Kollias, G. Complementa¬ Banchereau, J. See Meffre, Papavasiliou, Cohen, de Bouteiller, Bell,
tion of lymphotoxin a knockout mice with tumor necrosis factor- Karasuyama, Schiff, Banchereau, Liu, and Nussenzweig.
expressing transgenes rectifies defective splenic structure and func¬ Bannasch, D. See Muller, Wilder, Bannasch, Israeli, Lehlbach,
tion. 745. Li-Weber, Friedman, Galle, Stremmel, Oren, and Krammer.
Ali, H. See Grimm, Ben-Baruch, Taub, Howard, Resau, Wang, Ali, Barber, B.H. See Porgador, Irvine, Iwasaki, Barber, Restifo, and
Richardson, Snyderman, and Oppenheim. Gennain.
Allen, D. See Wang, Wang, Salio, Sharpe, Allen, She, and Terhorst. Barcaroli, D. See De Laurenzi, Costanzo, Barcaroli, Terrinoni, Falco,
Allen, R.L. See Wilson, Ogg, Allen, Goulder, Kelleher, Sewell, Annicchiarico-Petruzzelli, Levrero, and Melino.
O’C'allaghan, Rowland-Jones, Callan, and McMichael. Barclay, A.N. See Brown, Boles, van der Merwe, Kumar, Mathew,
Allison, J.P. See Rathmell, Fournier, Weintraub, Allison, and Goodnow. and Barclay.
Alnemri, E.S. See Zamai, Ahmad, Bennett, Azzoni, Alnemri, and Barthlott, T. See Volkmann, Barthlott, Weiss, Frank, and Stockinger.
Perussia. Bartsch, C. See Naumann, Rudel, Wieland, Bartsch, and Meyer.
A’t, F.W. See Manis, van der Stoep, Tian, Ferrini, Davidson, Bottaro, Basten, A. See Cook, Komer, Riminton, Lemckert, Ha.sbold, Amesbury,
and Alt. Hodgkin, Cyster, Sedgwick, and Basten.
— .SVc Satterthwaite, Lowell, Khan, Sideras, Alt, and Witte. Batliwalla, F. See Ivanova, Botchkina, Al-Abed, Meistrell, Batliwalla,
— See Sleckman, Khor, Monroe, and Alt. Dubinsky, ladecola, Wang, Gregersen, Eaton, and Tracey.
Altman, J.D. See Sourdive, Murali-Krishna, Altman, Zajac, Whitmire, Bauer, J. See Litzenburger, Fissler, Bauer, Lassmann, Linington, Wekerle,
Pannetier, Kourilsky, Evavold, Sette, and Ahmed. and Iglesias.
— See Vance, Kraft, Altman, Jensen, and Raulet. Baxter, A.G. See Smyth, Kelly, Baxter, Korner, and Sedgwick.
— See Zajac, Blattman, Murali-Krishna, Sourdive, Suresh, Altman, and Beaudet, A.L. See Scharffetter-Kochanek, Lu, Nonnan, van Nood,
Ahmed. Munoz, Grabbe, McArthur, Lorenzo, Kaplan, Ley, Smith,
Altschul, S.F. See Chen, Centola, Altschul, and Metzger. Montgomery, Rich, and Beaudet.
Amesbury, M. See Cook, Korner, Riminton, Lemckert, Hasbold, Beaudoin, L. See Lehuen, Lantz, Beaudoin, Laloux, Camaud, Bendelac,
Amesbury, Hodgkin, Cyster, Sedgwick, and Basten. Bach, and Monteiro.
2389 Author Index • Volume 188, 1998
Beijnen, J.H. See Wijnholds, Scheffer, van der Valk, van der Valk, Bloom, E.T. See Imada, Bloom, Nakajima, Horvath-Arcidiacono,
Beijnen, Scheper, and Borst. Udy, Davey, and Leonard.
Belkaid, Y., Kamhawi, S., Modi, G., Valenzuela, J., Noben- Bochner, B.S. See Grayson, Van der Vieren, Sterbinsky, Gallatin,
Trauth, N., Rowton, E., Ribeiro, J., and Sacks, D.L. Devel¬ Hoffman, Staunton, and Bochner.
opment of a natural model of cutaneous leishmaniasis: powerful Bodaghi, B., Jones, T.R., Zipeto, D., Vita, C., Sun, L., Laurent,
effects of vector saliva and saliva preexposure on the long-tenii out¬ L., Arenzana-Seisdedos, F., Virelizier, J.-L., and Michelson,
come of Leishmania major infection in the mouse ear demiis. 1941. S. Chemokine sequestration by viral chemoreceptors as a novel
— See von Stebut, Belkaid, Jakob, Sacks, and Udey. viral escape strategy: withdrawal of chemokines from the environ¬
Bell, D. See Mefffe, Papavasiliou, Cohen, de Bouteillen Bell, Karasuyama, ment of cytomegalovirus-infected cells. 855.
Schiff, Banchereau, Liu, and Nussenzweig. Bodmer, J.-L. See Hahne, Kataoka, Schroter, Hofinann, Iniiler, Bodmer,
Bell, S.E. See Emson, Bell, Jones, Wisden, and McKenzie. Schneider, Bomand, Holler, French, Sordat, Rimoldi, and Tschopp.
Ben-Baruch, A. See Grimm, Ben-Baruch, Taub, Howard, Resau, Boes, M., Prodeus, A.P., Schmidt, T., Carroll, M.C., and
Wang, Ali, Richardson, Snydemian, and Oppenheim. Chen, J. A critical role of natural immunoglobulin M in immedi¬
Bendelac, A. See Lehuen, Lantz, Beaudoin, Laloux, Camaud, Bendelac, ate defense against systemic bacterial infection. 2381.
Bach, and Monteiro. Boesiger, J., Tsai, M., Maurer, M., Yamaguchi, M., Brown,
Bennett, I.M. See Zamai, Ahmad, Bennett, Azzoni, Alnemri, and L.F., Claffey, K.P., Dvorak, H.F., and Galli, S.J. Mast cells
Perussia. can secrete vascular penneability factor/vascular endothelial cell
Bennett, S.R.M., Carbone, F.R., Toy, T., Miller, J.F.A.P., and growth factor and exhibit enhanced release after immunoglobulin
Heath, W.R. B cells directly tolerize CDS'*' T cells. 1977. E—dependent upregulation of Fee receptor 1 expression. 1135.
Benoist, C. See Chan, Correia-Neves, Dierich, Benoist, and Mathis. Boggio, K., Nicoletti, G., Di Carlo, E., Cavallo, F., Landuzzi,
Bensussan, A. See Bruyns, Marie-Cardine, Kirchgessner, Sagolla, L., Melani, C., Giovarelli, M., Rossi, L, Nanni, P., De
Shevchenko, Mann, Autschbach, Bensussan, Meuer, and Schraven. Giovanni, C., Bouchard, P., Wolf, S., Modesti, A., Musiani,
Bercovici, N. See Delon, Bercovici, Raposo, Liblau, and Trautmann. P., Lollini, P.L., Colombo, M.P., and Fomi, G. Interleukin
Berg, L.J. See Durum, Candeias, Nakajima, Leonard, Baird, Berg, and 12—mediated prevention of spontaneous mammary' adenocarcino¬
Muegge. mas in two lines of Her-2/()(’i( transgenic mice. 589.
Bernstein, A. See Kong, Fischer, Bachmann, Mariathasan, Kozieradzki, Boirivant, M., Fuss, I.J., Chu, A., and Strober, W. Oxazolone
Nghiem, Bouchard, Bernstein, Ohashi, and Penninger. colitis: a murine model of T helper cell type 2 colitis treatable with
Berthiaume, D. See Quigg, He, Lim, Berthiaume, Alexander, Kraus, antibodies to interleukin 4. 1929.
and Holers. Boise, L. See Haughn, Leung, Boise, Veillette, Thompson, and Julius.
Berzofsky, J.A. See Alexander-Miller, Derby, Sarin, Henkart, and Boles, K. See Brown, Boles, van der Merwe, Kumar, Mathew, and
Berzofsky. Barclay.
Betz, U.A.K., Bloch, W., van den Broek, M., Yoshida, K., Bondada, S. See Venkataraman, Gao, Bondada, and Kwaik.
Taga, T., Kishimoto, T., Addicks, K., Rajewsky, K., and Bonhoeffer, S. See Morris, Binley, Clas, Bonhoeffer, Astill, Kost,
Muller, W. Postnatally induced inactivation of gpl30 in mice Hurley, Cao, Markowitz, Ho, and Moore.
results in neurological, cardiac, hematopoietic, immunological, Bonnerot, C. See Lankai, Briken, Adler, Weiser, Cassard, Blank,
hepatic, and pulmonary defects. 1955. Viguier, and Bonnerot.
Bhardwaj, N. See Albert, Pearce, Francisco, Sauter, Roy, Silverstein, Bono, P. See Smith, Salmi, Bono, Heilman, Leu, and Jalkanen.
and Bhardwaj. Boothby, M. See Lee, Kaufman, Mora, Santana, Boothby, and Choi.
— See Inaba, Turley, Yamaide, lyoda, Mahnke, Inaba, Pack, Subklewe, — See Youn, Chen, Cioenka, Aronica, Mora, Correa, Sheller, and
Sauter, Sheff Albert, Bhardwaj, Mellman, and Steinman. Boothby.
Biassoni, R. See Pessino, Sivori, Bottino, Malaspina, Morelli, Moretta, Borcsok, L, Schairer, H.U., Sommer, U., Wakley, G.K.,
Biassoni, and Moretta. Schneider, U., Geiger, F., Niethard, F.U., Ziegler, R., and
Bielefeldt-Ohmann, H. See Fitzpatrick, Shirley, McDonald, Kasperk, C.H. Glucocorticoids regulate the expression of the
Bielefeldt-Ohmann, Kay, and Kelso. human osteoblastic endothelin A receptor gene. 15f)3.
Bieler, J. See Hamad, O'Herrin, Lebowitz, Srikrishnan, Bieler, Bordignon, C. See Lupetti, Pisarra, Verrecchia, Farina, Nicolini,
Schneck, and Pardoll. Anichmi, Bordignon, Sensi, Pamiiani, and Traversari.
Biggs, J. See Theobald, Ruppert, Kuckelkorn, Hernandez, Haussler, Bordoli, R.S. See Zhou, Sayad, Simmons, Jones, Maika, Satiimtira,
Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski, Kloetzel, Dorris, Gaskell, Bordoli, Sartor, Slaughter, Richardson, Hammer,
and Shemian. and Taurog.
Billadeau, D.D., Brumbaugh, K.M., Dick, C.J., Schoon, R.A., Bomand, T. See Hahne, Kataoka, Schroter, Hofmann. Innler, Bodmer,
Bustelo, X.R., and Leibson, P.J. The Vav-Raci pathway in Schneider, Bomand, Holler, French, Sordat, Rimoldi, and
cytotoxic lymphocytes regulates the generation of cell-mediated Tschopp.
killing. 549. Borst, P. See Wijnholds, Scheffer, van der Valk, van der Valk,
Binder, B.R. See Stehlik, de Martin, Kumabashiri, Schmid, Binder, Beijnen, Scheper, and Borst.
and Lipp. Botchkina, G.I. Ivanova, Botchkina, Al-Abed, Meistrell, Batliwalla,
Binley, J.M. See Morris, Binley, Clas, Bonhoeffer, Astill, Kost, Hurley, Dubinsky, ladecola, Wang, Gregersen, Eaton, and Tracey.
Cao, Markowitz, Ho, and Moore. Bottaro, A. See Mains, van der Stoep, Tian, Ferrini, Davidson, Bottaro,
Biro, J. See Wiirch, Biro, Potocnik, Falk, Mossmann, and Eichmann. and Alt.
Bix, M., Wang, Z.-E., Thiel, B., Schork, N.J., and Locksley, Bottino, C. See Pessino, Sivori, Bottino, Malaspina, Morelli, Moretta,
R.M. Genetic regulation of commitment to interleukin 4 produc¬ Biassoni, and Moretta.
tion by a CD4‘'' T cell-intrinsic mechanism. 2289. Bouchard, D. See Kong, Fischer, Bachmann, Mariathasan, Kozier¬
Bjerke, T. See Gonzalo, Lloyd, Wen, Albar, Wells, Proudfoot. adzki, Nghiem, Bouchard, Bernstein, Ohashi, and Penninger.
Martinez-A, Dorf, Bjerke, Coyle, and Gutierrez-Ramos. — See Liu, Oliveira-Dos-Santos, Mariathasan, Bouchard. Jones, Sarao,
Bjorkman, P.J. See Leong, Chapman, Bjorkman, Fonnankova, Kozieradzki, Ohashi, Penninger, and Dumont.
Mocarski, Phillips, and Lanier. Bouchard, P. See Boggio, Nicoletti, Di Carlo, C'avallo, Landuzzi,
Blank, U. See Lankar, Briken, Adler, W'eiser, C'assard, Blank, Viguier, Melani, CJiovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf,
and Bonnerot. Modesti, Musiani, Lollini, Colombo, and Fonii.
Blatnik, F. See Fujioka, Emancipator, Aikawa, Huang, Blatnik, Karban. Bouck, N.P. Sir Volpert, Fong, Koch, Peterson, Waltenbaugh, Tepper,
DeFife, and Mazanec. and Bouck.
Blattman, J.N. See Zajac, Blattman, Murali-Krishna, Sourdive, Bouley, D. See Monack, Meesas, Bouley, and Falkow.
Suresh, Altman, and Ahmed. Bourvagnet, P. See Matsuda, Ishii, Bourvagnet, Kiima, Hayashida,
Blier, P. See Lazzarino, Blier, and Mellman. Miyata, and Honjo.
Bloch, W. See Betz, Bloch, van den Broek. Yoshida, f aga, Kishimoto, Bowne, W.B. See Dyall. Bowne, Weber, LeMaoult, Szabo, Moroi,
Addicks, Rajewsky, and Muller. Piskun, l ewis, Houghton, and Nikolic-Zugic.
2390 The Journal of Experimental Medicine
Boyd, J.G. See Tsou, Gladue, Carroll, Paradis, Boyd, Nelson, Neote, Cambier, J.C. See Kouskotf, Famiglietti, Lacaud, Lang, Rider, Kay,
and Charo. Cambier, and Nemazee.
Boyd, R.A. Sec Penny, Boyd, and Hall. Candeias, S. See Dunim, Candeias, Nakajima, Leonard, Baird, Berg,
Bozek, G. See Storb, Klotz, Hackett, Kage, Bozek, and Martin. and Muegge.
Bradt, B.M,, Kolb, W.P., and Cooper, N.R. Complement- Cantrell, D.A. See Henning and Cantrell.
dependent proinflammatory properties of the Alzheimer’s disease — See Turner, Gomez, McKenzie, Kirchem, Lennard, and Cantrell.
P-peptide. 431. Cao, Y. Sfc Morris, Binley, Clas, Bonhoeffer, Astill, Kost, Hurley,
Brady, H.J.M. See Williams, Norton, Halligey, Kioussis, and Brady. Cao, Markowitz, Ho, and Moore.
Brandtzaeg, P. 5iee Utgaard, Jahnsen, Bakka, Brandtzaeg, and Haraldsen. Capra, J.D. See Wilson and Capra.
Bravo, R. See Cheng, Ryseck, Attar, Hambach, and Bravo. Carbone, F.R. See Bennett, Carbone, Toy, Miller, and Heath.
Brichacek, B. See Bukrinskaya, Brichacek, Mann, and Stevenson. — See Kurts, Heath, Kosaka, Miller, and Carbone.
Bridon, J.-M. See Dieu, Vanbervliet, Vicari, Bridon, Oldham, Ait-Yahia, — See Kurts, Miller, Subramaniam, Carbone, and Heath.
Briere, Zlotnik, Lebecque, and Caux. Carlson, J. See van Putten, Duensing, and Carlson.
Briere, F. See Dieu, Vanbervliet, Vican, Bridon, Oldham, Ai't-Yahia, Carlson, J.E. See Habibian, Peters, Hsieh, Wuu, Vergilis, Grimaldi,
Briere, Zlotnik, Lebecque, and Caux. Reilly, Carlson, Frimberger, Stewart, and Quesenberry.
Briken, V. See Lankar, Bnken, Adler, Weiser, Cas.sard, Blank, Viguier, Camaud, C. See Lehuen, Lantz, Beaudoin, Laloux, Camaud, Bendelac,
and Bonnerot. Bach, and Monteiro.
Brocke, S. See Uffet-Vincenty, Quigley, Tres.ser, Pak, Gado, Hausmann, Carrasco, Y.R. See Trigueros, Ramiro, Carrasco, de Yebenes, Albar,
Wucherpfennig, and Brocke. and Toribio.
Brossay, L., Chioda, M., Burdin, N., Koezuka, Y., Casorati, Carroll, L.A. See Tsou, Gladue, Carroll, Paradis, Boyd, Nelson,
G., Dellabona, P., and Kronenberg, M. CD Id-mediated rec¬ Neote, and Charo.
ognition of an a-galactosylceramide by natural killer T cells is Carroll, M.C. Sec Boes, Prodeus, Schmidt, Carroll, and Chen.
highly conserved through mammalian evolution. 1521. Carroll, M.W. See Overwijk, Tsung, Irvine, Parkhurst, Goletz,
Brouckaert, G. See Vercammen, Brouckaert, Denecker, Van de Tsung, Carroll, Liu, Moss, Rosenberg, and Restifo.
Craen, Declercq, Fiers, and Vandenabeele. Carsetti, R. See Chan, Mecklenbrauker, Su, Te.xido, Leitges, Carsetti,
Brown, L.F. See Boesiger, Tsai, Maurer, Yamaguchi, Brown, Claffey, Lowell, Rajewsky, Miyake, and Tarakhovsky.
Dvorak, and Galli. Carter, R.W. See Xu. Chan, Leung, Hunter, Schulz, Carter,
Brown, M.H., Boles, K., van der Merwe, P.A., Kumar, V., Mclnnes, Robinson, and Liew.
Mathew, P.A., and Barclay, A.N. 2B4, the natural killer and Casorati, G. See Bros'uiy, Chioda, Burdin, Koezuka, Casorati, Dellabona,
T cell immunoglobulin siipertamily surt'ace protein, is a ligand for and Kronenberg.
Cl)48. 2083. Cassard, S. See Lankar, Briken, Adler, Weiser, Cassard, Blank, Viguier,
Brumbaugh, K.M. See Billadeau, Bnimbaugh, Dick, Schoon, Bustelo, and Bonnerot.
and Leibson. Castano, A.R. See Gil-Torregrosa, Castano, and Del Val.
Brummendorf, T.H., Dragowska, W., Zijlmans, Caterini, J. See Li, Sambhara, Li, Ewasyshyn, Partington, Caterini,
Thombury, G., and Lansdorp, P.M. Asymmetnc cell divi¬ James, Cates, Du, and Klein.
sions sustain long-tenn hematopoiesis from single-sorted human Cates, G. -See Li, Sambhara, Li, Ewasyshyn, Partington, Caterini,
fetal liver cells. 1117. James, Cates, Du, and Klein.
Bruyns, E., Marie-Cardine, A., Kirchgessner, H., Sagolla, K., Caux, C. See Dieu, V.inbervliet, Vicari, Bridon, Oldham, Ait-Yahia,
Shevchenko, A., Mann, M., Autschbach, F., Bensussan, Briere, Zlotnik, Lebecque, and Caux.
A., Meuer, S., and Schraven, B. T cell receptor (TCR) inter¬ Cavallo, F. See Boggio, Nicoletti, Di Carlo, Cavallo, Landuzzi, Melani,
acting molecule (TRIM), a novel disulfide-linked dimer associated Giovarelli, Rossi, Nanm, De Ciiovanni, Bouchard, Wolf, Modesti,
with the TCR-CD3-^ complex, recruits intracellular signaling Musiani, Lollini, Colombo, and Fomi.
proteins to the plasma membrane. 561. Cavazzana-Calvo, M. See Nicolas, Moshous, Cavazzana-Calvo,
Budd, R.C. See Russell, Morrissette, Weidner, Vyas, Aleman-Hoey, Papadopoulo, de Chasseval, Le Deist, Fischer, and de Villartay.
and Budd. Ceman, S., Wu, S., Jardetzky, T.S., and Sant, A.J. Alteration of
Bukrinskaya, A., Brichacek, B., Mann, A., and Stevenson, M, a single hydrogen bond between class H molecules and peptide re¬
Establishment of a functional human immunodeficiency virus type sults in rapid degradation of class II molecules after invariant chain
I (HlV-1) reverse transcnption comple.x involves the cytoskele- removal. 2139.
ton. 21 13. Centola, M. See Chen, Centola, Altschul, and Metzger.
Burdin, N. See Brossay, Chioda, Burdin, Koezuka, ('.csorati, Dellabona, Cerottini, J.-C. .Sec Romero, Dunbar, Valmon, Pittet, Ogg, Rimoldi,
and Kronenberg. (3ien, Lienard, C'erottmi, and Cerundolo.
Biirki, K. See Dinkel, Warnatz, Ledennann, Rolink, Zipfel, Biirki, Cerundolo, V. .See Ogg, Dunbar, Romero, Chen, and Cerundolo.
and Hibel. — See Romero, Dunbar, Valmori, Pittet, Ogg, Rimoldi, Chen,
Bums, A.R. See Woltf, Bums, Middleton, and Rot. Lienard, C-erottim, and C'emndolo.
Burns, J,M., Gallo, R.C., DeVico, A.L., and Lewis, G.K. A new Chai, O.H. See C'hoi, Shin, Park, Lee, Han, C'hai. Im, Ha, ,ind Lee.
monoclonal antibodv, niAb 4AI2, identities a role for the gly- Chambers, T.J. See Fuller, Wong, Fox, Cihoi, and Chambers.
cosaniinoglycan (GAG) bimling domain of RANTES in the anti- Chan, S., Correia-Neves, M., Dierich, A., Benoist, C., and
vir.il effect against FIIV- I and intracellular signaling. I'tl7. Mathis. D. Visualization ofCiD4/CD8 T cell comminnent. 2321.
Busch, D.H., Pilip, I., and Pamer, E.G. Evolution ofa complex T Chan, V.W.F., Mecklenbrauker, I., Su. l.-h., Texido, G., Leitges,
ceil receptor repertoire during pnniarv and recall hactenai infec¬ M., Carsetti. R., Lowell, C.A., Rajewsky, K., Miyake, K.,
tion. 61. and Tarakhovsky, A. The molecular mechanism of B ceil acti¬
Busslinger, M. .Sec fheveniii, Nutt, and Busslinger. vation by ft>//-like receptor protein RP-1()5. 93.
Bustelo, X.R. See Billadeau, Bruiiibaiigfi, Dick. Schoon, Biisteio, anti Chan, W.L. See Xu, ('ban, Leung, Hunter. Schulz, Carter, Mclnnes,
leibson. Robinson, and Liew.
Chang, J.-F. >'ee Yang, Chang, P.imes, and Fathman.
Chapman, T.L. See Leong, C’hapman, Bjorkman, Fonnankova,
Mocarski, Phillips, and Lanier.
C <2haro, I.F. See Tsou, Gladue, (Carroll, Paradis, Boyd, Nelson, Neote,
and Charo.
Cahalan, M.D. See Ehnng, Kerschbaum, Eder, Neben, Fanger, Charron, F. See Krosl. He, Lefrancois, Charron. Romeo, Jolicoeur,
Khoury, Negulescu, and Cahalan. Kirsch, Nemer, and Hoang.
Caldwell, H.D. See Su, Mes.ser, Whitmire, Fischer, Portis, and Caldwell. Chen, H., Centola, M., Altschul, S.F., and Metzger, H. Charac¬
Callan, M.F.C. See Wilson, Ogg, Allen, Goulder, Kelleher, Sewell, terization of gene expression in resting and activated mast cells.
O’Ciallaghan, Rowland-Jones, Callan, and McMichael. 1657. Correction. 2387.
2391 Author Index • Volume 188, 1998
Chen, J. See Boes, Prodeus, Schmidt, Carroll, and Chen. Cook, M.C., Komer, H., Riminton, D.S., Lemckert, F.A.,
— See Youn, Chen, Goenka, Aronica, Mora, Correa, Sheller, and Hasbold, J., Amesbury, M., Hodgkin, P.D., Cyster, J.G.,
Boothby. Sedgwick, J.D., and Basten, A. Generation of splenic follicular
Chen, J.-H. See Kanipiah, Chen, Mahalingam, Nathan, and Mac- structure and B cell movement in tumor necrosis factor-deficient
Micking. mice. 1503.
Chen, J.-L. See Ogg, Dunbar, Komero, Chen, and Cerundolo. Cooper, N.R. See Bradt, Kolb, and Cooper.
— See Komero, Dunbar, Valmori, Pittet, Ogg, Rimoldi, Chen, Correa, V. See Youn, Chen, Goenka, Aronica, Mora, Correa, Sheller,
Lienard, Cerottini, and Cerundolo. and Boothby.
Chen, S., Bacon, K.B., Li, L., Garcia, G.E,, Xia, Y., Lo, D., Correia-Neves, M. See Chan, Correia-Neves, Dierich, Benoist, and
Thompson, D.A., Siani, M.A., Yamamoto, T., Harrison, Mathis.
J.K., and Feng, L. In vivo inhibition of CC and CX,C Costanzo, A. See De Laurenzi, Costanzo, Barcaroli, Terrinoni, Falco,
chemokine—induced leukocyte infiltration and attenuation of Annicchiarico-Petruzzelli, Levrero, and Melino.
glomerulonephritis in Wistar-Kyoto (WKY) rats by vMlP-lI. 193. Coyle, A.J. See Gonzalo, Lloyd, Wen, Albar, Wells, Proudfoot,
Chen, W., Jin, W,, and Wahl, S.M, Engagement of cytotoxic T Martinez-A, Dorf, Bjerke, Coyle, and Gutierrez-Ramos.
lymphocyte—associated antigen 4 (CTLA-4) induces transforming Craxton, A. S’trjiang, Craxton, Kurosaki, and Clark.
growth factor P (TGF-P) production by murine CDd"*" T cells. 1849. Cruz, D., Sydora, B.C., Hetzel, K., Yakoub, G., Kronenberg,
Chen, Z., Kwon, D., Jin, Z., Monard, S., Telfer, P., Jones, M., and Cheroutre, H. An opposite pattern of selection of a
M.S., Lu, C.Y., Aguilar, R.F., Ho, D.D., and Marx, P.A. single T cell antigen receptor in the thymus and among intraepi¬
Natural infection of a homozygous A24 CCR5 red-capped mang- thelial lymphocytes. 255.
abey with an R2b-tropic simian immunodeficiency virus. 2057. Cyster, J.G. See Cook, Korner, Riminton, Lemckert, Hasbold,
Cheng, J.D., Ryseck, R.-P., Attar, R.M., Dambach, D,, and Amesbury, Hodgkin, Cyster, Sedgwick, and Basten.
Bravo, R. Functional redundancy of the nuclear factor kB inhib¬ — See Ngo, Tang, and Cyster.
itors IkBo and IxBp. 1055.
Chemey, B. See Pike, Yao, Jones, Chemey, Appella, Sakaguchi, Nakhasi,
Teruya-Feldstein, Wirth, Gupta, and Tosato. D
Cheroutre, H. See Cruz, Sydora, Hetzel, Yakoub, Kronenberg, and
Cheroutre. Dal Canto, A.J. See Presti, Pollock, Dal Canto, O’Guin, and Virgin.
Cheung, N.-K,V. See Krause, Guo, Latouche, Tan, Cheung, and Dambach, D. See Cheng, Ryseck, Attar, Dambach, and Bravo.
Sadelain. Dao, C.T. See Tompkins, Kraft, Dao, Soloski, and Jensen.
Chi, J,-T. See Messika, Lu, Sung, Yao, Chi, Chien, and Davis. Darlington, G.J. See Zhang, Iwama, Datta, Darlington, Link, and Tenen.
Chien, Y.-h. See Messika, Lu, Sung, Yao, Chi, Chien, and Davis. Datta, M.W. See Zhang, Iwama, Datta, Darlington, Link, and Tenen.
Chioda, M. See Brossay, Chioda, Burdin, Koezuka, Casorati, Dellabona, Davenport, M.P. See Harcourt, Garrard, Davenport, Edwards, and
and Kronenberg. Phillips.
Chiodoni, C. See Zilocchi, Stoppacciaro, Chiodoni, Parenza, Tetrazzini, Davey, G.M., Schober, S.L., Endrizzi, B.T., Dutcher, A.K.,
and Colombo. Jameson, S.C., and Hogquist, K.A. Preselection thymocytes
Chisari, F.V. See Nakamoto, Guidotti, Kuhlen, Fowler, and Chisari. are more sensitive to T cell receptor stimulation than mature T
Choi, I.H., Shin, Y.M., Park, J.S„ Lee, M.S., Han, E.H., Chai, cells. 1867.
O.H., Im, S.Y., Ha, T.Y., and Lee, H.-K. Immunoglobulin E— Davey, H.W. See Imada, Bloom, Nakajima, Horv'ath-Arcidiacono,
dependent active fatal anaphylaxis in mast cell-deficient mice. 1587. Udy, Davey, and Leonard.
Choi, Y. See Fuller, Wong, Fox, Choi, and Chambers. Davidson, L. See Manis, van der Stoep, Tian, Ferrini, Davidson, Bottaro,
— See Lee, Kaufman, Mora, Santana, Boothby, and Choi. and Alt.
Christine, R. See Hein, Lorenz, Siebenkotten, Petry, Christine, and Davis, M.M. See Messika, Lu, Sung, Yao, Chi, Chien, and Davis.
Radbruch. Davis, R.J. See Rincon, Whitmarsh, Yang, Weiss, Derijard, Jayaraj,
Chu, A. See Boirivant, Fuss, Chu, and Strober. Davis, and Flavell.
Chun, T.-W., Engel, D., Mizell, S.B., Ehler, L.A., and Fauci, Daws, M.R. See Cilio, Daws, Malashicheva, Sentman, and Holmberg.
A.S. Induction of HlV-1 replication in latently infected CD4^ T de Bouteiller, O. See Meffre, Papavasiliou, Cohen, de Bouteiller,
cells using a combination of cytokines. 83. Correction. 617. Bell, Karasuyama, Schiff, Banchereau, Liu, and Nussenzweig.
Cilio, C.M., Daws, M.R., Malashicheva, A., Sentman, C.L., Debre, P. See Hadida, Vieillard, Autran, Clark-Lewis, Baggiolini, and
and Holmberg, D. Cytotoxic T lymphocyte antigen 4 is in¬ Debre.
duced in the thymus upon in vivo activation and its blockade pre¬ de Chasseval, R. See Nicolas, Moshous, Cavazzana-C'alvo, Papadopoulo,
vents anti-CD3-niediated depletion of thymocytes. 1239. de Chasseval, Le Deist, Fischer, and de Villartay.
Cippitelli, M. See Mainiero, Gismondi, Soriani, Cippitelli, Palmieri, Declercq, W. See Vercammen, Brouckaert, Denecker, Van de Craen,
jacobelli, Piccoli, Frati, and Santoni. Declercq, Fiers, and Vandenabeele.
Claffey, K.P. See Boesiger, Tsai, Maurer, Yamaguchi, Brown, DeFife, K. See Fujioka, Emancipator, Aikawa, Huang, Blatnik, Karban,
Claffey, Dvorak, and Galli. DeFife, and Mazanec.
Clark, E.A. See Hashimoto, Okada, Jiang, Kurtisaki, Greenberg, De Giovanni, C. See Boggio, Nicoletti, Di Carlo, Cavallo, Landuzzi,
Clark, and Kurosaki. Melani, Giovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf,
— Sccjiang, Craxton, Kurosaki, and Clark. Modesti, Musiani, Lollini, Colombo, and Forni.
Clark-Lewis, 1. See Geras-Raaka, Vanna, Ho, Clark-Lewis, and De Kimpe, S. See Kengatharan, De Kimpe, Robson, Foster, and
Gershengom. Thiemermann.
— See Hadida, Vieillard, Autran, Clark-Lewis, Baggiolini, and Debre. De Laurenzi, V., Costanzo, A., Barcaroli, D., Terrinoni, A.,
Clas, B.A. See Morris, Binley, Clas, Bc^nhoeffer, Astill, Kost, Hurley, Falco, M., Annicchiarico-Petruzzelli, M., Levrero, M.,
Cao, Markowitz, Ho, and Moore. and Melino, G. Two new p73 splice variants, y and 8, with dif¬
Cohen, P. See Meffre, Papavasiliou, Cohen, de Bouteiller, Bell, Kara- ferent transcriptional activity. 1763.
suyama, Schiff, Banchereau, Liu, and Nussenzweig. Dellabona, P. See Brossay, Chioda, Burdin, Koezuka, Casorati,
Cohn, L. See Yang, Cohn, Zhang, Homer, Ray, and Ray. Dellabona, and Kronenberg.
Colgan, S.P. See Lennon, Taylor, Stahl, and Colgan. Delon, J., Bercovici, N., Raposo, G., Liblau, R., and Trautmann,
Collins, P.D. See Palframan, Collins, Severs, Rothery, Williams, and A. Antigen-dependent and -independent Ca-’^ responses triggered
Rankin. in T cells by dendritic cells compared with B cells. 1473.
Colombo, M.P. See Boggio, Nicoletti, Di Carlo, Cavallo, Landuzzi, Del Val, M. See Gil-Torregrosa, Castaho, and Del Val.
Melani, Giovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf, de Martin, R. See Stehlik, de Martin, Kumabashiri, Schmid, Binder,
Modesti, Musiani, Lollini, Colombo, and Forni. and Lipp.
— See Zilocchi, Stoppacciaro, Chiodoni, Parenza, Tetrazzini, and Denecker, G. See Vercammen, Brouckaert, Denecker, Van de Craen,
Colombo. Declercq, Fiers, and Vandenabeele.
2392 The Journal of Expenmental Medicine
Derby, M.A. Alexander-Miller, Derby, Sarin, Hcnkart. and Berzoftky. Echtenacher, B. See Maurer, Echtenacher, Hiiltner, Kollias, Miinnel,
Derijard, B. See Rincon, Whitniarsh, Yang, Weiss, Derijard, Jayaraj, Langley, and Galli.
Davis, and Fla veil. Eder, C. See Ehring, Kerschbaum, Eder, Neben, Fanger, Khoury,
Desaki, J. See Wen, Tanaka, Peng, Desaki, Matsuda, Macda, Fujita, Negulescu, and Cahalan.
Sato, and Sakanaka. Edwards, A. Sec Harcourt, Garrard, Davenport, Edwards, and Phillips.
Desjardins, E. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner- Eguchi, N. See Kubata, Eguchi, Urade, Yaniashita, Mitamura, Tai,
Raez, Manola, Gelnian, Etemad-Moghadain, Desjardins, Wyatt, Hayaishi, and Horii.
Gerard, Marcon, Margolin, Fanton, Axthelni, Letv'in, and Sodroski. Ehler, L.A. See Chun, Engel, Mizell, Ehler, and Fauci.
DeVico, A.L. See Burns, Gallo, DeVico, and Lewis. Ehring, G.R., Kerschbaum, H.H., Eder, C., Neben, A.L.,
de Villartay, J.-P. See Nicolas, Moshous, Cavazzana-Calvo, Papa- Fanger, C.M., Khoury, R.M., Negulescu, P.A., and Cahalan,
dopoulo, de Chasseval, Le Deist, Fischer, and de Villartay. M.D. A nongenomic mechanism for progesterone-mediated im¬
De Vos, K. See Steemans, Goossens, Van de Craen, Van Herreweghe, munosuppression: inhibition of K'^ channels, Ca-'^ signaling, and
Vancoinpernolle, De Vos, Vandenabeele, and Grooten. gene expression in T lymphocytes. 1593.
de Vries, J.E. See Tangye, Liu, Aversa, Phillips, and de Vries. Eibel, H. See Dinkel, Wamatz, Ledennann, Rolink, Zipfel, Biirki, and
de Yebenes, V.G. See Trigueros, Ramiro, Carrasco, de Yebenes, Eibel.
Albar, and Toribio. Eichmann, K. Sec Wiirch, Biro, Potocnik, Falk, Mossrnann, and
Diamond, B. See Putterman and Diamond. Eichmann.
Diaz, L.A. See Liu, Shipley, Vu, Zhou, Diaz, Werb, and Senior. El Khoury, J. See Maxeiner, Huseniann, Thomas, Loike, El Khoury,
Di Carlo, E. See Bot^do. Nicoletti, Di Carlo, Cavallo, Landuzzi, Melani, and Silverstein.
CJiovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf, Modesti, Elkins, C. See Ram, McQuillen, Gulati, Elkins, Pangburn, and Rice.
Musiani, Lolhni, Colombo, and Forni Elkon, K.B. See Mevorach, Ma.scarenhas, Gershov, and Elkon.
Dick, C.J. See Billadeau, Brumbaugh, Dick, Schoon, Bustelo, and Leibson. — See Mevorach, Zhou, Song, and Elkon.
Dierich, A. See Chan, Correia Neves, Dierich, Benoist, and Mathis. Elliott, T. Siv Wood and Elliott.
Dieu, M.-C., Vanbervliet, B., Vicari, A., Bridon, J.-M., Oldham, Emancipator, S.N. See Fujioka, Emancipator, Aikawa, Huang, Blatnik,
E., Ait-Yahia, S., Briere, F., Zlotnik, A., Lebecque, S., and Karban, DeFife, and Mazanec.
Caux, C. Selective recruitment of immature and mature dendritic Emson, C.L., Bell, S.E., Jones, A., Wisden, W., and McKenzie,
cells by distinct cheniokines e.xpressed in different anatomic sites. 373. A.N.J. Interleukin (lL)-4—independent induction of immunoglo¬
Dinkel, A., Wamatz, K., Ledermann, B., Rolink, A., Zipfel, bulin (Ig)E, and perturbation ofT cell development in transgenic
P.F., Biirki, K., and Eibel, H. The transcription factor early mice expressing IL-13. 399.
growth response 1 (Egr-1) advances differentiation of pre-B and Endrizzi, B.T. See Davey, Schober, Endrizzi, Dutcher, Jameson, and
immature B cells. 2215. Hogquist.
Dong, Z., Yoneda, J., Kumar, R., and Fidler, IJ. Angiostatin- Engel, D. S ee Chun, Engel, Mizell, Ehler, and Fauci.
mediated suppression of cancer metastases by primary neoplasms Engel, J.C., Doyle, P.S., Hsieh, I., and McKerrow, J.H. Cys¬
engineered to produce granulocyte/macrophage colony—stimulat¬ teine protease inhibitors cure an experimental Trypanosoma cnizi
ing factor. 755. infection. 725.
Dorf, M. See Gonzalo, Lloyd, Wen, Albar, Wells, Proudfoot, Ermak, T.H., Giannasca, P.J., Nichols, R., Myers, G.A., Nedrud,
Martinez-A, Dorf, BJerke, Coyle, and Gutierrez-Ramos. J., Weltzin, R., Lee, C.K., Kleanthous, H., and Monath,
Dorris, M.L. See Zhou, Sayad, Simmons, Jones, Maika, Satumtira, T.P. Immunization of mice with urease vaccine affords protection
Dorris, Gaskell, Bordoli, Sartor, Slaughter, Richardson, Hammer, against Helicobacter pylori infection in the absence of antibodies and
and Taurog. is mediated by MHC class II—restricted responses. 2711.
Douni, E., and Kollias, G. A critical role of the p75 tumor necrosis Etemad-Moghadam, B. See Karlsson, Halloran, Schenten, Lee,
factor receptor (p75TNF-R) in organ inflammation independent Raez, Tenner-Raez, Manola, Gelman, Etemad-Moghadam, Des¬
ofTNF, lymphoto.xin a, or the p55TNF-R. 1343. jardins, Wyatt, Gerard, Marcon, Margolin, Fanton, A.xthelm,
Doyle, P.S. See Engel, Doyle, Hsieh, and McKerrow. Letvin, and Sodroski.
Dragowska, W. See Bnimmendorf, Dragowska, Zijlmans, Thonibury, Evavold, B. See Sourdive, Murali-Krishna, Altman, Zajac, Whitmire,
and Lansdorp. Pannetier, Kourilsky, Evavold, Sette, and Ahmed.
Du, R.-P. See Li, Sambhara, Li, Ewasyshyn, Parrington, C'aterini, Ewasyshyn, M. See Li, Sambhara, Li, Ewasyshyn, Partington, Caterini,
James, Cates, Du, and Klein. James, Cates, Du, and Klein.
Dubinsky, J.M. See Ivanova, Botchkina, Al-Abed, Meistrell, BatliwaUa, Exley, M., Porcelli, S., Furman, M., Garcia, J., and Balk, S.
Dubinsky, ladecola, Wang, Gregersen, Eaton, and Tracey. CD161 (NKR-PIA) costimulation of CD Id-dependent activa¬
Duensing, T.D. See van Putten, Duensing, and Carlson. tion of human T cells expressing invariant Va24JaQ T cell recep¬
Dumont, D.J. See Liu, Oliveira-Dos-Santos, Mariathasan, Bouchard, tor a chains. 867.
Jones, Sarao, Kozieradzki, Ohashi, Penninger, and Dumont. Ezumi, Y., Shindoh, K., Tsuji, M., and Takayama, H. Physical
Dunbar, P.R. Sir Ogg, Dunbar, Romero, Chen, and Cerundolo. and functional association of the Sre family kinases Fyn and Lyn
— See Romero, Dunbar, Valmori, Pittet, Ogg, Rimoldi, Chen, with the collagen receptor glycoprotein VI-Fc receptor y chain
Lienard, Cerottini, and Cerundolo. complex on human platelets. 267.
Durum, S.K., Candelas, S., Nakajima, H., Leonard, W.J.,
Baird, A.M., Berg, L.J., and Muegge, K. Interleukin 7 recep¬
tor control of T cell receptor y gene rearrangement: role of receptor- F
associated chains and locus accessibility. 2233.
Dutcher, A.K. See Davey, Schober, Endrizzi, Dutcher, Jameson, and Falco, M. See De Laurenzi, Costanzo, Barcaroli, Terrinoni, Falco,
Hogquist. Annicchiarico-Petruzzelli, Levrero, and Melino.
Dvorak, H.F. See Boesiger, Tsai, Maurer, Yamaguchi, Brown, Falk, I. See Wiirch, Biro, Potocnik, Falk, Mossrnann, and Eichmann.
Claffey, Dvorak, and (ialli. Falkow, S. See Monack, Meesas, Bouley, and Falkow.
Dyall, R., Bowne, W.B., Weber, L.W., LeMaoult, J., Szabo, Fallarino, F., Fields, P.E., and Gajewski, T.F. B7-1 engagement
P., Moroi, Y., Piskun, G., Lewis, J.J., Houghton, A.N., of cytotoxic T lymphocyte antigen 4 inhibits T cell activation in
and Nikolic-Zugic, J. Heteroclitic immunization induces tumor the absence of CD28. 205.
immunity. 1553 Famiglietti, S. See Kouskoff, Famiglietti, Lacaud, Lang, Rider, Kay,
C'ambier, and Nemazee.
Fanger, C.M. See Ehnng, Kerschbaum, Eder, Neben, Fanger,
E Khoury, Negulescu, and Cahalan.
Fanton, J. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner-Raez,
Eaton, J.W. See Ivanova, Botchkina, Al-Abed, Meistrell, BatliwaUa, Manola, Gelman, Etemad-Moghadam, Desjardins, Wyatt, Gerard,
Dubinsky, ladecola, Wang, Gregersen, Eaton, and Tracey. Marcon, Margolin, Fanton, A.xthelm, Letvin, and Sodroski.
2393 Author Index • Volume 188, 1998
Farina, C. See Lupetti, Pisarra, Verrecchia, Farina, Nicolini, Anichini, French, L.E. See Hahne, Kataoka, Schrbter, Hofmann, Imiler, Bod¬
Bordignon, Sensi, Pamiiani, and Traversari. mer, Schneider, Bornand, Holler, French, Sordat, Rimoldi, and
Farr, A.G., and Rudensky, A. Medullary thymic epithelium; a mo¬ Tschopp.
saic of epithelial “self”? 1. Frenette, P.S. See Mazo, Gutierrez-Ramos, Frenette, Hynes, Wagner,
Farrar, M.A. See Li, Steeber, Tang, Farrar, Perlmutter, and Tedder. and von Andrian.
Fassler, R. See Litzenburger, Fassler, Bauer, Lassmann, Linington, Friedman, S.L. See Muller, Wilder, Bannasch, Israeli, Lehlbach,
Wekerle, and Iglesias. Li-Weber, Friedman, Galle, Stremmel, Oren, and Krammer.
Fasso, M. See Ridgway, Ito, Fasso, Yu, and Fathman. Frimberger, A.E. See Habibian, Peters, Hsieh, Wuu, Vergilis, Grimaldi,
Fathman, C.G. See Ridgway, Ito, Fasso, Yu, and Fathman. Reilly, Carlson, Frimberger, Stewart, and Quesenberry.
— See Yang, Chang, Fames, and Fathman. Frosch, M. See Liineberg, Zahringer, Knirel, Steinmann, Hartmann,
Fauci, A.S. See Chun, Engel, Mizell, Ehler, and Fauci. Steinmetz, Rohde, Kohl, and Frosch.
Fehr, T., Rickert, R.C., Odermatt, B., Roes, J., Rajewsky, K., Fujioka, H., Emancipator, S.N., Aikawa, M., Huang, D.S.,
Hengartner, H., and Zinkemagel, R.M. Antiviral protection Blatnik, F., Karban, T., DeFife, K., and Mazanec, M.B.
and gemiinal center formation, but impaired B cell memory in the Immunocytochemical colocalization of specific immunoglobulin A
absence ofCD19. 145. with Sendai vims protein in infected polarized epithelium. 1223.
Feng, L. See Chen, Bacon, Li, Garcia, Xia, Lo, Thompson, Siani, Fujita, H. See Wen, Tanaka, Peng, Desaki, Matsuda, Maeda, Fujita,
Yamamoto, Harrison, and Feng. Sato, and Sakanaka.
Ferguson, T.A. See Gao, Herndon, Zhang, Griffith, and Ferguson. Fukui, Y., Hashimoto, O., Inayoshi, A., Gyotoku, T., Sano,
Ferrari, D., Stepczynska, A., Los, M., Wesselborg, S., and T., Koga, T., Gushima, T., and Sasazuki, T. Highly re¬
Schulze-OsthofT, K. Differential regulation and ATP require¬ stricted T cell repertoire shaped by a single major histocompatibil¬
ment for caspase-8 and caspase-3 activation during CD95- and anti¬ ity complex—peptide ligand in the presence of a single rearranged
cancer dmg—induced apoptosis. 979. T cell receptor P chain. 897.
Ferreira, E.A. See Theobald, Ruppert, Kuckelkom, Hernandez, Fuller, K., Wong, B., Fox, S., Choi, Y., and Chambers, T.J.
Haussler, Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski, TRANCE is necessary and sufficient for osteoblast-mediated acti¬
Kloetzel, and Shemiati. vation of bone resorption in osteoclasts. 997.
Ferrini, R. See Manis, van der Stoep, Tian, Ferrini, Davidson, Bottaro, Furman, M. See Exley, Porcelli, Furman, Garcia, and Balk.
and Alt. Fuss, I.J. See Boirivant, Fuss, Chu, and Strober.
Fidler, I.J. See Dong, Yoneda, Kumar, and Fidler.
Fields, P.E. See Fallarino, Fields, and Gajewski.
Fiers, W. See Vercammen, Brouckaert, Denecker, Van de Craen, G
Declercq, Fiers, and Vandenabeele.
Finlay, B.B. See Abe, Heczko, Hegele, and Finlay. Gado, A. See Uffet-Vincenty, Quigley, Tresser, Pak, Gado, Hausmann,
Fischer, A. See Nicolas, Moshous, Cavazzana-Calvo, Papadopoulo, de Wucherpfennig, and Brocke.
Chasseval, Le Deist, Fischer, and de Villartay. Gajewski, T.F. See Fallarino, Fields, and Gajewski.
Fischer, E. See Su, Messer, Whitmire, Fischer, Portis, and Caldwell. Gallatin, W.M. See Grayson, Van der Vieren, Sterbinsky, Gallatin,
Fischer, K.-D. See Kong, Fischer, Bachmann, Mariathasan, Kozieradzki, Hoffman, Staunton, and Bochner.
Nghiem, Bouchard, Bernstein, Ohashi, and Penninger. Galle, P.R. See Muller, Wilder, Bannasch, Israeli, Lehlbach, Li-Weber,
Fitzpatrick, D.R., Shirley, K.M., McDonald, L.E., Bielefeldt- Friedman, Galle, Stremmel, Oren, and Krammer.
Ohmann, H., Kay, G.F., and Kelso, A. Distinct methylation Gain, S.J. See Boesiger, Tsai, Maurer, Yamaguchi, Brown, Claffey,
of the interferon y (IFN-y) and interleukin 3 (IL-3) genes in Dvorak, and Galli.
newly activated primary CDS’*" T lymphocytes: regional IFN-y — See Maurer, Echtenacher, Hiiltner, Kollias, Miinnel, Langley, and Galli.
promoter demethylation and niRNA expression are heritable in Gallinat, S. See Lucius, Gallinat, Rosenstiel, Herdegen, Sievers, and
CD44'’‘B''CD8-' T cells. 103. Unger.
Flavell, R.A. See Rincon, Whitmarsh, Yang, Weiss, Derijard, Jayaraj, Gallo, R.C. See Burns, Gallo, DeVico, and Lewis.
Davis, and Flavell. Gao, L.-Y. See Venkataraman, Gao, Bondada, and Kwaik.
— See Temann, Geba, Rankin, and Flavell. Gao, Y., Herndon, J.M., Zhang, H., Griffith, T.S., and Ferguson,
Flynn, S., Toellner, K.-M., Raykundalia, C., Goodall, M., and T.A. Antiinflammatory effects of CD95 ligand (FasL)-induced
Lane, P. CD4 T cell cytokine differentiation: the B cell activa¬ apoptosis. 887.
tion molecule, 0X40 ligand, instructs CD4 T cells to express in¬ Garcia, E. See Mollerach, Lopez, and Garcia.
terleukin 4 and upregulates expression of the cheniokine receptor, Garcia, G.E. See Chen, Bacon, Li, Garcia, Xia, Lo, Thompson, Siani,
Blr-1. 297. Yamamoto, Harrison, and Feng.
Fong, A.M., Robinson, L.A., Steeber, D.A., Tedder, T.F., Garcia, J. See Exley, Porcelli, Funnan, Garcia, and Balk.
Yoshie, O., Imai, T., and Patel, D.D. Fractalkine and Garcia-Zepeda, E.A. See Huang, Garcia-Zepeda, Saury, Oettgen,
CXjCRl mediate a novel mechanism of leukocyte capture, finn Rothenberg, and Luster.
adhesion, and activation under physiologic flow. 1413. Garofalo, R.P. See Pazdrak, Olszewska-Pazdrak, Stafford, Garofalo,
Fong, T. See Volpert, Fong, Koch, Peterson, Waltenbaugh, Tepper, and Alam.
and Bouck. Garrard, S. See Harcourt, Garrard, Davenport, Edwards, and Phillips.
Forman, J. See Kurepa, Hasemann, and Fonnan. Gaskell, S.J. See Zhou, Sayad, Simmons, Jones, Maika, Satumtira,
Formankova, D. See Leong, Chapman, Bjorkman, Fomiankova, Dorris, Gaskell, Bordoli, Sartor, Slaughter, Richardson, Hammer,
Mocarski, Phillips, and Lanier. and Taurog.
Fomi, G. Sec Boggio, Nicoletti, Di Carlo, Cavallo, Landuzzi, Melani, Gauthier, L. See Smith, Pyrdol, Gauthier, Wiley, and Wucherpfennig.
Giovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf, Modesti, Geba, G.P. See Temann, Geba, Rankin, and Flavell.
Musiani, Lollini, Colombo, and Fomi. Geiger, F. See Borcsbk, Schairer, Sommer, Wakley, Schneider, Geiger,
Foster, S.J. See Kengatharan, De Kimpe, Robson, Foster, and Niethard, Ziegler, and Kasperk.
Thiememiann. Gelman, R. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner-
Fournier, S. See Rathmell, Fournier, Weintraub, Allison, and Goodnow. Raez, Manola, Gelman, Etemad-Moghadam, Desjardins, Wyatt,
Fowell, D.J. See Wakil, Wang, Ryan, Fowell, and Locksley. Gerald, Marcon, Margolin, Fanton, A.xthelm, Letvin, and Sodroski.
Fowler, P. See Nakamoto, Guidotti, Kuhlen, Fowler, and Chisari. Gerard, N.P. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner-
Fox, S. See Fuller, Wong, Fox, Choi, and Chambers. Raez, Manola, Gelman, Etemad-Moghadam, Desjardins, Wyatt,
Francisco, L.M. See Albert, Pearce, Francisco, Sauter, Roy, Silverstein, Gerard, Marcon, Margolin, Fanton, Axthelm, Letvin, and Sodroski.
and Bhardwaj. Geras-Raaka, E., Varma, A., Ho, H., Clark-Lewis, L, and
Frank, R. See Volkmann, Barthlott, Weiss, Frank, and Stockinger. Gershengom, M.C. Human interferon-'y-inducible protein 10
Frati, L. See Mainiero, Gismondi, Soriani, Cippitelli, Palmieri, Jacobelli, (IP-IO) inhibits constitutive signaling of Kaposi’s sarcoma—associ¬
Piccoli, Frati, and Santoni. ated herpesvirus G protein-coupled receptor. 405.
2394 The Journal of Experimental Medicine
Germain, R.N. See Porgador, Irvine, Iwasaki, Barber, Restifo, and Grusby, M.J. See Kaplan, Wurster, and Grusby.
Germain. Guidotti, L.G. See Nakanioto, Guidotti, Kuhlen, Fowler, and Chisari.
Gershengom, M.C. See Geras-Raaka, Vamia, Ho, Clark-Lewis, and Gulati, S. See Ram, McQuillen, Gulati, Elkins, Pangbum, and Rice.
Gershengom. Guo, H.-F. See Krause, Guo, Latouche, Tan, Cheung, and Sadelain.
Gershov, D. Mevorach, Mascarenhas, Gershov, and Elkon. Gupta, G. See Pike, Yao, Jones, Chemey, Appella, Sakaguchi,
Giannasca, P.J. See Ermak, Giannasca, Nichols, Myers, Nedrud, Nakhasi, Teruya-Feldstein, Wirth, Gupta, and Tosato.
Weltzin, Lee, Kleanthous, and Monath. Gushima, T. See Fukui, Hashimoto, Inayoshi, Gyotoku, Sano, Koga,
Gil-Torregrosa, B.C., Castano, A.R., and Del Val, M. Major histo¬ Gushima, and Sasazuki.
compatibility complex class 1 viral antigen proces,sing in the secretory Gutierrez-Ramos, J.-C. See Gonzalo, Lloyd, Wen, Albar, Wells,
pathway defined by the frat/s-Golgi network protease furin. 1105. Proudfoot, Martinez-A, Dorf Bjerke, Coyle, and Gutierrez-Ramos.
Giovarelli, M. See Boggio, Nicoletti, Di Carlo, Cavallo, Landuzzi, — See Mazo, Gutierrez-Ramos, Frenette, Hynes, Wagner, and von
Melani, Giovarelli, Rossi, Nanni, De Giovanni, Bouchard, Wolf, Andrian.
Modesti, Musiani, Lollini, Colombo, and Fomi. Gyotoku, T. See Fukui, Hashimoto, Inayoshi, Gyotoku, Sano, Koga,
Gisler, R.H. See May, Kanse, Lund, Gisler, Imhof, and Preissner. Gushima, and Sasazuki.
Gismondi, A. See Mainiero, Gismondi, Soriani, Cippitelli, Palmieri,
jacobelli, Piccoli, Frati, and Santoni.
Gladue, R.P. See Tsou, Gladue, Carroll, Paradis, Boyd, Nelson,
Neote, and Charo. H
Glimcher, L.H. See Ho, Lo, and Glimcher.
Goenka, S. See Youn, Chen, Goenka, Aronica, Mora, Correa, Ha, T.Y. See Choi, Shin, Park, Lee, Han, Chai, Im, Ha, and Lee.
Sheller, and Boothby. Habibian, H.K., Peters, S.O., Hsieh, C.C., Wuu, J., Vergilis,
Gold, M.R. See Rescigno, Martino, Sutherland, Gold, and Ricciardi- K. , Grimaldi, C.I., Reilly, J., Carlson, J.E., Frimberger,
Castagnoli. A.E., Stewart, F.M., and Quesenberry, P.J. The fluctuating
Goletz, T.J. See Overwijk, Tsung, Irvine, Parkhurst, Goletz, Tsung, phenotype of the lymphohematopoietic stem cell with cell cycle
Carroll, Liu, Moss, Rosenberg, and Restifo. transit. 393.
Gomez, M. See Turner, Gomez, McKenzie, Kirchem, Lennard, and Hackam, D.J., Rotstein, O.D., Zhang, W.-J., Gruenheid, S.,
Cantrell. Gros, P., and Grinstein, S. Host resistance to intracellular in¬
Gonzalo, J.-A., Lloyd, C.M., Wen, D., Albar, J.P., Wells, fection: mutation of natural resistance-associated macrophage pro¬
T.N.C., Proudfoot, A., Martinez-A, C., Dorf, M., Bjerke, tein 1 {Nrampi) impairs phagosomal acidification. 351.
T., Coyle, A.J., and Gutierrez-Ramos, J.-C. The coordi¬ Hackett, J., Jr. Sec Storb, Klotz, Hackett, Kage, Bozek, and Martin.
nated action of CC chemokines in the lung orchestrates allergic Hadida, F., Vieillard, V., Autran, B., Clark-Lewis, L, Baggiolini,
inflammation and airway hyperresponsiveness. 157. M., and Debre, P. HIV-specific T cell cytotoxicity mediated by
Goodall, M. See Flynn, Toellner, Raykundalia, Goodall, and Lane. RANTES via the chemokine receptor CCR3. 609.
Goodnow, C.C. Sec Rathmell, Fournier, Weintraub, Allison, and Hagen, M. See Tebbey, Hagen, and Hancock.
Goodnow. Hahne, M., Kataoka, T., Schroter, M., Hofmann, K., Irmler,
Goossens, V. See Steemans, Goossens, Van de Craen, Van Her- M. , Bodmer, J.-L., Schneider, P., Boraand, T., Holler,
reweghe, Vancompernolle, De Vos, Vandenabeele, and Grooten. N. , French, L.E., Sordat, B., Rimoldi, D., and Tschopp, J.
Goulder, P.J.R. See Wilson, Ogg, Allen, Goulder, Kelleher, Sewell, APRIL, a new ligand of the tumor necrosis factor family, stimu¬
O’Callaghan, Rowland-jones, Callan, and McMichael. lates tumor cell growth. 1185.
Grabbe, S. See Scharffetter-Kochanek, Lu, Nomian, van Nood, Munoz, Hall, B.M. See Penny, Boyd, and Hall.
Grabbe, McArthur, Lorenzo, Kaplan, Ley, Smith, Montgomery, Halligey, M. See Williams, Norton, Halligey, Kioussis, and Brady.
Rich, and Beaudet. Halloran, M. See Karlsson, Halloran, Schenten, Lee, Raez, Tenner-
Gray, G.S. See Lin, Rathmell, Gray, Thompson, Leiden, and Alegre. Raez, Manola, Gelman, Etemad-Moghadam, Desjardins, Wyatt,
Grayson, M.H., Van der Vieren, M., Sterbinsky, S.A., Gallatin, Gerard, Marcon, Margolin, Fanton, Axthelm, Letvin, and Sodroski.
W.M., Hoflfman, P.A., Staunton, D.E., and Bochner, B.S. Hamad, A.R.A., O’Herrin, S.M., Lebowdtz, M.S., Srikrishnan,
adp2 integrin is expressed on human eosinophils and functions A., Bieler, J., Schneck, J., and Pardoll, D. Potent T cell acti¬
as an alternative ligand for vascular cell adhesion molecule 1 vation with dimeric peptide—major histocompatibility complex
(VCAM-1). 2187. class II ligand: the role of CD4 coreceptor. 1633.
Green, L.L., and Jakobovits, A. Regulation ofB cell development Hamada, T., Mohle, R., Hesselgesser, J., Hoxie, J., Nachman,
by variable gene complexity in mice reconstituted with human R.L., Moore, M.A.S., and Rafli, S. Transendothelial migra¬
immunoglobulin yeast artificial chromosomes. 483. tion of megakaryocytes in response to stromal cell-derived factor 1
Greenberg, S. See Hashimoto, Okada, Jiang, Kurosaki, Greenberg, (SDF-1) enhances platelet formation. 539.
Clark, and Kurosaki. Hamasaki, A., Sendo, F., Nakayama, K., Ishida, N., Negishi,
Gregersen, P.K. See Ivanova, Botchkina, Al-Abed, Meistrell, Batliwalla, L, Nakayama, K.-i., and Hatakeyama, S. Accelerated neutro¬
Dubinsky, ladecola, Wang, Gregersen, Eaton, and Tracey. phil apoptosis in mice lacking Al-a, a subtype of the M-2-related A1
Griflith, T.S. See Gao, Herndon, Zhang, Griffith, and Ferguson. gene. 1985.
Grimaldi, C.I. See Habibian, Peters, Hsieh, Wuu, Vergilis, Grimaldi, Hammer, R.E. See Zhou, Sayad, Simmons, Jones, Maika, Satumtira,
Reilly, Carlson, Frimberger, Stewart, and Quesenberry. Dorris, Gaskell, Bordoli, Sartor, Slaughter, Richardson, Hammer,
Grimm, M.C., Ben-Baruch, A., Taub, D.D., Howard, and Taurog.
O.M.Z., Resau, J.H., Wang, J.M., Ali, H., Richardson, Han, E.H. See Choi, Shin, Park, Lee, Han, Chai, Im, Ha, and Lee.
R., Snyderman, R., and Oppenheim, J.J. Opiates transdeac- Han, S.-H. See Yeh, Hsu, Han, and Lai.
tivate chemokine receptors: 8 and p, opiate receptor—mediated Hancock, G.E. See Tebbey, Hagen, and Hancock.
heterologous desensitization. 317. Haraldsen, G. See Utgaard, Jahnsen, Bakka, Brandtzaeg, and Haraldsen.
Grimm, S., Weinstein, E.J., Krane, I.M., and Leder, P. Neu dif¬ Harcourt, G.C., Garrard, S., Davenport, M.P., Edwards, A.,
ferentiation factor (NDF), a dominant oncogene, causes apoptosis and Phillips, R.E. HlV-1 variation diminishes CD4 T lympho¬
in vitro and in vivo. 1535. cyte recognition. 1785.
Grinberg, A. See Azzam, Grinberg, Lui, Shen, Shores, and Love. Hardy, R.R. See Xu, Li, Suri-Payer, Hardy, and Weigert.
Grinstein, S. See Hackam, Rotstein, Zhang, Gruenheid, Gros, and Harrison, J.K. See Chen, Bacon, Li, Garcia, Xia, Lo, Thompson,
Grinstein. Siani, Yamamoto, Harrison, and Feng.
Grooten, J. See Steemans, Goossens, Van de Craen, Van Herreweghe, Hartmann, M. See Liineberg, Zahringer, Knirel, Steinmann, Hart¬
Vancompernolle, De Vos, Vandenabeele, and Grooten. mann, Steinmetz, Rohde, Kohl, and Frosch.
Gros, P. See Hackam, Rotstein, Zhang, Gruenheid, Gros, and Grinstein. Hasbold, J. See Cook, Komer, Riminton, Lemckert, Hasbold,
Gruenheid, S. See Hackam, Rotstein, Zhang, Gruenheid, Gros, and Amesbury, Hodgkin, Cyster, Sedgwick, and Basten.
Grinstein. Hasemann, C.A. See Kurepa, Hasemann, and Forman.
2395 Author Index • Volume 188, 1998
Hashimoto, A., Okada, H., Jiang, A., Kurosaki, M., Greenberg, Hoang, T. See Krosl, He, Lefrancois, Charron, Romeo, Jolicoeur,
S., Clark, E.A., and Kurosaki, T. Involvement of guanosine tn- Kitsch, Nemer, and Hoang.
phosphatases and phospholipase C-72 in extracellular signal—regulated Hodgkin, P.D. See Cook, Kbnier, Riminton, Lemckert, Hasbold,
kinase, c-Jun NHi-temiinal kinase, and p3S mitogen-activated pro¬ Amesbury, Hodgkin, Cyster, Sedgwick, and Basten.
tein kinase activation by the B cell antigen receptor. 1287. Hoffman, P.A. See Grayson, Van der Vieren, Sterbinsky, Gallatin,
— See Yamada, Ninomiya, Hashimoto, Tamada, Takimoto, and Nomoto. Hoffman, Staunton, and Bochner.
Hashimoto, O. See Fukui, Hashimoto, Inayoshi, CJyotoku, Sano, Hofrnann, K. See Hahne, Kataoka, Schroter, Hofmann, Iniiler, Bodmer,
Koga, CJushima, and Sasazuki. Schneider, Boniand, Holler, French, Sordat, Rimoldi, and Tschopp.
Hatakeyama, S. See Hamasaki, Sendo, Nakayama, Ishida, Negishi, Hogquist, K.A. See Davey, Schober, Endrizzi, Dutcher, Jameson, and
Nakayama, and Hatakeyama. Hogquist.
Haughn, L., Leung, B., Boise, L., Veillette, A., Thompson, C., Holdsworth, S.R. See Li, Kurts, Kontgen, Holdsworth, and Tipping.
and Julius, M. Interleukin 2-mediated uncoupling of T cell re¬ Holers, V.M. See Quigg, He, Lim, Berthiaume, Alexander, Kraus,
ceptor a/p from Cl)3 signaling. 1575. and Holers.
Hausmann, S. See Ufret-Vincenty, Quigley, Tresser, Pak, Gado, Holler, N. See Hahne, Kataoka, Schroter, Hofinann, Innler, Bodmer,
Hausmann, Wucherpfennig, and Brocke. Schneider, Bomand, Holler, French, Sordat, Rimoldi, and Tschopp.
Haussler, A. See Theobald, Kuppert, Kuckelkoni, Hernandez, Haussler, Holmberg, D. SeeCilio, Daws, Malashicheva, Sentman, and Holmberg.
Ferreira, Liewer, Biggs, Levine, Huber, Koszinovvski, Kloetzel, Holt, P.G. See Stumbles, Thomas, Pimm, Lee, Venaille, Proksch, and
and Shemian. Holt.
Hayaishi, O. See Kubata, Eguchi, Urade, Yamashita, Mitamura, Tai, Homer, R. See Yang, Cohn, Zhang, Homer, Ray, and Ray.
Hayaisbi, and Horii. Honda, Y., Rogers, L., Nakata, K., Zhao, B.-Y., Pine, R., Nakai,
Hayashi, R. See Hung, Hayashi, Lafond-Walker, Lowenstein, Pardoll, Y., Kurosu, K., Rom, W.N., and Weiden, M. Type I inter¬
and Levitsky. feron induces inhibitory 16-kD CCAAT/enhancer binding pro¬
Hayashida, H. See Matsuda, Ishii, Bourvagnet, Kuma, Hayashida, tein (C/EBP)(3, repressing the HlV-1 long temiinal repeat in
Miyata, and Honjo. macrophages: pulmonary tuberculosis alters C/EBP expression,
He, C. See Quigg, He, Lim, Berthiaume, Alexander, Kraus, and Holers. enhancing HlV-1 replication. 1255.
— See Schiller, He, Salant, Lim, Alexander, and Quigg. Honjo, T. See Matsuda, Ishii, Bourv’agnet, Kuma, Hayashida, Miyata,
He, G. See Krosl, He, Lefrancois, Charron, Romeo, Jolicoeur, Kitsch, and Honjo.
Nemer, and Hoang. Horii, T. See Kubata, Eguchi, Urade, Yamashita, Mitamura, Tai,
Heath, W.R. See Bennett, Carbone, Toy, Miller, and Heath. Hayaishi, and Horii.
— See Kurts, Heath, Kosaka, Miller, and Carbone. Horvath-Arcidiacono, J.A. See Iniada, Bloom, Nak.ijima, Horvath-
— See Kurts, Miller, Subramaniam, Carbone, and Heath. Arcidiacono, Udy, Davey, and Leonard.
Heezko, U. See Abe, Heezko, Hegele, and Finlay. Hotta, M., Tashiro, F., Ikegami, H., Niwa, H., Ogihara, T.,
Hegele, R.G. ,S' ee Abe, Heezko, Hegele, and Finlay. Yodoi, J., and Miyazaki, J.-i. Pancreatic P cell-specific expres¬
Hein, K., Lorenz, M.G.O., Siebenkotten, G., Petry, K., Christine, sion of thioredoxin, an antioxidative and antiapoptotic protein,
R., and Radbruch, A. Processing of switch transcripts is re¬ prevents autoimmune and streptozotocin-induced diabetes. 1445.
quired for targeting of antibody class switch recombination. 2369. Houghton, A.N. See Dyall, Bowne, Weber, LeMaoiilt, Szabo,
Heilman, J. See Smith, Salmi, Bono, Heilman, Leu, and Jalkanen. Moroi, Piskun, Lewis, Houghton, and Nikolic-Zugic.
Hengartner, H. See Fehr, Rickert, Odermatt, Roes, Rajewsky, Howard, O.M.Z. See Grimm, Ben-Baruch, Taub, Howard, Resau,
Hengartner, and Zinkernagel. Wang, Ali, Richardson, Snydernian, and Oppenheim.
— See Ludewig, Odermatt, Landmann, Hengartner, and Zinkernagel. Hoxie, J. See Hamada, Mohle, Hesselgesser, Hoxie, Nachman,
Hengel, H. See Polic, Hengel, Krmpotic, Trgovcich, PavicS Lucin, Moore, and Rath.
jonjic, and Koszinowski. Hsieh, C.C. See Habibian, Peters, Hsieh, Wuu, Vergilis, Grimaldi,
Henkart, P.A. See Alexander-Miller, Derby, Sarin, Henkart, and Reilly, C'arlson, Frimberger, Stewart, and Quesenberr\'.
Berzofsky. Hsieh, 1. See Engel, Doyle, Hsieh, and McKerrow.
Henning, S.W., and Cantrell, D.A. p56lck signals for regulating Hsu, S.-C. See Yeh, Hsu, Han, and Lai.
thymocyte development can be distinguished by their dependency Huang, D.S. See Fujioka, Emancipator, Aikawa, Huang, Blatnik,
on Rho function. 931. Karban, DeFife, and Mazanec.
Herdegen, T. See Lucius, Gallinat, Rosenstiel, Herdegen, Sievers, and Huang, W.-W., Garcia-Zepeda, E.A., Sauty, A., Oettgen,
Unger. H.C., Rothenberg, M.E., and Luster, A.D. Molecular and
Hernandez, J. See Theobald, Ruppert, Kuckelkoni, Hernandez, biological characterization of the murine leukotriene B4 receptor
Haussler, Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski, expressed on eosinophils. 1063.
Kloetzel, and Shennan. Huber, C. See Theobald, Ruppert, Kuckelkoni, Hernandez, Haussler,
Herndon, J.M. See Gao, Herndon, Zhang, GritTith, and Ferguson. Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski, Kloetzel,
Herren, S. See Kopf, Herren, Wiles, Pepys, and Kosco-Vilbois. and Sherman.
Hesselgesser, J. See Hamada, Mohle, Hesselgesser, Hoxie, Nachman, Hiiltner, L. See Maurer, Echtenacher, Hiiltner, Kollias, Manuel,
Moore, and Rafii. Langley, and Galli.
Hetzel, K. See Cruz, Sydora, Hetzel, Yakoub, Kronenberg, and Hung, K., Hayashi, R., Lafond-Walker, A., Lowenstein, C.,
Cheroutre. Pardoll, D., and Levitsky, H. The central role ofCd)4^ T cells
Heyer, J. See Schuh, Twardzik, Kneitz, Heyer, Schimpl, and Settling. in the antitumor immune response. 2357.
Hickey, M.J. See Woodman, Johnston, Hickey, Teoh, Reinhardt, Hunter, C.A. See Koblish, Hunter, Wysocka, Trinchieri, and Lee.
Poon, and Kubes. Hunter, D. See Xu, Chan, Leung, Hunter, Schulz, C'arter, Mclnnes,
Hikida, M., Nakayama, Y., Yamashita, Y., Kumazawa, Y., Robinson, and Liew.
Nishikawa, S.-L, and Ohmori, H. Expression of recombina¬ Hurley, A. See Morris, Binley, Clas, Bonhoetfer, Astill, Kost, Hurley,
tion activating genes in germinal center B cells: involvement of in¬ Cao, Markowitz, Ho, and Moore.
terleukin 7 (IL-7) and the lL-7 receptor. 365. Correction. 1209. Husemann, J. See Maxeiner, Husemann, Thomas, Loike, El Khoury,
Hill, L.L. See Owen-Schaub, van Golen, Hill, and Price. and Silverstein.
Ho, D.D. See Chen, Kwon, jin, Monard, Telfer, Jones, Lu, Aguilar, Hynes, R.O. See Mazo, Gutierrez-Ramos, Frenette, Hynes, Wagner,
Ho, and Marx. and von Andrian.
— See Morris, Binley, Clas, Bonhoetfer, Astill, Kost, Hurley, Cao,
Markowitz, Ho, and Moore.
Ho, H. See Geras-Raaka, Vamia, Ho, Clark-Lewis, and Gershengorn. I
Ho, I-C., Lo, D., and Glimcher, L.H. c-maf promotes T helper
cell type 2 (Th2) and attenuates 1 h 1 ditferentiation by both inter¬ ladecola, C. See Ivanova, Botchkina, Al-Abed, Meistrell, Batliwalla,
leukin 4-dependent and -independent mechanisms. 1859. Dubinsky, ladecola, Wang, (Jregersen, Eaton, and Tracey.
2396 The Journal of E.xperiniental Medicine
Idris, A.H., lizuka, K., Smith, H.R.C., Scalzo, A.A., and — See Hashimoto, Okada, Jiang, Kurosaki, Greenberg, Clark, and
Yokoyama, W.M. Genetic control of natural killing and in vivo Kurosaki.
tumor elimination by the Chok locus. 2243. Jin, W. See Chen, Jin, and Wahl.
Iglesias, A. ..See Litzenburger, Fiissler, Bauer, Lassmann, Linington, Jin, Z. See Chen, Kwon, Jin, Monard, Telfer, Jones, Lu, Aguilar, Ho,
Wekerle, and Iglesias. and Marx.
lizuka, K. See Idris, lizuka. Smith, Scalzo, and Yokoyama. Johnston, B. See Woodman, Johnston, Hickey, Teoh, Reinhardt,
Ikegami, H. See Hotta, Tashiro, Ikegami, Niwa, Ogihara, Yodoi, and Poon, and Kubes.
Miyazaki. Jolicoeur, P. See Krosl, He, Lefrancois, Charron, Romeo, Jolicoeur,
Im, S.Y. See Choi, Shin, Park, Lee, Han, Chai, Im, Ha, and Lee. Kirsch, Nemer, and Hoang.
Imada, K., Bloom, E.T., Nakajima, H., Horvath-Arcidiacono, Jones, A. See Emson, Bell, Jones, Wisden, and McKenzie.
J.A., Udy, G.B., Davey, H.W., and Leonard, W.J. StatSb is Jones, J. See Liu, Oliveira-Dos-Santos, Mariathasan, Bouchard, Jones,
essential for natural killer cell-mediated proliferation and cytolytic Sarao, Kozieradzki, Ohashi, Penninger, and Dumont.
activity. 2067. Jones, K.D. See Pike, Yao, Jones, Chemey, Appella, Sakaguchi, Nakhasi,
Imai, T. Si’e Fong, Robinson, Steeber, Tedder, Yoshie, Imai, and Patel. Teniya-Feldstein, Wirth, Gupta, and Tosato.
Imhof, B.A. See May, Kanse, Lund, Gisler, Imhof, and Preissner. Jones, M.S. See Chen, Kwon, Jin, Monard, Telfer, Jones, Lu, Aguilar,
Inaba, K., Turley, S., Yamaide, F., lyoda, T., Mahnke, K., Inaba, Ho, and Marx.
M., Pack, M., Subklewe, M., Sauter, B., Sheff, D., Albert, Jones, R.C. See Zhou, Sayad, Simmons, Jones, Maika, Satumtira,
M., Bhardwaj, N., Mellman, I., and Steinman, R.M. EfFi- Dorris, Gaskell, Bordoli, Sartor, Slaughter, Richardson, Hammer,
cient presentation of phagocytosed cellular fragments on the major and Taurog.
histocompatibility complex class 11 products of dendritic cells. Jones, T.R. See Bodaghi, Jones, Zipeto, Vita, Sun, Laurent, Arenzana-
2163. Seisdedos, Virelizier, and Michelson.
Inaba, M. See Inaba, Turley, Yamaide, lyoda, Mahnke, Inaba, Pack, Jonjic, S. See Polic, Hengel, Knnpotic, Trgovcich, Pavic, Lucin, Jonjic,
Subklewe, Sauter, Sheff, Albert, Bhardwaj, Mellman, and Steinman. and Koszinowski.
Inayoshi, A. See Fukiii, Hashimoto, Inayoshi, Gyotoku, Sano, Koga, Julius, M. See Haughn, Leung, Boise, Veillette, Thompson, and Julius.
Gushima, and Sasazuki. Jumaa, H. See Wienands, Schweikert, Wollscheid, Jumaa, Nielsen,
Irmler, M. See Hahtie, Kataoka, Schroter, Hofmann, Imiler, Bodmer, and Reth.
Schneider, Boniand, Holler, French, Sordat, Rimoldi, and
Tschopp.
Irvine, K.R. See Overwijk, Tsung, Irvine, Parkhurst, Goletz, Tsung, K
Carroll, Liu, Moss, Rosenberg, and Restifo.
— See Porgador, Irvine, Iwasaki, Barber, Restifo, and Germain. Kage, K. See Storb, Klotz, Hackett, Kage, Bozek, and Martin.
Ishida, N. See Hamasaki, Sendo, Nakayama, Ishida, Negishi, Nakayama, Kalams, S.A., and Walker, B.D. The critical need for CD4 help in
and Hatakeyama. maintaining effective cytoto.xic T lymphocyte. 2199.
Ishii, K. See Matsuda, Ishii, Bourvagnet, Kiima, Hayashida, Miyata, Kamhawi, S. See Belkaid, Kamhawi, Modi, Valenzuela, Noben-Trauth,
and Honjo. Rowton, Ribeiro, and Sacks.
Israeli, D. See Miiller, Wilder, Bannasch, Israeli, Lehlbach, Li-Weber, Kanbara, H. See Matsumoto, Yukitake, Kanbara, and Yamada.
Friedman, Galle, Stremmel, Oren, and Kramnier. Kansas, G.S. See Wagers, Waters, Stoolman, and Kansas.
Ito, H. See Ridgway, Ito, Fasso, Yu, and Fathman. Kanse, S.M. See May, Kanse, Lund, Gisler, Imhof, and Preissner.
Ivanova, S., Botchkina, G.I., Al-Abed, Y., Meistrell, M., Ill, Kaplan, M.H., Wurster, A.L., and Grusby, M.J. A signal trans¬
Batliwalla, F., Dubinsky, J.M., ladecola, C., Wang, H., ducer and activator of transcription (Stat)4-independent pathway
Gregersen, P.K., Eaton, J.W., and Tracey, K.J. Cerebral is¬ for the development ofT helper type 1 cells. 1191.
chemia enhances polyamine oxidation; identification of enzymati¬ Kaplan, S. See Scharffetter-Kochanek, Lu, Nonnan, van Nood, Munoz,
cally formed 3-aminopropanal as an endogenous mediator of neu¬ Grabbe, McArthur, Lorenzo, Kaplan, Ley, Smith, Montgomery,
ronal and glial cell death. 327. Rich, and Beaudet.
Iwama, A. See Zhang, Iwama, Datta, Darlington, Link, and Tenen. Karasuyama, H. See Meffre, Papavasiliou, Cohen, de Bouteiller, Bell,
Iwasaki, A. See Porgador, Irvine, Iwasaki, Barber, Restifo, and Gemiain. Karasuyama, Schiff, Banchereau, Liu, and Nussenzweig.
lyoda, T. See Inaba, Turley, Yamaide, lyoda, Mahnke, Inaba, Pack, Karban, T. See Fujioka, Emancipator, Aikawa, Huang, Blatnik, Karban,
Subklewe, Sauter, Sheff, Albert, Bhardwaj, Mellman, and Steinman. DeFife, and Mazanec.
Karlsson, G.B., Halloran, M., Schenten, D., Lee, J., Raez,
P., Tenner-Raez, K., Manola, J., Gelman, R., Etemad-
J Moghadam, B., Desjardins, E., Wyatt, R., Gerard, N.P.,
Marcon, L., Margolin, D., Fanton, J., Axthelm, M.K., Letvin,
Jacobelli, J. See Mainiero, Gismondi, Soriatii, Cappitelli, Palmieri, N.L., and Sodroski, J. The envelope glycoprotein ecttxiomains
jacobelli, Piccoli, Frati, and Santoni. detennine the efficiency of CD4‘'’ T lymphocyte depletion in simian-
Jahnsen, F.L. See Utgaard, jahnsen, Bakka, Brandtzaeg, and Haraldsen. human immunodeficiency virus-infected macaques. 1159.
Jakob, T. See von Stebut, Belkaid, Jakob, Sacks, and Udey. Karupiah, G., Chen, J.-H., Mahalingam, S., Nathan, C.F., and
Jakobovits, A. See Cireen and Jakobovits. MacMicking, J.D. Rapid interferon y-dependent clearance of
Jalkanen, S. See Smith, Salmi, Bono, Heilman, Leu, andjalkanen. influenza A virus and protection from consolidating pneumonitis
James, O. See Li, Sambhara, Li, Ewasyshyn, Parrington, Caterini, in nitric oxide synthase 2—deficient mice. 1541.
James, Cates, Du, and Klein. Kasperk, C.H. See Bbresok, Schairer, Sommer, Wakley, Schneider,
Jameson, S.C. See Davey, Schober, Endrizzi, Dutcher, Jameson, and Geiger, Niethard, Ziegler, and Kasperk.
Hogquist. Kataoka, T. See Hahne, Kataoka, Schroter, Holfnann, Innler, Bodmer,
Jardetzky, T.S. See Ceman, Wu, Jardetzky, and Sant. Schneider, Bomand, Holler, French, Sordat, Rimoldi, and
Jayaraj, P. See Rincon, Whitmarsh, Yang, Weiss, Derijard, Jayaraj, Tschopp.
Davis, and Flavell. Kaufman, D.R. See Lee, Kaufinan, Mora, Santana, Boothby, and Choi.
Jenkins, M. See Pulendran, Smith, Jenkins, Schoenborn, Maraskovsky, Kay, B.K. See Kouskoff, Famiglietti, Lacaud, Lang, Rider, K,ay, Cambier,
and Maliszewski. and Nemazee.
Jensen, P.E. See Tompkins, Kraft, Dao, Soloski, and Jensen. Kay, G.F. See Fitzpatrick, Shirley, McDonald, Bielefeldt-Ohmann,
— See Vance, Kraft, Altman, Jensen, and Raulet. Kay, and Kelso.
Jiang, A., Craxton, A., Kurosaki, T., and Clark, E.A. Different Kee, B.L., and Murre, C. Induction of early B cell factor (EBF) and
protein tyrosine kinases are required for B cell antigen receptor- multiple B lineage genes by the basic helix-loop-helix transcrip¬
mediated activation of extracellular signal-regulated kinase, c-Jun tion factor El2. 699.
NH,-terminal kinase 1, and p3S mitogen-activated protein kinase. Kelleher, A. See Wilson, Ogg, Allen, Goulder, Kelleher, Sewell,
1297. ('i’Callaghan, Rowland-Jones, Callan, and McMichael.
lyn Author Index • Volume 1S8, 1998
Kelly, J.M. Sec Smyth, Kelly, Baxter, Korner, and Sedgwick. Kontgen, F. See Li, Kurts, Kontgen, Holdsworth, and Tipping.
Kelso, A. Sec Fitzpatrick, Shirley, McDonald, Bielefeldt-Ohmann, Kopf, M., Herren, S., Wiles, M.V., Pepys, M.B., and Kosco-
Kay, and Kelso. Vilbois, M.H. Interleukin 6 intluences germinal center develop¬
Kench, J.A., Russell, D.M., and Nemazee, D. Efficient peripheral ment and antibody production via a contribution of C3 comple¬
clonal elimination of B lymphocytes in MRL//pr mice bearing auto¬ ment component. 1895.
antibody transgenes. 909. Komer, H. See Cook, Korner, Riminton, Lemckert, Hasbold,
Kengatharan, K.M., De Kimpe, S., Robson, C., Foster, S.J., Amesbury, Hodgkin, Cyster, Sedgwick, and Basten.
and Thiemermann, C. Mechanism of gram-positive shock: — See Smyth, Kelly, Baxter, Korner, and Sedgwick.
identification of peptidoglycan and lipoteichoic acid moieties es¬ Kosaka, H. Sec Kurts, Heath, Kosaka, Miller, and Carbone.
sential in the induction of nitric oxide synthase, shock, and multi¬ Kosco-Vilbois, M.H. See Kopf, Herren, Wiles, Pepys, and Kosco-
ple organ failure. 305. Vilbois.
Kerschbaum, H.H. See Ehring, Kerschhaum, Eder, Neben, Fanger, Kost, R. See Morris, Binley, Clas, Bonhoeffer, Astill, Kost, Flurley,
Khoury, Negulescu, and Cahalan. Cao, Markowitz, Ho, and Moore.
Khan, W.N. See Satterthwaite, Lowell, Khan, Sideras, Alt, and Witte. Koszinowski, U.H. See Polic, Hengel, Knnpotic, Trgovcich, Pavic,
Khor, B. See Sleckman, Khor, Monroe, and Alt. Lucin, jonjic, and Koszinowski.
Khoury, R.M. See Ehring, Kerschbaum, Eder, Neben, Fanger, — See Theobald, Ruppert, Kuckelkorn, Hernandez, Haussler, Ferreira,
Khoury, Negulescu, and Cahalan. Liewer, Biggs, Levine, Huber, Koszinowski, Kloetzel, and Sherman.
Kioussis, D. See Moskophidis and Kioussis. Kourilsky, P. See Sourdive, Murali-Krishna, Altman, Zajac, Whitmire,
— See Williams, Norton, Halligey, Kioussis, and Brady. Pannetier, Kourilsky, Evavold, Sette, and Ahmed.
Kircbem, A. See Turner, Gomez, McKenzie, Kirchem, Lennard, and KouskofT, V., Famiglietti, S., Lacaud, G., Lang, P., Rider, J.E.,
Cantrell. Kay, B.K., Cambier, J.C., and Nemazee, D. Antigens vary¬
Kirchgcssner, H. See Bruyns, Marie-Cardine, Kirchgessner, Sagolla, ing in affinity for the B cell receptor induce differential B lympho¬
Shevchenko, Mann, Autschbach, Bensussan, Meuer, and Schraven. cyte responses. 1453.
Kirscb, I.R. See Krosl, He, Lefrancois, Charron, Romeo, Jolicoeur, Kozieradzki, 1. See Kong, Fischer, Bachmann, Mariathasan, Kozieradzki,
Kirsch, Nemer, and Hoang. Nghiem, Bouchard, Bernstein, Ohashi, and Penninger.
Kirschning, C.J., Wesche, H., Ayres, T.M., and Rothe, M. Hu¬ — See Liu, Oliveira-Dos-Santos, Mariathasan, Bouchard, Jones, Sarao,
man Toll-like receptor 2 confers responsiveness to bacterial lipo- Kozieradzki, Ohashi, Penninger, and Dumont.
polysaccharide. 2091. Kraft, J.R. See Tompkins, Kraft, Dao, Soloski, and Jensen.
Kishimoto, T. Sec Betz, Bloch, van den Broek, Yoshida, Taga, — See Vance, Kraft, Altman, Jensen, and Raulet.
Kishimoto, Addicks, Rajewsky, and Muller. Krammer, P.H. See Muller, Wilder, Bannasch, Israeli, Lehlbach,
Kleanthous, H. See Ermak, Giannasca, Nichols, Myers, Nedrud, Li-Weber, Friedman, Galle, Stremmel, Oren, and Krammer.
Weltzin, Lee, Kleanthous, and Monath. Krane, I.M. See Grimm, Weinstein, Krane, and Leder.
Klein, L., Klein, T., Riither, U., and Kyewski, B. CD4 T cell Kraus, D. See Quigg, He, Lim, Berthiaume, Ale.xander, Kraus, and Holers.
tolerance to human C-reactive protein, an inducible serum pro¬ Krause, A., Guo, H.-F., Latouche, J.-B., Tan, C., Cheung,
tein, is mediated by medullary thymic epithelium. 5. N.-K.V., and Sadelain, M. Antigen-dependent CD28 signaling
Klein, M. See Li, Sambhara, Li, Ewasyshyn, Barrington, Caterini, selectively enhances survival and proliferation in genetically modi¬
James, Cates, Du, and Klein. fied activated human primary T lymphocytes. 619.
Klein, T. See Klein, Klein, Riither, and Kyewski. Krmpotic, A. See Polic, Hengel, Knnpotic, Trgovcich, Pavic, Lucin,
Klein, U., Rajewsky, K., and Kiippers, R. Human immunoglobu¬ Jonjic, and Koszinowski.
lin (Ig)M'^IgD''' peripheral blood B cells expressing the CD27 cell Kronenberg, M. See Brossay, Chioda, Burdin, Koezuka, Casorati,
surface antigen carry somatically mutated variable region genes: Dellabona, and Kronenberg.
CD27 as a general marker for somatically mutated (memory) B — See Cruz, Sydora, Hetzel, Yakoub, Kronenberg, and Cheroutre.
cells. 1679. Krosl, G., He, G., Lefrancois, M., Charron, F., Romeo, P.-H.,
Kloetzel, P.-M. See Theobald, Ruppert, Kuckelkorn, Hernandez, Jolicoeur, P., Kirsch, I.R., Nemer, M., and Hoang, T.
Haussler, Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski, Transcription factor SCL is required for c-kit expression and c-Kit
Kloetzel, and Sherman. function in hemopoietic cells. 439.
Klotz, E.L. See Storb, Klotz, Hackett, Kage, Bozek, and Martin. Kubata, B.K., Eguchi, N., Urade, Y., Yamashita, K., Mitamura,
Kneitz, B. See Schuh, Twardzik, Kneitz, Heyer, Schimpl, and T., Tai, K., Hayaishi, O., and Horii, T. Plasmodium falciparum
Serfling. produces prostaglandins that are pyrogenic, somnogenic, and im¬
Knirel, Y.A. See Liineberg, Zahringer, Knirel, Steinmann, Hartmann, munosuppressive substances in humans. 1197.
Steinmetz, Rohde, Kohl, and Frosch. Kubes, P. Sec Woodman, Johnston, Hickey, Teoh, Reinhardt, Poon,
Koblish, H.K., Hunter, C.A., Wysocka, M., Trincbieri, G., and and Kubes.
Lee, W.M.F. Immune suppression by recombinant interleukin Kuckelkorn, U. See Theobald, Ruppert, Kuckelkorn, Hernandez,
(rIL)-12 involves interferon y induction of nitric oxide synthase 2 Haussler, Ferreira, Liewer, Biggs, Levine, Huber, Koszinowski,
(iNOS) activity: inhibitors of NO generation reveal the extent of Kloetzel, and Sherman.
rIL-12 vaccine adjuvant effect. 1603. Kublen, C.V. See Nakamoto, Guidotti, Kuhlen, Fowler, and Chisari.
Koch, A.E. See Volpert, Fong, Koch, Peterson, Waltenbaugh, Tepper, Kuma, K.-i. See Matsuda, Ishii, Bourvagnet, Kuma, Hayashida,
and Bouck. Miyata, and Honjo.
Koezuka, Y. See Bros.say, Chioda, Burdin, Koezuka, Casorati, Dellabona, Kumabashiri, 1. See Stehlik, de Martin, Kumabashiri, Schmid,
and Kronenberg. Binder, and Lipp.
— See Spada, Koezuka, and Porcelli. Kumar, R. See Dong, Yoneda, Kumar, and Fidler.
Koga, T. See Fukui, Hashimoto, Inayoshi, Gyotoku, Sano, Koga, Kumar, V. See Brown, Boles, van der Merwe, Kumar, Mathew, and
Gushima, and Sasazuki. Barclay.
Kohl, J. See Liineberg, Zahringer, Knirel, Steinmann, Hartmann, Kumazawa, Y. See Hikida, Nakayama, Yamashita, Kumazawa, Nish-
Steinmetz, Rohde, Kohl, and Frosch. ikawa, and Ohmori.
Kolb, W.P. See Bradt, Kolb, and Cooper. Kiippers, R. See Klein, Rajewsky, and Kiippers.
Kollias, G. See Alexopoulou, Pasparakis, and Kollias. Kurepa, Z., Hasemann, C.A., and Forman, J. Qa-D binds con¬
— See Douni and Kollias. served class 1 leader peptides derived from several mammalian spe¬
— See Maurer, Echtenacher, Hiiltner, Kollias, Mannel, Langley, and cies. 973.
Galh. Kurosaki, M. See Hashimoto, Okada, Jiang, Kurosaki, Greenberg,
Kong, Y.-Y., Fischer, K.-D., Bachmann, M.F., Mariathasan, Clark, and Kurosaki.
S., Kozieradzki, I., Nghiem, M.P., Bouchard, D., Bernstein, — See Maeda, Kurosaki, and Kurosaki.
A., Ohashi, P.S., and Penninger, J.M. Vav regulates peptide- Kurosaki, T. See Hashimoto, Okada, Jiang, Kurosaki, Greenberg,
specific apoptosis in thymocytes. 2099. Clark, and Kurosaki.
2398 The Journal of Experimental Medicine