Back Matter Source: Proceedings of the National Academy of Sciences of the United States of America, Vol. 96, No. 22 (Oct. 26, 1999), pp. xi-xix Published by: National Academy of Sciences Stable URL: http://www.jstor.org/stable/49458 . Accessed: 07/05/2014 17:14 Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at . http://www.jstor.org/page/info/about/policies/terms.jsp . JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact [email protected]. . National Academy of Sciences is collaborating with JSTOR to digitize, preserve and extend access to Proceedings of the National Academy of Sciences of the United States of America. http://www.jstor.org This content downloaded from 169.229.32.136 on Wed, 7 May 2014 17:15:00 PM All use subject to JSTOR Terms and Conditions
Transcript
Back MatterSource: Proceedings of the National Academy of Sciences of the United States of America,Vol. 96, No. 22 (Oct. 26, 1999), pp. xi-xixPublished by: National Academy of SciencesStable URL: http://www.jstor.org/stable/49458 .
Accessed: 07/05/2014 17:14
Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at .http://www.jstor.org/page/info/about/policies/terms.jsp
.JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range ofcontent in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new formsof scholarship. For more information about JSTOR, please contact [email protected].
.
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A Aaltonen, L. A. 12661 Abe, Y. 12333 Abel, G. 12766 Ackermann, M. 12697 Addo, M. F. 12257 Adema, G. J. 12697 Agafonov, D. E. 12345 Agnello, V. 12766 Aguilar-C6rdova, E.
12816 Ahrlund-Richter, L.
12749 Alessandrini, A. 12866 Alicot, E. 12708 Alt, F. W. 12713 Amalric, F. 12772 Ames, B. N. 12216 Amess, B. 12589 Anagnostaras, S. G.
12905 Andang, M. 12749 Anderson, D. M. 12839 Andrade-Gordon, P.
12257 Andronis, C. 12362 Arnold, F. H. 12305 Arnould, I. 12685 Artzt, K. 12605 Assman, G. 12685 Attygalle, A. B. 12251
B Bacheller, D. J. 12448 Baekkeskov, S. 12911 Baekkevold, E. S. 12772 Baer, K. 12860 Banerjee, P. K. 12905 Baneyx, G. 12518 Barbuch, R. 12655 Bard, M. 12655 Bartle, L. M. 12536 Baruch, D. 12743 Baud, F. 12494, 12500 Baylin, S. B. 12754 Bear, M. F. 12876 Beaudet, A. L. 12816 Becerra, J. X. 12626 Bee, J. 12553 Belinsky, S. A. 12754 Bender, J. 12691 Benke, D. 12860 Benson, J. A. 12860 Berger, J. S. 12959 Bergstrom, F. 12477 Berns, K. I. 12849 Bishai, W. R. 12844 Bissell, D. M. 12719
Blackburn, E. H. 12454 Blanas, E. 12703 Bluethmann, H. 12860 Bock, J. B. 12227 Bodmer, W. F. 12553 Boettinger, E. 12595 Bonventre, J. V. 12866 Bor6n, T. 12778 Bourri6, B. 12855 Brandtzaeg, P. 12772 Brewer, H. B., Jr. 12685 Bribes, E. 12855 Britton, S. 12749 Broccardo, C. 12685 Brockman, M. A. 12708 Bronstein, S. M. 12384 Brooks, C. L., III 12512 Brown, P. O. 12833 Brusten, L. 12589 Buffet, P. A. 12743 Buratowski, R. M.
12542 Buratowski, S. 12542 Burbulis, I. E. 12929 Burgess, B. K. 12389 Burton, M. 12725
C Cahoon, E. B. 12935 Cairns, B. 12870 Calavetta, L. 12760 Calaycay, J. R. 12356 Caldwell, R. L. 12616 Camazine, S. 12611 Carbone, F. R. 12703 Carey, K. D. 12816 Carfi, A. 12379 Carlson, T. J. 12935 Carmen, A. A. 12356 Caron, M. G. 12222 Carroll, M. C. 12708 Carter, C. S. 12601 Cartwright, R. A. 12810 Casellas, P. 12855 Chan, J. 12887 Chan, K. 12731 Chang, L.-Y. 12760 Chao, C.-C. 12970 Chapple, C. 12328 Chen, C.-H. 12784,
12798 Chen, D. J. 12454 Chen, E. L. 12970 Chen, F. 12713 Chen, K. 12389 Chen, L. 12287 Cheng, X. 12394 Chester, A. E. 12887
Chihade, J. W. 12316 Chimini, G. 12685 Chittenden, T. 12536 Choi, C. Y. 12350 Chudnovsky, D. V.
12263 Chudnovsky, G. V.
12263 Chung, J. H. 12311 Classen, M. 12778 Clifford, T. 12394 Cole, P. A. 12418 Collmer, A. 12839 Colosi, P. 12725 Conaway, J. W. 12436 Conaway, R. C. 12436 Cook, G. A. 12935 Copenhagen, D. 12911 Couto, L. 12725 Cox, D. R. 12273 Csukai, M. 12798 Cunningham, J. 12725
D Da Costa, X. J. 12708 Daniels, M. J. 12923 Darrow, A. L. 12257 Davey, G. 12703 Davidson, L. 12713 Davies, S. C. 12589 Day, B. J. 12760 Dean, M. 12685 De Angelis, J. 12418 Debin, A. 12293 DeCamilli, P. 12559 Deich, J. 12394 de la Chapelle, A. 12661 DeLorey, T. M. 12905 Denefle, P. 12685 Deneubourg, J. L. 12611 Derian, C. K. 12257 DeRisi, J. 12833 D'Esposito, M. 12959 Dinger, M. 12685 Dionne, C. A. 12536 Dombrowski, J. E.
12947 Dong, F. 12448 Dorn, G. W., II 12798 Dozono, J. M. 12448 Drea, C. M. 12965 Duckett, D. R. 12384 Durand, D. 12293 Durst, K. L. 12822 Duverger, N. 12685 Dyall, J. 12849
E Eaves, A. 12804 Eaves, C. 12804 Eckardt, A. J. 12257 Eckstein, J. 12655 Edelmann, W. 12595 Eggert, J. H. 12269 Eisner, T. 12246, 12251 Elfahal, M. 12766 Elion, E. A. 12679 Elling, C. E. 12322 Elwyn, S. 12638 Emoto, K. 12400 Epelboim, J. 12953 Erdmann, M. V. 12616 Escalante-Alcalde, D.
12595 Esclangon, M. 12855 Essrich, C. 12860 Etienne, A. 12293
F Fanselow, M. S. 12905 Faull, K. F. 12424 Fedoroff, N. V. 12941 Feliu, J. 12772 Ferr6, P. 12737 Ferrini, R. 12713 Fink, G. R. 12530 Firestone, L. L. 12905 Fischer, M. B. 12708 Flavell, A. J. 12211 Foretz, M. 12737 Foufelle, F. 12737 Fouts, D. E. 12839 Fraefel, C. 12697 Fredrickson, D. S. 12685 Frerking, M. 12917 Fritschy, J.-M. 12860 Fujii, N. 12743 Funke, H. 12685 Fusai, T. 12743
G Gachotte, D. 12655 Gainetdinov, R. R.
12222 Galitski, T. 12530 Gamain, B. 12743 Gangal, M. 12394 Garcia, L. 12855 Garcia, L. R. 12430 Ge, J. 12339 George, J. 12719 Gerhard, M. 12778 Gerlai, R. 12870 Gershenson, A. 12305 Gilley, D. 12454
Girard, J.-P. 12772 Golan, D. E. 12583 Goldmacher, V. S.
12536 Goncharov, A. F. 12269 Goodwin, E. B. 12605 Graham, F. L. 12816 Gray, M. 0. 12784,
12798 Green, M. R. 12650 Green, R. M. 12362 Griffin, P. R. 12356 Grob, P. 12697 Grunstein, M. 12356 Gueron, S. 12240 Guichard, C. 12737 Guidotti, A. 12905 Gustafsson, J.-A. 12887 Gysin, J. 12743
H Hager, L. P. 12412 Hagglof, P. 12477 Hakoshima, T. 12333 Hall, R. A. 12559 Hall, S. E. 12935 Han, B. 12953 Han, J.-w. 12536 Harris, K. M. 12213 Harrison, S. D. 12548 Hatfield, R. D. 12328 Heath, W. R. 12703 Heeger, A. J. 12219 Heeger, P. S. 12219 Heinemann, S. F. 12667 Helgeson, R. 12287 Hemley, R. J. 12269 Herath, A. 12589 Herbert, A. 12465 Herman, J. G. 12754 Hernandez-Rivas, R.
12743 Herschlag, D. 12299 Heyer, J. 12595 Hiebert, S. W. 12822 Higashiyama, T. 12577 Hildeman, D. 12691 Hillis, D. M. 12616 Hinkula, J. 12749 Hirotsu, S. 12333 Hochachka, P. W. 12233 Hochschild, A. 12673 Hoekstra, W. J. 12257 Holder, M. T. 12616 Holmberg, M. T. 12661 Holst, B. 12322 Holyoake, T. 12804 Homanics, G. E. 12905
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Hopfield, J. J. 12506 Hori, H. 12333 Hotchkiss, G. 12749 Hou, Y. 12822 Hsu, H.-L. 12454 Hu, L. A. 12559 Hurwitz, J. 12367
Igarashi, J. 12583 Imboden, P. 12833 Ishii, M. 12418 Iwai, K. 12436
J Jan, E. 12605 Jiang, X. 12804 Johansson, L. B.-A.
12477 Johnson, D. A. 12394 Johnson, R. E. 12224 Johnstone, R. A. 12644 Jordan, I. K. 12621 Joseph, C. M. 12275
K Kamura, T. 12436 Kan, Y. W. 12731 Kane, E. 12810 Kaplan, J. 12816 Kappler, J. 12691 Karavanic, I. 12281 Karlin, S. 12494, 12500 Karmon, E. 12269 Karolin, J. 12477 Kash, S. 12911 Kavalali, E. T. 12893 Kedersha, N. L. 12536 Kedl, R. M. 12691 Khalil, E. M. 12418 Kieff, E. D. 12536 Kim, Y. 12350 Kim, Y. H. 12350 Kinney, A. J. 12935 Klausner, R. D. 12436 Klingauf, J. 12893 Knapper, C. 12685 Knight, G. B. 12766 Knipe, D. M. 12708 Koch, C. 12685 Kochanek, S. 12816 Koehl, P. 12524 Kolb, V. A. 12345 Kong, D. 12367 Korach, K. S. 12887 Korpi, E. R. 12905 Koteliansky, V. E. 12719 Krieger, M. 12655 Kristensen, H.-H. 12833 Kucherlapati, R. 12595 Kuge, 0. 12400 Kuihne, R. 12465 Kuismanen, S. A. 12661 Kuroiwa, T. 12577 Kurts, C. 12703
L Lagenaur, C. 12905 Lander, E. S. 12530 Langdon, R. C. 12673 Larsson, S. 12749 Latham, G. J. 12448 Lee, B. N. 12679 Lee, C.-H. 12311 Lee, J.-K. 12367 Lee, J.-S. 12311 Lefkowitz, R. J. 12559 Leggett, M. 12923 Lehn, N. 12778 Leland, M. 12816 Leong, P. 12548 Levit-Gurevich, K.
12240 Levitt, M. 12524 Lew, A. M. 12697,
12703 Li, M. 12703 Li, Z. 12905 Lia, M. 12595 Lin, Y.-T. 12406 Lin-Chao, S. 12406 Lints, T. 12901 Liron, T. 12798 Liu, G. 12424 Liu, X. 12442 Lodish, H. F. 12442 Lopez, A. 12804 Lorenz, J. N. 12798 Loushin, C. 12605 Lowe, D. G. 12870 Lowenhaupt, K. 12465 Lu, Z.-L. 12953 Luischer, B. 12860 Lutterbach, B. 12822 Lutz, R. J. 12536
M Ma, M. 12708 McBranch, D. W. 12287 McComsey, D. F. 12257 McDevitt, H. 0. 12970 McDonald, J. F. 12621 McFarland, E. D. C.
12536 McGrew, J. 12379 McNew, J. A. 12565,
12571 Madhani, H. D. 12530 Maffrand, J.-P. 12855 Manabe, Y. C. 12844 Manoj, K. M. 12412 Mao, H.-k. 12269 Marchand, J. 12855 Marita, J. M. 12328 Marrack, P. 12691 Martinez-Romero, E.
12275 Maryanoff, B. E. 12257 Matsunaga, S. 12577 Matyunina, L. V. 12621 Mazmanian, S. K. 12424 Meinwald, J. 12246,
12251 Melton, R. B. 12923
Mi, Z.-P. 12905 Michel, T. 12583 Miehlke, S. 12778 Mihalek, R. M. 12905 Miller, H. P. 12459 Miller, J. F. A. P. 12703 Miller, L. H. 12743 Miller, W. E. 12559 Millor, J. 12611 Minato, N. 12436 Misumi, 0. 12577 Mitchell, R. 12725 Mitchell, T. 12691 Mitra, P. P. 12901 Mocarski, E. S. 12536 Mochly-Rosen, D.
12784, 12798 Modrich, P. 12384 Molineux, I. J. 12430 Monroe, R. J. 12713 Moon, K.-Y. 12367 Moran, N. A. 12638 Morehouse, H. 12542 Morgan, G. 12810 Morral, N. 12816 Moskowitz, M. A. 12866 Mroczko, M. 12412 Munson, G. P. 12828 Murphy, J. R. 12844 Murphy, M. R. 12311
N Nagahara, N. 12333 Nakai, H. 12725 Namura, S. 12866 Naudin, L. 12685 Nazimov, I. V. 12345 Neumayer, N. 12778 New, M. I. 12790 Ng-Eaton, E. 12442 Nguyen, H.-H. T. 12339 Nickel, W. 12571 Nicoll, R. 12911 Nicoll, R. A. 12917 Nishijima, M. 12400 Nishimura, Y. 12577 Nishino, T. 12333 Nottebohm, F. 12901 Novelli, M. R. 12553 Nuovo, G. J. 12754 Ny, T. 12477 Nystrom-Lahti, M.
12661
0 Ochman, H. 12638 Ogawa, S. 12887 O'Hare, M. J. 12589 Oishi, S. 12743 Okada, K. 12333 Oksenberg, D. 12257 Olsen, R. W. 12905 Olstein, D. H. 12876 O'Neal, W. 12816 Ong, M. S. 12362 Onuchic, J. N. 12512 Opperman, T. 12373 Osbourn, A. B. 12923
Oschkinat, H. 12465
p Packard, M. G. 12881 Page, M. J. 12589 Palmer, J. T. 12870 Palmiter, K. A. 12488 Palumbi, S. R. 12632 Palvadeau, Y. 12293 Panda, D. 12459 Papadopoulou, K. 12923 Parekh, R. 12589 Parks, R. J. 12816 Parlati, F. 12565, 12571 Parzy, D. 12743 Patel, M. 12760 Paunovic, M. 12281 Pause, A. 12436 Pearce, G. 12947 Pellegrino, M. A. 12650 Peltomaki, P. 12661 Pereira de Araujo, A. F.
12482 Perini, G. 12650 Perlstein, D. L. 12339 Petersen, C. 12911 Petersen, C. C. H.
12917 Peterson, K. M. 12685 Pettitt, P. B. 12281 Pfaff, D. W. 12887 Pham-Delegue, M.
12611 Phillips, D. A. 12275 Piccirilli, J. A. 12299 Piedra, P. A. 12816 Pietroni, P. 12448 Pitcher, J. A. 12559 Plaia, T. W. 12754 Postle, B. R. 12959 Pouvelle, B. 12743 Prabhakar, P. 12583 Prades, C. 12685 Prakash, L. 12224 Prakash, S. 12224 Prinz, C. 12778 Punkay, E. 12605
Q Quinlan, E. M. 12876 Quinlan, J. J. 12905
R Rad, R. 12778 Ralph, J. 12328 Rane, S. 12833 Ray, B. D. 12655 Raychaudhuri, S. 12367 Rees, W. 12691 Regnstr6m, K. 12389 Remaley, A. T. 12685 Reynolds, E. E. 12257 Rice, K. 12816 Rich, A. 12465 Ringstad, N. 12559 Ripp, K. G. 12935 Rollinson, S. 12810 Roman, B. 12810
Rook, M. S. 12471 Rosewell, I. 12553 Rosier, M. 12685 Rothman, J. E. 12565,
12571 Rottapel, R. 12230 Roulot, D. 12719 Rundlett, S. E. 12356 Rust, S. 12685 Ryan, C. A. 12947
S Saccomanno, L. 12605 Sage, J. R. 12905 Sakanaka, C. 12548 Sakellaris, H. 12828 Salovaara, R. 12661 Sanborn, J. R. 12275 Santamarina-Fojo, S.
12685 Santulli, R. J. 12257 Sauge-Merle, S. 12389 Saviola, B. J. 12844 Scarborough, R. M.
12257 Schade, M. 12465 Schaefer, B. C. 12691 Scheidig, C. 12743 Scheller, R. H. 12227 Schepp, W. 12778 Scherf, A. 12743 Schimmel, P. 12316 Schmieder, P. 12465 Schmitt, M. J. 12667 Schmutz, M. 12293 Schneewind, 0. 12424,
12839 Schoolnik, G. K. 12833 Schwartz, T. W. 12322 Schweiger, B. J. 12935 Schweizer, P. 12661 Scott, J. R. 12828 Sen, S. E. 12655 Shan, S.-o. 12299 Shea, J.-E. 12512 Shortman, K. 12697 Sieghart, W. 12905 Silver, P. A. 12542 Skaletskaya, A. 12536 Skibola, C. F. 12810 Smith, C. A. 12379 Smith, C. E. 12257 Smith, F. H. 12281 Smith, J. D. 12743 Smith, M. T. 12810 Smolak, P. J. 12379 Sollner, T. H. 12565,
12571 Somia, N. V. 12667 Souroujon, M. C. 12798 Spigelman, I. 12905 Spiller, B. 12305 Spirin, A. S. 12345 Stamler, J. S. 12760 Stein, R. C. 12589 Stevens, R. C. 12305 Stewart, C. L. 12595 Stribley, J. M. 12601
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Stubbe, J. A. 12339 Sugano, S. 12362 Suka, Y. 12356 Sun, L. 12844 Sun, S. 12299 Sun, Y. 12442 Suppes, P. 12953 Suter, M. 12697 Sutherland, R. M. 12703 Sutton, M. D. 12373 Sytwu, H.-K. 12970 Szabo, P. 12849
T Tang, Y. 12559 Taya, Y. 12384 Taylor, S. S. 12394 Tchernichovski, 0.
12901 Teague, T. K. 12691 Thatte, H. S. 12583 Thibodeaux, H. 12870 Thierry, A. R. 12293
Thirstrup, K. 12322 Thomas, C. 12855 Tian, N. 12911 Tiyanont, K. 12246 Tobin, E. M. 12362 Toma, J. 12970 Tomlinson, I. P. 12553 Ton-That, H. 12424 Townsend, R. R. 12589 Treiber, D. K. 12471 Tretter, V. 12905 Trinkaus, E. 12281 Tsien, R. W. 12893 Tsugeki, R. 12941 Tupler, R. 12650 Turner, C. J. 12465 Tyers, M. 12230
U Umeda, M. 12400
V Van Antwerp, D. 12667 van Bruggen, N. 12870
VanBuren, P. 12488 van Lookeren Campagne,
M. 12870 Vater, C. A. 12536 Velji, R. 12816 Venable, D. L. 12626 Verma, I. M. 12667 Vetter, D. E. 12667 Vogel, V. 12518 Volpin, H. 12275 von Hippel, P. H. 12448
w Wadsworth, S. 12816 Wahren, B. 12749 Walker, G. C. 12373 Wallen, K. 12965 Wang, H.-L. 12287 Wang, X. 12412 Warshaw, D. M. 12488 Wasan, H. 12553 Washington, M. T.
12224
Watanabe, S. 12536 Waterfield, M. D. 12589 Weber, T. 12565, 12571 Wei, C.-L. 12406 Weinberg, R. A. 12442 Weldon, P. J. 12246,
1,2251 Wermuth, N. 12273 Westermann, B. 12565 White, K. B. 12257 Whitten, D. G. 12287 Whyte, A. 12246, 12251 Wilcox, T. P. 12616 Wiley, D. C. 12379 Williams, L. T. 12548 Williams, S. P. 12870 Williamson, J. R. 12471 Wilson, L. 12459 Wilson, M. 12833 Wilson, R. C. 12790 Winkel-Shirley, B. 12929 Wong-Staal, F. 12749 Wright, N. A. 12553
Wu, G. 12798 Wudl, F. 12287
x Xu, L. 12548
y Yamanaka, K. 12436 Yang, G.-P. 12275 Yang, Z. 12251 Yang, Z.-C. 12246 Yi, X. 12412 Yokota, A. 12577 Yoshida, A. 12299
z Zhang, H.-C. 12257 Zhang, Q.-X. 12766 Zhou, H. 12816 Zhou, H. Z. 12798 Zhou, X. 12708 Zhu, Z.-Y. 12500 Zvelebil, M. J. 12589
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Text. Describe procedures in sufficient detail so that the work can be repeated. Follow the spelling and usage given in Webster's Third New International Dictionary or the Random House Dic- tionary of the English Language. Avoid laboratory jargon. Correct chemical names should be given and strains of organisms should be specified. Trade names should be identified by an initial capital letter with the remainder of the name lowercase. Names and addresses of suppliers of uncommon reagents or instruments should be provided. Use Systeme International (SI) units and symbols whenever possible. When SI units are not used, the factor for conversion should be provided on first usage.
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10. Neuhaus, J.-M., Sitcher, L., Meins, F., Jr., & Boller, T. (1991) Proc. Natl. Acad. Sci. USA 88, 10362-10366.
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PNAS Worksheet for Sizing Research Articles and Submission Checklist Please complete this form and submit it with your manuscript.
Author names:
Manuscript number (if known):
Research articles may be no morethan 47,000 characters, includingspaces, and thus may not exceed six printed pages. This count includes all text and the number of characters displaced by figures, tables, and equations. The total number of characters equals:
The number of characters including spaces in the text (include all parts except tables), plus
The height in cm of each figure at desired printed size* x 180 for a one-column figure or x 360 for a two-column figure, plus
The height in number of lines of each table including spaces x 60 for a one-column table or x 120 for a two-column table, plus
A 120-character allowance for space above and below each single column of a figure, table, or equation, plus
An additional 60 characters for each one-column line of equation.
A table that has lines with more than 60 characters plus spaces or a figure that is wider than 8.7 cm takes up two columns in width.
* If you are unable to submit figures at final size, please provide a photocopy of figures at final size and indicate desired reduction.
t Word processing programs differ in how they count characters: not all include spaces. Your character count must include spaces. If your character count excludes spaces, add the word count to the character count to obtain a character count that includes spaces. FOR MACs: For Word 5.1 and Freehand 6.0, the character count includes spaces. FOR PCs: For Word 97, select the character count that includes spaces. For Word versions 6 and 7 (for Windows 95) and WordPerfect 6, add the word count to the character count to obtain a character count that includes spaces. ForWordPerfect 5.2 and other programs (MAC or PC) that give only the word count, multiply the word count by 6.5 (the average number of characters per word including spaces) to obtain the total character count. If your program is not listed above, type a test phrase such as SUBMIT PAPER TO PNAS. If the character count is 21 (or 20), your program includes spaces and this is the number you should report; however, if you get 1 7 characters your program excludes spaces, and you must add the number of words to the number of characters.
t Authors may be responsible for additional charges incurred due to shortening papers in proof.
Character Count Form Please use the table below to calculate your character count and submit with your paper. Add extra figures and tables as needed. Does your word processing program count spaces?t [ Yes [ No (please add spaces)
Material Character Count All text characters (including title page, abstract, legends,
references) plus spaces ........................................................
Fig. 1 ( -column, cm high)g..............
Fig. 2 ( -column, cm high)g.............
Fig. 3 ( --column, - cm high)g.............
Fig. 4 ( -column, - cm high) .........................................
1 20 characters for each one-column figure, table, or equation
240 characters for each two-column figure, table, or equation
Total Characters in Paper (must not exceed 47,000)t.............
Sample Calculation Material Character Count All text characters (including title page, abstract, legends,
references) plus spaces ........................... ......... ... 25,660 Fig. 1 (1-column, 16 cm high = 180 x 16) 2,880 Fig. 2 (1 -column, 12 cm high = 180 x 12) 2,160 Fig. 3 (1 -column, 21 cm high = 180 x 21) .3,780 Fig. 4 (1-column, 11 cm high = 180 x 11) .1,980 Fig. 5 (2-column, 17 cm high = 360 x 17) .6,120 Table 1 (2-column, 23 lines high = 120 x 23) ......................... 2,760 Equation(s) [one 2-line and one 1 -line eq., 1 -col. (3 x 60)] .. 180 Space allowance
4 single-column figures (4 x 120) .. 480 1 double-column figure (1 x 240) ................................. 240 1 double-column table (1 x 240) ........................................... 240 2 single-column equations (2 x 120) ..................................... 240
Total Characters in Paper (must not exceed 47,000) ............... 46,720 I
Submission Checklist: O Five complete copies (six for Track 11 submissions) of the manuscript in final form, double-spaced, pages numbered. O One set of figures for the printer, four sets of high-quality figures, and one photocopied set of figures. O The final version of the text and any digital art and Supplementary Material forthe Web, each on separate computer disks. Identifythe platform, program, first author,
date, and file name on the disk label. O The completed Copyright Assignment/Documentation Report Form. O The character count breakdown of the final manuscript (see above). O The classification of the paper. O References according to PNAS style.
0
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Department of Molecular Biophysics and Biochemistry
The Department of Molecular Biophysics and Bio- chemistry seeks applicants for a position at the assistant professor level in the area of molecular biophysics. Our department, which is located in both the Faculty of Arts & Sciences and the School of Medicine of the University, spans a broad range of areas including biochemistry, biophysical chem- istry, structural biology, molecular biology and molecular genetics. Applications should include a curriculum vita, a statement of research interests, three letters of reference, and reprints or preprints. Completed applications should be sent to:
Faculty Search Committee Department of Molecular Biophysics and
Application Deadline: December 1, 1999 Yale University is an Affirmative Action/Equal
Opportunity Employer.
POSTDOCTORAL RESEARCH FELLOWS in
VASCULAR BIOLOGY
Several positions are open for MD-PhD's in research related to nitric oxide action in smooth muscle cells, platelets, and atherosclerosis. Projects on calcium regulation, ion transporters/channels, oxidative stress, oxygen-derived free radicals and their roles in vascular diseases caused by hypercholesterolemia, diabetes, and hypertension.
C.V. and 3 letters of reference to: Dr. Richard A. Cohen Vascular Biology R408 Boston University School of Medicine 80 B. Concord St. Boston, MA 02 11 8
Editor-in-Chief The American Journal of Pathology
Term: July 1, 2000 to June 30, 2005
For five years, The American Journal of Pathology, a leading multidisciplinary journal with the latest research in the basic mechanisms of disease, has achieved the highest citation ranking of any general pathology journal (from ISI). The Editor-in-Chief will inherit the support of an experienced, centralized editorial office that facilitates the rapid review and efficient handling of more than 1,300 original manuscripts per year among geographically divergent editors.
Submit CV and Objectives To: Dorothy Bainton, M.D., Search Committee Chair c/o American Society for Investigative Pathology
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NATIONAL ACADEMY OF SCIENCES COLLOQUIUM 5 VIRULENCE AND DEFENSE IN HOST-PATHOGEN INTERACTIONS
COMMON FEATURES BETWEEN PLANTS AND ANIMALS
DECEMBER 9-11, 1999 The Arnold and Mabel Beckman Center, Irvine, California
Organized by Noel T. Keen, R. James Cook, Brian J. Staskawicz, John J. Mekalanos and Fredrick M. Ausubel
Virulence Mechanisms in Pathogens Jorge Galan, Yale Univ. School of Medicine, Modulation of the host- cell actin cytoskeleton by the Salmonella type Ill secretion system
Frances Jurnak, UC Irvine, Structure and function of pectic enzymes-- -virulence factors of plant pathogens
Dan Portnoy, UC Berkeley, Pathogenicity and immunogenicity of Listeria monocytogenes
Alan Collmer, Cornell University, Type 1ll mediated translocation of plant effectors by Pseudomonas syringae
Guy Cornelis, Catholic University, Brussels, Belgium. Type 1ll secretion and translocation of Yersinia Yops
Ulla Bonas, Univ. of Halle, Germany, Type 1ll secretion and targeting of bacterial proteins from plant and animal pathogens by Xanthomonas campestris pv. Vesicatoria
Jeff Miller, UCLA, Signal transduction during the Bordetella infectious cyc/e
Peter Greenberg, Univ. of Iowa, Communication systems and group behavior in Pseudomonas aeruginosa
William Goldman, Washington Univ., St. Louis, Fungal-host interactions as exemplified by Histoplasma capsulatum
Brett Finlay, Univ. of British Columbia, Enteropathogenic E. coli
David Relman, Stanford Univ., Global host gene expression responses during infection
Active Defense Mechanisms in Hosts Kathryn Anderson, Sloan Kettering Inst., Drosophila Toll receptor pathwaj
Jonathan Jones, John Innes Inst., England, Role of toll-like proteins in disease resistance of plants
Charles Janeway, Howard Hughes Medical Inst., Yale Univ., Mammalian Toll-like receptor pathways
Gourisankar Ghosh, UC San Diego, The NF-kB pathway in Vertebrates
Jeff Dangl, Univ. North Carolina, Perception of pathogen signals by plants
Gerry Pier, Harvard University, Innate defense mechanisms on mucosal surfaces
Matthew Mulvey, Washington Univ. School of Medicine, St. Louis, Innate Host defenses against uropathogenic E. coli
Greg Martin, Boyce Thompson Inst., Cornell Univ., Pathogen recognition and signal transduction mediated by the product of the Pto disease resistance gene
Carl Nathan, Weill Medical College, Cornell Univ., New York City, Reactive oxygen and nitrogen species in animal defense: mechanisms of microbial resistance
Dan Klessig, Rutgers University, NO and salicylic acid signaling in plant defense
Robert Hancock, University of British Columbia, Antimicrobial peptides in animal defense
Bud Ryan, Washington State Univ., Defense signaling and response pathways in plants against pests
Keynote address, David Baltimore, president, California Institute of Technology, Isn't Microbiology out-dated?
Name Affiliation ___________________Position _____________________
A ddress __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ city __ _ _ _ _ _ _ _ _ State _ __ Zip _ _ _ _ _
National Academy of Sciences Colloquium Variation and Evolution in Plants and Microorganisms
Toward a New Synthesis 50 Years after Stebbins
X' " 1? Z JANUARY 27-29, 2000
4,+ '1 ~ ~The Arnold and Mabel Beckman Center, Irvine, California )UNDED 3 Organized by Francisco J. Ayala, Walter M Fitch, and Michael T. Clegg
Session 1. Early Prokaryote Evolution Walter M. Fitch, University of Califomia, Irvine Predicting the Course of Evolution: Viral Models
Bruce Levin, Emory, Atlanta Genetic Variation and the Response of Bacteria to Natural and Not-So-Natural Selection
Andres Moya, University of Valencia, Spain The Evolution of RNA Viruses: A Population Genetics View
Lynn Margulis, University of Massachusetts, Amherst Endosymbiosis in Eukaryotic Evolution
Session 11. Origins and Evolution in Eukaryote Cells Jeffrey Palmer, Indiana University, Bloomington Evolutionary Mobility of Organelle Genes-Migration to the Nucleus and Lateral Transfer between Organisms
Nina Fedoroff, Penn State University Transposable Elements in Plants
Larry Simpson, University of California, Los Angeles Evolution of RNA Editing in Kinetoplastid Protozoa.
Francisco J. Ayala, University of Califomia, Irvine Evolution and Population Structure of Plasmodium
Session 111. Patterns of Plant Evolution
David L. Dilcher, University of Florida, Gainesville Major Evolutionary Trends in Plants: The Fossil Record
Pamela S. Soltis, Washington State University, Pullman Polyploid Evolution: Genetic and Genomic Consequences
Brandon S. Gaut, University of California, Irvine Rates of Genome Evolution in Plants
Michael T. Clegg, University of California, Riverside Gene Evolution in Plants
Session IV. Population Variation and Adaptation Barbara A. Schaal, Washington University, St. Louis Variation in Plant Populations
Kent E. Holsinger, University of Connecticut, Storrs Mating and Breeding Systems in Plant Evolution
Norman C. Elistrand, University of California, Riverside Hybridization as Stimulus for the Evolution of Invasive Success in Exotic Plants
Jared M. Diamond, University of Califomia, Los Angeles Origins of Domesticated Plants
Banquet Lecture J. William Schopf, University of California, Los Angeles Early Life
Name Affiliation Position
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MAIL THIS FORM WITH PAYMENT TO: A
Edward Patte | REGISTRATION FEE (non-refundable/can be transferred), National Academy of Sciences, NAS-146 including meals: 2101 Constitution Ave, NW $75 General Participant (before 12/1 99) Washington, DC 20418 $185 General Participant (after 12/1/99) Fax (credit card only): 202-334-2153
PAYMENT: Check or Credit Card
For additional information, Circle One: VISA Amer. Express MasterCard
AUDITORY NEUROSCIENCE: f 9iX3, DEVELOPMENT, TRANSDUCTION, AND INTEGRATION
19-21 MAY2000
The Arnold and Mabel Beckman Center, Irvine, California
Organized by A. J. Hudspeth (Howard Hughes Medical Institute and The Rockefeller University) and Masakazu Konishi (California Institute of Technology)
Development and Regeneration of the Inner Ear
Doris K. Wu, National Institutes of Health - Patterning of the inner ear
Julian Lewis, University College London, England - The development of sensory patches: hearing lessons from the fly
Donna M. Fekete, Purdue University - Molecular genetics of pattem formation in the developing inner ear
Richard A. Baird, Washington University School of Medicine - Hair-cell repair and regeneration in normal and mitotically-blocked saccular cultures
Jennifer S. Stone, University of Washington School of Medicine - Mechanisms of sensory cell production during regeneration in the mature chick inner ear
Jeffrey T. Corwin, University of Virginia School of Medicine - Arousing the progenitors of mammalian hair cells
Transduction, Adaptation, and Mechanical Amplification by Hair Cells
Geoffrey A. Manley, Technische Universitat MOnchen, Germany - Cochlear mechanisms from a phylogenetic viewpoint
Mario A. Ruggero, Northwestern University - Mechanics of the mammalian cochlea
Ian J. Russell, University of Sussex, England - Spatial and temporal representation of a tone on the guinea pig basilar membrane
Jonathan F. Ashmore, University College London, England - Molecular mechanisms in sound amplification in the mammalian cochlea
Graeme Yates, University of Western Australia, Australia - Linking mechanical sensory transduction to the cochlear motor
David P. Corey, Harvard Medical School - Sensory adaptation by hair cells
Coding in the Auditory Central Nervous System
Eric D. Young, Johns Hopkins University School of Medicine - What does a receptive field mean? Insights from the dorsal cochlear nucleus
Donata Oertel, University of Wisconsin - Madison - Detection of synchrony in the activity of auditory nerve fibers by octopus cells of the mammalian cochlear nucleus
Masakazu Konishi, California Institute of Technology - Cellular mechanisms for resolving phase ambiguity in the owl's inferior coiculus
Jon H. Kaas, Vanderbilt University - Subdivisions of auditory cortex and processing streams in primates
Josef P. Rauschecker, Georgetown University Medical Center - Parallel processing in the auditory cortex of human and nonhuman primates
Nobuo Suga, Washington University - The corticofugal system for hearing
Coding and Plasticity in the Auditory Central Nervous System
Eric 1. Knudsen, Stanford University School of Medicine - Mechanisms of adaptive plasticity in the owl's auditory localization pathway
Gregg H. Recanzone, University of California, Davis - Cortical processing of sound location and temporal order
Andrew J. King, Oxford University, England - Plasticity in the neural coding of auditory space in the mammalian brain
Allison J. Doupe, University of California, San Francisco - Neural learning of birdsong
Xiaoqin Wang, Johns Hopkins University School of Medicine - Cortical mechanisms underlying vocal communication in primates
Patricia Kuhl, University of Washington - Early experience and language development. reinterpreting the critical period
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Return this form with payment to: Mr. Edward Patte, NAS-146 National Academy of Sciences 2101 Constitution Avenue, NW Washington DC 20418
For additional information: E-mail: [email protected] Internet: www.nas.edu/nas/colloquia
Registration fee (non-refundable; includes meals): O General participant ($150) O Graduate student ($75)
Payment: O Check O Credit card Circle one: VISA MasterCard American Express Card number Expires Signature Date
Space for this meeting is limited, so please register early!
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*~~~~~~~~~~~~~~~~~~~~~~ bceng of the Natinail Academ fSia evolutio n and ~u develop mental taf obiologyL _ S ubmit your original research paper in any
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