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Author Index for Volume 358, Number 1
Author Index for Volume 358, Number 1 A Abid, Amr, 63 Adali, Orhan, 92 Alberty, Robert A., 25 Allison, S. Dean, 171
Frank, Heinrich, 40 Fujii, Mikio, 141 G Goodridge, Alan G., 83 Gradinaru, Daniela, 63
B Bolzan, Rachel M., 1 Burgess, Jay, 125 C Campbell, Wilbur H., 104 Cao, Xu, 74 Carpenter, John F., 171 Carver, Geraldine C., 92 Celis, Heliodoro, 157 Chang, Chun-chang, 164 Chang, Long-sen, 164 Chen, Hungwen, 17 Chou, Janice Yang, 17 Chueh, Pin-Ju, 125 Cornwell, Trudy, 74 Croy, Cynthia, 104 D Darley-Usmar, Victor M., 74 Daval, Jean-Luc, 63 Davis, Ashley, 171 del Castillo-Olivares, Antonio, 125 E Escobedo, Silvia, 157 F Fliegel, Larry, 116 Forman, Henry Jay, 74
H Hamaji, Satoko, 68 Hayashi, Yuji, 68 Herna´ndez, Francisco, 98 Hersh, Louis B., 189 Hidaka, Hiroyoshi, 68 Hu, Xun, 40 Hu, Yu, 68 I Ishikawa, Kiichi, 58 Ito, Kiyoshi, 141 Iuchi, Yoshihito, 58 J Jo, Hanjoong, 74 K Kabashima, Tsutomu, 141 Kaur, John, 104 Kim, Jung-Ja P., 49 Kuroda, Yasuhiro, 49 Kuzumaki, Takejiro, 58 L Lei, Ke-Jian, 17 Lemercier, Jean-Noe¨l, 1 Li, Chingwen, 189 Lin, Shinne-ren, 164
Lincoln, Tom, 74 Lo´pez-Alarco´n, Luisa, 98 M Magdalou, Jacques, 63 Manning, Mark C., 171 McAndrew, Joanne, 74 Meng, Yang, 141 Messina, Joseph L., 74 Middleton, Kim, 171 Minn, Alain, 63 Moellering, Douglas, 74 Morre´, D. James, 125 Morre´, Dorothy M., 125
S Saijo, Takahiko, 49 Sedlak, Dagmar, 125 Seidel, Albrecht, 40 Shiraishi, Naomasa, 104 Singh, Dyal, 116 Singh, Shivendra V., 40 Siu, Chu-Sin, 149 Squadrito, Giuseppe L., 1 Srivastava, Sanjay K., 40 Suleman, Funmilayo G., 63 Sweeting, Mark, 125 T Tanaka, Kay, 49
N Nishio, Masahiro, 68 O Oesch, Franz, 40 Otsu, Kaoru, 58 Ouchi, Hisako, 58 P Pal, Ajai, 40 Palacia´n, Enrique, 98 Pan, Chi-Jiunn, 17 Pasco, David S., 149 Patel, Rakesh P., 74 Philpot, Richard M., 92 Preiss, Jack, 182 Pryor, William A., 1 Puerta, Carmen, 98 R Randolph, Theodore W., 171 Romero, Irma, 157
U Uppu, Rao M., 1 W Wang, Huayan, 116 Wang, Sui, 125 Ward, Jerrold M., 17 Watanabe, Yasuo, 68 Wu, Min-Xian, 182 X Xia, Hong, 40 Xu, Chuanli, 149 Xu, Gang, 83 Y Yang, Chen-chung, 164 Yantiri, Ferda, 125 Yoshimoto, Tadashi, 141 Z Zhang, Houwen, 1 Zheng, Shu, 40
Cover photo. One of six tongue and groove regions (light blue, light red) of the enzyme ATCase is shown in relation to the whole molecule, in both the inactive form (T, upper image) and active form (R, lower image). The binding of allosteric ligands may make the fit between the tongue and groove better or worse in the T state and hinder or facilitate the clamping of a catalytic subunit (orange and brown) onto substrate, thus offering finer control over the activity of the enzyme in the cell. Computer program credit: SPICK, v. 1.0b38, Jon Christopher, author. (See Rastog; et al. (1998). Arch. Biochem. Biophys. 354, 215–224).
Frank, Heinrich, 40 Fujii, Mikio, 141 G Goodridge, Alan G., 83 Gradinaru, Daniela, 63
B Bolzan, Rachel M., 1 Burgess, Jay, 125 C Campbell, Wilbur H., 104 Cao, Xu, 74 Carpenter, John F., 171 Carver, Geraldine C., 92 Celis, Heliodoro, 157 Chang, Chun-chang, 164 Chang, Long-sen, 164 Chen, Hungwen, 17 Chou, Janice Yang, 17 Chueh, Pin-Ju, 125 Cornwell, Trudy, 74 Croy, Cynthia, 104 D Darley-Usmar, Victor M., 74 Daval, Jean-Luc, 63 Davis, Ashley, 171 del Castillo-Olivares, Antonio, 125 E Escobedo, Silvia, 157 F Fliegel, Larry, 116 Forman, Henry Jay, 74
H Hamaji, Satoko, 68 Hayashi, Yuji, 68 Herna´ndez, Francisco, 98 Hersh, Louis B., 189 Hidaka, Hiroyoshi, 68 Hu, Xun, 40 Hu, Yu, 68 I Ishikawa, Kiichi, 58 Ito, Kiyoshi, 141 Iuchi, Yoshihito, 58 J Jo, Hanjoong, 74 K Kabashima, Tsutomu, 141 Kaur, John, 104 Kim, Jung-Ja P., 49 Kuroda, Yasuhiro, 49 Kuzumaki, Takejiro, 58 L Lei, Ke-Jian, 17 Lemercier, Jean-Noe¨l, 1 Li, Chingwen, 189 Lin, Shinne-ren, 164
Lincoln, Tom, 74 Lo´pez-Alarco´n, Luisa, 98 M Magdalou, Jacques, 63 Manning, Mark C., 171 McAndrew, Joanne, 74 Meng, Yang, 141 Messina, Joseph L., 74 Middleton, Kim, 171 Minn, Alain, 63 Moellering, Douglas, 74 Morre´, D. James, 125 Morre´, Dorothy M., 125
S Saijo, Takahiko, 49 Sedlak, Dagmar, 125 Seidel, Albrecht, 40 Shiraishi, Naomasa, 104 Singh, Dyal, 116 Singh, Shivendra V., 40 Siu, Chu-Sin, 149 Squadrito, Giuseppe L., 1 Srivastava, Sanjay K., 40 Suleman, Funmilayo G., 63 Sweeting, Mark, 125 T Tanaka, Kay, 49
N Nishio, Masahiro, 68 O Oesch, Franz, 40 Otsu, Kaoru, 58 Ouchi, Hisako, 58 P Pal, Ajai, 40 Palacia´n, Enrique, 98 Pan, Chi-Jiunn, 17 Pasco, David S., 149 Patel, Rakesh P., 74 Philpot, Richard M., 92 Preiss, Jack, 182 Pryor, William A., 1 Puerta, Carmen, 98 R Randolph, Theodore W., 171 Romero, Irma, 157
U Uppu, Rao M., 1 W Wang, Huayan, 116 Wang, Sui, 125 Ward, Jerrold M., 17 Watanabe, Yasuo, 68 Wu, Min-Xian, 182 X Xia, Hong, 40 Xu, Chuanli, 149 Xu, Gang, 83 Y Yang, Chen-chung, 164 Yantiri, Ferda, 125 Yoshimoto, Tadashi, 141 Z Zhang, Houwen, 1 Zheng, Shu, 40
Cover photo. One of six tongue and groove regions (light blue, light red) of the enzyme ATCase is shown in relation to the whole molecule, in both the inactive form (T, upper image) and active form (R, lower image). The binding of allosteric ligands may make the fit between the tongue and groove better or worse in the T state and hinder or facilitate the clamping of a catalytic subunit (orange and brown) onto substrate, thus offering finer control over the activity of the enzyme in the cell. Computer program credit: SPICK, v. 1.0b38, Jon Christopher, author. (See Rastog; et al. (1998). Arch. Biochem. Biophys. 354, 215–224).